Final Program (PDF)

FINAL PROGRAM

MEETING AL & U EX N H N I A B I 9 T I

1 O

0 N 2 SOCIETY FOR BIOMATERIALS 2019 ANNUAL MEETING & EXPOSITION APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

www.biomaterials.org Visit us in Booth #32! APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

WELCOME TO THE SOCIETY FOR BIOMATERIALS 2019 ANNUAL MEETING & EXPOSITION We would like to extend a warm welcome to everyone attending the Society For Biomaterials 2019 Annual Meeting & Exposition: The Pinnacle of Biomaterials Innovation and Excellence!

Seattle has always been a high spot for global health, medical innovations, and cutting-edge biomedical research. Similarly, the Society has been the core hub for excellence in biomaterials by bringing together an international community of academic researchers, industry scientists, clinicians, regulatory professionals, and entrepreneurs to share knowledge and to learn recent developments in basic and applied biomaterials research. Seattle thus provides an excellent setting for the 2019 Society For Biomaterials Annual Meeting, which will be a “pinnacle” of biomaterials innovation and excellence to educate, learn, and collaborate across various scientific disciplines including materials science, biology, engineering and medicine for improving human health.

This year, there are sessions/panels with a focus on “Biomaterials Technology in Industry” in the program. These sessions promote greater participation from industry while taking into account the need to maintain the integrity of proprietary information. In addition, SFB is building on last year’s success with “Thought Leader Symposia” that allow leaders from across the diverse disciplines represented in the Society to share their perspectives on unsolved questions and emerging future directions in the field.

We have emphasized a “Career Catalysis” set of sessions that is geared towards professional development for trainees and professionals. We are particularly excited about the addition of a session block dedicated to “Rapid Fire” presenters on the first day of the conference to further highlight the breadth and quality of the abstracts received this year. Finally, we invite you to take a break from the scientific sessions to connect with other attendees at the Seattle Art Museum during the Bash on Friday night.

We would like to particularly thank the members of the Program Committee — Rebecca Carrier, James M. Curtis, Robert Hastings, Floyd Karp, Kurtis Kasper, David H. Kohn, Ankur Singh, Sarah E. Stabenfeldt, Johnna Temenoff, and SFB President Andres J. Garcia— for all their efforts and guidance in creating an engaging conference program this year. We are also grateful to the numerous individuals who have worked to create each session, workshop, and panel, as well as those who dedicated time to reviewing abstracts. It is through this process that we are best able to highlight the most exciting scientific findings each year and we are therefore truly grateful for your efforts. Of course, we are especially appreciative of our generous sponsors and exhibitors, without whom this meeting would not be possible.

Finally, we would like to give our thanks to you, the attendees of the 2019 Annual Meeting & Exposition! You are the “pinnacle” of this meeting and we sincerely hope that you find that the program inspires further connections to enable your own future directions.

Gopinath Mani, PhD William Murphy, PhD 2019 Program Co-Chair 2019 Program Co-Chair Abbott University of Wisconsin

2019.biomaterials.org 1

APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

TABLE OF CONTENTS

General Information Welcome from the Program Chairs ...... 1 Sponsors ...... 4 General Information ...... 5 Floorplans ...... 7 Program Committee, Reviewers and Session Organizers ...... 9 SIG and Committee Meetings ...... 11 Awards ...... 12 Summary of Tracks...... 14 Wednesday, April 3: Program at a Glance ...... 18 Full Program with Narrative Descriptions ...... 19 Concurrent Session Grids ...... 24 Thursday, April 4: Program at a Glance ...... 30 Full Program with Narrative Descriptions ...... 31 Concurrent Session Grids ...... 36 Friday, April 5: Program at a Glance ...... 42 Full Program with Narrative Descriptions ...... 43 Concurrent Session Grids ...... 48 Saturday, April 6: Program at a Glance ...... 52 Full Program with Narrative Descriptions ...... 53 Concurrent Session Grids ...... 56 Listings & Indexes Poster Sessions ...... 58 Author Index ...... 87 Exhibitor Listing ...... 99

2019.biomaterials.org 3 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

SFB 2019 SPONSORS PLATINUM

GOLD

SILVER

BRONZE

SUPPORTER

FRIEND

4 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

EXHIBITS ABOUT THE SOCIETY Each year, the Society For Biomaterials Annual Meeting & The Society For Biomaterials is a professional society that Exposition serves as the central gathering point for the entire promotes advances in biomedical materials research and biomaterials field. This year’s Annual Meeting in Seattle development by encouragement of cooperative educational promises to offer an exciting interaction between conference programs, clinical applications, and professional standards in the registrants and exhibitors. In order to provide exhibitors with GENERAL biomaterials field. Biomaterials scientists and engineers study steady exposure to conference attendees, coffee breaks INFORMATION cells, their components, complex tissues and organs, and their and poster sessions will be held in the exhibit area. This interactions with natural and synthetic materials and implanted format encourages frequent contact and dialogue between prosthetic devices, as well as develop and characterize the biomaterials scientists in industry, academia and the exhibiting materials used to measure, restore, and improve physiologic companies. All breaks and poster sessions will be held function, and enhance survival and quality of life. exclusively on the Tahoma Level of the Conference Center.

EXHIBIT HOURS: PROGRAM OVERVIEW Wednesday, April 3, 2019 THE PINNACLE OF BIOMATERIALS Exhibit Set-Up...... 10:00 am – 5:00 pm Poster Set-Up...... 3:00 pm – 5:00 pm INNOVATION AND EXCELLENCE Opening Reception with Posters. . . . . 6:30 pm – 8:30 pm Seattle has always been a high spot for global health, medical innovations, and cutting-edge biomedical research. Thursday, April 4, 2019 Similarly, the Society has been the core hub for excellence in Exhibit Open. . . . 10:00 am – 1:45 pm; 3:45 pm – 8:00 pm biomaterials by bringing together an international community of Exhibit Reception & Poster Session I. . . .6:30 pm – 8:00 pm academic researchers, industry scientists, clinicians, regulatory professionals, and entrepreneurs to share knowledge and to Friday, April 5, 2019 learn recent developments in basic and applied biomaterials Exhibit Open. . . . 10:00 am – 1:45 pm; 3:45 pm – 5:15 pm research. Seattle thus provides an excellent setting for the Poster Session II...... 3:45 pm – 5:15 pm 2019 Society For Biomaterials Annual Meeting, which will Tear Down ...... 5:30 pm – 8:00 pm be a “pinnacle” of biomaterials innovation and excellence to educate, learn, and collaborate across various scientific disciplines including materials science, biology, engineering POSTER SESSIONS and medicine for improving human health. The Poster Sessions are an important educational event of this meeting. We hope you support and attend these scientific presentations. All poster presentations will be held in the GENERAL INFORMATION Exhibit Hall. All poster presentations have been assigned a chronological poster number for reference when locating the All sessions of the meeting, committee meetings and printed abstract in this program. Posters may be viewed during luncheons will take place at the Washington State Conference the entire meeting, and authors will be present during the Center (across from the Washington State Convention Center). exhibit poster session times. Photographs and/or videos of any slide or poster presentation are strictly prohibited. Wednesday, April 3, 2019 Opening Reception with Posters. . . . . 6:30 pm – 8:30 pm REGISTRATION All attendees are expected to register for the meeting. Thursday, April 4, 2019 Registration fees include: admittance to all scientific sessions, Poster and Exhibit Reception...... 6:30 pm – 8:00 pm panel discussions, exhibits, opening reception, poster and exhibition reception and the BASH. Additional fees apply to Friday, April 5, 2019 workshops, tours, and luncheons. Poster Session...... 3:45 pm – 5:15 pm Registration is located on the 1st floor, Yakima Level Lobby All authors should be present during poster sessions. Onsite Registration Hours:

Wednesday, April 3...... 7:30 am – 7:00 pm Thursday, April 4 ...... 7:00 am – 5:00 pm Friday, April 5...... 7:00 am – 5:00 pm Saturday, April 6...... 7:00 am – 11:00 am

2019.biomaterials.org 5 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

GENERAL INFORMATION OPENING RECEPTION Put our Take this opportunity to meet and network with fellow attendees, old friends, and new acquaintances before seeing what Seattle disappearing has to offer. The Opening Reception will take place in the Exhibit Hall, Wednesday evening from 6:30 pm – 8:30 pm. This event is act to the test! included in the registration fee.

BASH Join your colleagues at the Seattle Art Museum for the 2019 Biomaterials Bash being held on Friday, April 5, 2019 from 7:00 pm – 10:00 pm. Buses will start leaving the Westin Seattle AND the Grand Hyatt at 6:30 pm. Although you can pre-register for this event, it is not necessary. All are welcome and encouraged to attend!

SPEAKER READY ROOM Absorv™ Bioabsorbable Tubing The Speaker Ready Room is located in room “Chelan 3”, located on Level 2, the Chelan Level. The Speaker Ready Room is · Extrusions for next-generation scaolds provided for presenters to prepare for their presentations and · Precision-controlled degredation times to ensure a seamless integration of a wide variety of audiovisual technologies in the various meeting rooms. All speakers must check into the Speaker Ready Room at least four (4) hours prior to their presentation . AMERICAS: +1 803.268.9500 Speaker Ready Room Hours: EUROPE: +353 (0)74 9109700 Wednesday, April 3...... 7:30 am – 7:00 pm ASIA/PACIFIC: +(86) 20-38254909 [email protected] | zeusinc.com Thursday, April 4 ...... 7:00 am – 6:30 pm

Friday, April 5...... 7:00 am – 4:00 pm

Saturday, April 6 ...... 7:30 am – 10:00 am POSTDOC COUNCIL AWARD The Society For Biomaterials is proud to announce STARS a new travel award which recognizes postdoctoral Once again, the Society For Biomaterials has scholars who display exceptional promise through presented Student Travel Achievement their research. This award has been funded by the Recognitions (STARs) for outstanding abstracts generous donations of SFB’s Council, which consists of Officers, submitted by students. These STARs present a Directors, and the Chairpersons of each standing committee. major opportunity to recognize research Council Award recipients are indicated in this program with the excellence and develop future leaders within “C” symbol (shown above). our Society. STARs recipients are indicated in this program with the star symbol (shown above).

6 Society For Biomaterials 2019 Program 1* FE FE 2 2 1

LEVEL 5 M W East West North North North North North North North Front North South South South LEVEL 6 LEVEL 2 LEVEL 1 LEVEL 4 LEVEL 3 SOUTH LOADING DOCK LOADING NP3 o/From

Fireplace

T Yakima Recommended PIKE STREET PIKE TRUCK BRIDGE TRUCK SKYBRIDGE NORTH 3* LEVEL 4 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM SKAGIT LOWER LEVEL LOWER SKAGIT AVENUE TH 8 - - AVENUE Chelan Level 2 Chelan Level 38 78 56 16 46 14 40 40 56 64 52 64 TH 7 4 5 Open to below Conference o/From FE FE T Tahoma Fireplace - - 60 60 60 60 90 90 150 120 240 120 120 Banquet Dock Dock -

- - 50 72 60 FE 48 96 84 173 126 224 108 108 - Wild Rye Café Bakery LEVEL 5 2 1 1 M W LEVEL 6 - - 35 90 54 45 LEVEL 2 LEVEL 1 LEVEL 4 36 72 56 72 72 LEVEL 3 Classroom SOUTH 129 LOADING DOCK LOADING 160 -

3pp 4pp PIKE STREET PIKE TRUCK BRIDGE TRUCK SKYBRIDGE Entrance APRIL 3–6, 2019 • WASHINGTONFE STATE CONFERENCE CENTER • SEATTLE, WA NORTH LEVEL 4 - - 84 97 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM 90 SKAGIT LOWER LEVEL LOWER SKAGIT 281 197 114 PIKE STREET 391 171 133 180 180 Theater AVENUE TH 8 - AVENUE TH Yakima Level 1 Level Yakima 7 Yakima 1 Foyer o/From T o/From Chelan T 2 Skagit 14 12 14 14 14 14 9’6” 9’6” 9’3” 9’6” 9’6” FE 10’ 6” 10’ 10’ 4” 10’ 4” 10’ FE CONFERENCE CENTER FLOORS Height

THE CONFERENCE CENTER THE CONFERENCE SKAGIT LOWER LEVEL 66 x 43 36 x 28 39 x 30 32 x 20 55 x 38 35 x 42 x 32 96 x 41 42 x 23 43 x 41 45 x 35 47 x 41 48 x 41 FE 113 x 43 GENERAL FE M W Dimensions 1* 1 INFORMATION LEVEL 5 2 FE FE 2 1 LEVEL 6 LEVEL 2 LEVEL 1 LEVEL 4 LEVEL 3 SOUTH LOADING DOCK LOADING 2 2 1 640

966 LEVEL 5

M W PIKE STREET PIKE 2,838 1,008 4,875 1,170 2,090 1,225 1,344 Feet East 3,936 1,763 1,575 1,927 1,968 West TRUCK BRIDGE TRUCK North North North North North North North Front SKYBRIDGE North Washington State Convention Center | Arch | Floor Plans, Capacities, and Dimensions | August 2018 | Arch Floor Plans, Capacities, and Dimensions August Center Convention State Washington South South South Square Square LEVEL 6 LEVEL 2 LEVEL 1 LEVEL 4 LEVEL 3 SOUTH LOADING DOCK LOADING NP3 NORTH o/From LEVEL 4 Fireplace YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM T Yakima Recommended

SKAGIT LOWER LEVEL LOWER SKAGIT PIKE STREET PIKE TRUCK BRIDGE TRUCK SKYBRIDGE AVENUE 5 4 TH 8 o Yakima AVENUE T NORTH 3* TH LEVEL 4 7 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM SKAGIT LOWER LEVEL LOWER SKAGIT AVENUE 3 TH 8 - Skagit Lower Level Lower Skagit - AVENUE Chelan Level 2 Chelan Level 38 78 56 16 46 14 40 40 56 64 52 64 TH 7 ROOMS MEETING 4 5 Open to below N FE Conference Yakima 1 Yakima Yakima 2 Yakima Skagit 4-5 Chelan 1* Yakima 1 + Foyer Yakima Skagit 1 Chelan 3* Chelan 2 Skagit 2 Chelan 5 Chelan 4 Skagit 3 Skagit 4 Skagit 5 o/From FE FE T Tahoma Fireplace * Chelan 1* and 3* each feature an executive conference table and are a permanent set. table and are conference an executive * Chelan 1* and 3* each feature - - 8 60 60 60 60 90 90 150 120 240 120 120 Banquet YAKIMA LEVEL 1 Dock Dock -

- - 50 72 60 FE 48 96 84 173 126 224 108 108 - Wild Rye Café Bakery LEVEL 5 2 1 1 M W LEVEL 6 - - 35 90 54 45 LEVEL 2 LEVEL 1 LEVEL 4 36 72 72 56 72 LEVEL 3 Classroom SOUTH 129 LOADING DOCK LOADING 160 -

3pp 4pp PIKE STREET PIKE TRUCK BRIDGE TRUCK SKYBRIDGE Entrance FE NORTH LEVEL 4 - - 84 97 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM 90 SKAGIT LOWER LEVEL LOWER SKAGIT 281 197 114 PIKE STREET 391 171 180 133 180 Theater AVENUE TH 8 - AVENUE TH Yakima Level 1 Level Yakima 7 Yakima 1 Foyer o/From T o/From Chelan T 2 Skagit 14 12 14 14 14 14 9’6” 9’6” 9’3” 9’6” 9’6” FE 10’ 6” 10’ 10’ 4” 10’ 10’ 4” 10’ FE Height Height THE CONFERENCE CENTER THE CONFERENCE

CHELAN LEVEL 2 36 x 28 66 x 43 39 x 30 32 x 20 55 x 38 35 x 42 x 32 96 x 41 42 x 23 43 x 41 47 x 41 45 x 35 48 x 41 FE 113 x 43 1* FE FE M W Dimensions FE 1 LEVEL 5 2 2 1 LEVEL 6 LEVEL 2 LEVEL 1 LEVEL 4 LEVEL 3 2 2 SOUTH 1 LOADING DOCK LOADING

LEVEL 5 M W 640 966 East

West PIKE STREET PIKE 1,008 2,838 4,875 North North North North North North North 1,170 2,090 1,225 1,344 Front Feet North South South South 3,936 1,763 1,927 1,575 1,968 TRUCK BRIDGE TRUCK LEVEL 6 SKYBRIDGE Washington State Convention Center | Arch | Floor Plans, Capacities, and Dimensions | August 2018 | Arch Floor Plans, Capacities, and Dimensions August Center Convention State Washington Square Square LEVEL 2 LEVEL 1 LEVEL 4 LEVEL 3 SOUTH LOADING DOCK LOADING NP3 o/From NORTH Fireplace LEVEL 4 T Yakima YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA Recommended LOADING DOCK LOADING TO/FROM TCC TO/FROM

SKAGIT LOWER LEVEL LOWER SKAGIT PIKE STREET PIKE TRUCK BRIDGE TRUCK SKYBRIDGE AVENUE 5 4 TH 8 o Yakima AVENUE T TH 7 NORTH 3* LEVEL 4 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM SKAGIT LOWER LEVEL LOWER SKAGIT 3 Skagit Lower Level Lower Skagit AVENUE TH 8 - - ROOMS AVENUE Chelan Level 2 Chelan Level 38 78 16 56 14 46 40 40 56 64 52 64 MEETING TH N 7 FE 4 5 Speaker Ready Room Open to below Yakima 2 Yakima Yakima 1 Yakima Skagit 4-5 Chelan 1* Skagit 1 Yakima 1 + Foyer Yakima Chelan 3* Chelan 2 Skagit 2 Chelan 5 Chelan 4 Skagit 4 Skagit 3 Skagit 5 Conference * Chelan 1* and 3* each feature an executive conference table and are a permanent set. table and are conference an executive * Chelan 1* and 3* each feature o/From FE FE T Tahoma Fireplace 8 - 2019.biomaterials.org 7 - 60 60 60 60 90 90 150 120 240 120 120 Banquet Dock Dock -

3pp 4pp PIKE STREET PIKE TRUCK BRIDGE TRUCK SKYBRIDGE Entrance FE NORTH LEVEL 4 - - 84 97 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM 90 SKAGIT LOWER LEVEL LOWER SKAGIT 281 197 114 PIKE STREET 391 171 180 133 180 Theater AVENUE TH 8 - AVENUE TH Yakima Level 1 Level Yakima 7 Yakima 1 Foyer o/From T o/From Chelan T 2 Skagit 14 12 14 14 14 14 9’6” 9’3” 9’6” 9’6” 9’6” FE 10’ 6” 10’ 10’ 4” 10’ 4” 10’ FE Height Height THE CONFERENCE CENTER THE CONFERENCE 66 x 43 36 x 28 39 x 30 55 x 38 32 x 20 42 x 32 35 x 96 x 41 42 x 23 43 x 41 47 x 41 45 x 35 48 x 41 FE 113 x 43 FE M W Dimensions 1 LEVEL 5 2 2 1 LEVEL 6 LEVEL 2 LEVEL 1 LEVEL 4 LEVEL 3 SOUTH LOADING DOCK LOADING

640

966 PIKE STREET PIKE 2,838 1,008 4,875 1,170 2,090 1,344 1,225 Feet 3,936 1,763 1,927 1,575 1,968 TRUCK BRIDGE TRUCK SKYBRIDGE Washington State Convention Center | Arch | Floor Plans, Capacities, and Dimensions | August 2018 | Arch Floor Plans, Capacities, and Dimensions August Center Convention State Washington Square Square NORTH LEVEL 4 YAKIMA LEVEL 1 YAKIMA CHELAN LEVEL 2 TAHOMA LEVEL 3 TAHOMA LOADING DOCK LOADING TO/FROM TCC TO/FROM SKAGIT LOWER LEVEL LOWER SKAGIT AVENUE 5 4 TH 8 o Yakima AVENUE T TH 7 3 Skagit Lower Level Lower Skagit ROOMS N MEETING FE Yakima 1 Yakima 2 Yakima Skagit 4-5 Chelan 1* Skagit 1 Yakima 1 + Foyer Yakima Chelan 2 Chelan 3* Skagit 2 Chelan 4 Chelan 5 Skagit 4 Skagit 3 Skagit 5 * Chelan 1* and 3* each feature an executive conference table and are a permanent set. table and are conference an executive * Chelan 1* and 3* each feature 8 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

EXHIBIT HALL WASHINGTON STATE CONFERENCE CENTER — TAHOMA

To/From Hall 4F

8 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

STAFF LIAISONS PROGRAM COMMITTEE MEMBERS Dan Lemyre, CAE Rebecca Carrier, PhD Shena Seppanen James M. Curtis, BChE, ME Jeana Hoffman Andrés J. García, PhD Robert Hastings, MS, PE PROGRAM CO-CHAIRS Floyd Karp, PhD GENERAL Kurtis Kasper, PhD

Gopinath Mani, PhD INFORMATION William Murphy, PhD David H. Kohn, PhD Ankur Singh, PhD Sarah E. Stabenfeldt, PhD Johnna Temenoff, PhD

ABSTRACT REVIEWERS AND SESSION ORGANIZERS

Session Organizers: Alexandra Rutz Grace Bushnell Handan Acar Anirban Sen Gupta Steven Caliari Abhinav Acharya Tolou Shokuhfar Gulden Camci-Unal Brian Aguado Anita Shukla Dr. Elizabeth Canovic Daniel Alge Sarah Stabenfeldt Sing Yian Chew Praveen Arany Eric Sussman Lesley Chow Nureddin Ashammakhi C Shad Thaxton Youngjae Chun Ambika Bajpayee Rami Tzafriri David Cormode Danielle Benoit Bret Ulery Elizabeth Cosgriff-Hernandez Ashley Brown Subbu Venkatraman Garrett Coyan Joel Bumgardner Antonio Webb Jim Curtis Gulden Camci-Unal Scott Wood Guohao Dai Youngjae Chun Qiaobing Xu Antonio D’Amore Elizabeth Cosgriff-Hernandez Hyuksang Yoo Thuy Tram Dang Jennifer Elisseeff Guigen Zhang Cole Deforest Adam Feinberg Erik Dreaden Stephen Florczyk Abstract Reviewers: Wenjun Du Akhilesh Gaharwar Handan Acar Bin Duan Nathan Gallant Brian Aguado Peter Edelman Emma Gargus Mazen Albaghdadi Amanda Engler Brendan Harley Daniel Alge Ramon Farre Allan Hoffman Guillermo Ameer Adam W. Feinberg Yi Hong Kagya Amoako Michael Fenn Ngan Huang Praveen Arany Helena Ferreira Greg Hudalla Natalie Artzy John Fisher Joachim Kohn Nureddin Ashammakhi Stephen Florczyk Vipuil Kishore Arash Aslani Akhilesh Gaharwar Yuhan Lee Samira Azarin Nathan Gallant Bingyun Li Julia Babensee Anna Galperin Chelsea Magin Ambika Bajpayee Josh Gammon Gopinath Mani Aaron Baker Reza Ghodsi Michaela McCrary Christopher Bashur Ryan Gilbert Kevin McHugh Alessia Battigelli Sara Gilpin Nuno Neves Danielle Benoit Asiyeh Golabchi Mehdi Nikkhah Vimala Bharadwaj Luis Gomez Robert “Smitty” Oakes Elizabeth Brisbois Michael Gower Edward Phelps Ashley Brown Thomas Groth Buddy Ratner Bryan Brown Zhen Gu Ryan Roeder Joel D. Bumgardner Jianjun Guan

2019.biomaterials.org 9 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

ABSTRACT REVIEWERS AND SESSION ORGANIZERS (CONTINUED)

Scott Guelcher Laura Macdougall Dimitrios Stamatialis Murat Guvendiren Sachin Mamidwar Jan Stegemann Sei Kwang Han Gopinath Mani Russell Stewart Gang Han Amanda Marciel Hongli Sun Dr. Hitesh Handa David Martin Eric Sussman Brendan Harley John B. Matson Jay Sy Daniel Harrington Carl McMillin Scott Taylor Bob Hastings Anne Meyer Johnna Temenoff Rebecca Heise David K. Mills C. Shad Thaxton Julianne Holloway Michael J. Mitchell Mark Tibbitt Yi Hong James Moon Jeff Ting Ngan Huang Aaron Morris Alice Tomei Greg Hudalla William Murphy Thuy Tram Dang Jeffrey Jacot Mehdi Nikkhah Rami Tzafriri Amol Janorkar Syam Nukavarapu Vuk Uskokvic Amber Jennings Robert “Smitty” Oakes Amol V. Janorkar Chris Jewell Leslie Pace Dr.Sahar Vahabzadeh Dean Johnson Rachelle Palchesko Omid Veiseh Jesse Jokerst Shaunak Pandya Subbu Venkatraman David H. Jung Marie-Pierre Pasdelou Mehdi Venkatraman Kevin Kang Arghya Paul Rebecca Wachs Floyd Karp Rebecca Pompano Yuchen Wang Lohitash Karumbaiah David Puleo Qun Wang Kurt Kasper Anand Ramamurthi Jessica Weaver Benjamin Keselowsky Rafael Ramos Dan Weiss Vipuil Kishore Rui L. Reis John Wilson Abby Koppes Ryan Roeder Scott Wood Jessica Kramer Adrianne Rosales Malcolm Xing Melissa Kribbs Alexandra Rutz Lichong Xu Liisa Kuhn Cyrille Sage Peter Yang Kyle Lampe Ana Sanchez Hu Yang Bruce Lee Shilpa Sant Sang-Ho Ye Lorraine Leon Avi Schroeder Qiang Charles Ye Ed Leonard Stephanie Seidlits Benjamin Yeh Jamal Lewis Anirban Sen Gupta Dimitrios Zeugolis Bingyun Li Nisarg Shah Shrike Zhang Dr. Jeremy Lim Blanka Sharma Ke Zhang Chien-Chi Lin Lonnie Shea Rui Zhang Vincent Ling Ariella Shikanov Yining Zhang Xiaohua Liu Anita Shukla Guigen Zhang Lan Luan Heung Soo Shin Janet Zoldan Dr. Suping Lyu Kara Spiller Silviya Zustiak Minglin Ma Cherie Stabler

10 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

SIG & COMMITTEE MEETING SCHEDULE

WEDNESDAY, APRIL 3, 2019 FRIDAY, APRIL 5, 2019 SFB Board of Directors and Council Special Interest Group Meetings 8:00 am – 12:00 pm...... Stevens Room, 7th floor, 7:00 am – 7:45 am GENERAL Grand Hyatt Seattle INFORMATION Cardiovascular Biomaterials SIG ...... Chelan 5 ALL SIG Meeting* *Officers encouraged to attend, all are welcome Immune Engineering SIG ...... Chelan 4 12:00 pm – 1:00 pm...... Room: Hall 4F Opthalmic Biomaterials SIG ...... Skagit 3 THURSDAY, APRIL 4, 2019 Orthopaedic Biomaterials SIG ...... Skagit 2 Special Interest Group Meetings Protein and Cells at Interfaces SIG ...... Yakima 2 7:00 am – 7:45 am Tissue Engineering SIG ...... Chelan 2 Biomaterials & Medical Products Engineering Cells and Their Microenvironments SIG . . Yakima 1 Commercialization SIG...... Skagit 2 JBMR-B Editorial Board Meeting Biomaterial Tissue Interaction SIG...... Chelan 2 12:30 pm – 1:30 pm...... Stevens Room, 7th floor, Biomaterials Education SIG ...... Skagit 3 Grand Hyatt Seattle Dental/Craniofacial Biomaterials SIG ...... Chelan 5 President’s Advisory Committee 12:30 pm – 1:45 pm ...... Chelan 1 Drug Delivery SIG...... Yakima 1 Nanomaterials SIG...... Chelan 4 Surface Characterization and Modification SIG. . . Yakima 2

JBMR-A Editorial Board Meeting 7:00 am – 7:45 am ...... Stevens Room, 7th floor, Grand Hyatt Seattle International College of Fellows Meeting 11:00 am – 12:00 pm...... Chelan 1

THE BIOMATERIALS EDUCATION CHALLENGE Thursday, April 4, 2019 | 12:30 pm – 1:30 pm Location: Poster Hall – Tahoma Level

The Biomaterials Education Challenge encourages SFB student chapters and other student clubs or groups to develop innovative and practical approaches to biomaterials education. Student teams have been challenged to develop an educational module for middle school (6th-8th grade) science classes. Each educational module will demonstrate fundamental biomaterials concepts, with scientific principles that are understandable to a middle school audience and designed for a 45-minute class period. The education modules should have hands-on components, should be easily incorporated to typical middle school science courses, and should have materials easily obtained with clear educational and learning objectives. Winners will be identified based on their potential for educational impact, and judges will emphasize innovation, practicality, and likelihood of widespread adoption and dissemination of the educational projects. The goals of this competition are to improve widespread understanding of biomaterials-related science and careers in the middle school population; to encourage SFB student chapters to participate in K-8 outreach efforts; and to reward the communication skills and creativity of the next generation of biomaterials researchers and educators.

2019.biomaterials.org 11 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

2019 SFB ANNUAL MEETING HIGHLIGHTS 2019 KEYNOTE SPEAKER 2019 PLENARY SPEAKER Rick Horwitz, PhD – Allen Institute for Kate Clancy, PhD – University of Cell Sciences Illinois Creating a State Space of Stem Cell Signatures The Science of Sexual Harassment

2019 AWARD WINNERS Founders Award Clemson Award for Applied Research Joachim Kohn, PhD, Rutgers, The State University Christine Schmidt, PhD, University of Florida of New Jersey Awardee Address: Awardee Address: Thursday, April 4, 2019, Plenary Session I, Friday, April 5, 2019, Plenary Session II, 8:00 am – 10:00 am Hall 4F 8:00 am – 10:00 am Hall 4F

Clemson Award for Contributions to Technology, Innovation and Literature Development Award Balaji Narasimha, PhD, Iowa State University Ann Beal Salamone, MS, Rochal Industries Awardee Address: Awardee Address: (Presented by Brad Rodier, Thursday, April 4, 2019, Plenary Session I, PhD, Rochal Industries, LLC) 8:00 am – 10:00 am Hall 4F Friday, April 5, 2019, Plenary Session II, 8:00 am – 10:00 am Hall 4F Acta Biomaterialia Gold Medal Society For Biomaterials Award Antonios Mikos, PhD, Rice University for Service Saturday, April 6, 2019, 8:00 am – 10:00 am, James M. Anderson, MD, PhD, Case Western Plenary Session III, 8:00 am – 10:00 am Hall 4F Reserve University Friday, April 5, 2019, Annual Business Meeting, 5:15 pm – 6:15 pm, Yakima 1 Acta Biomaterialia Silver Medal Jason Burdick, PhD, University of Pennsylvania C . William Hall Award Saturday, April 6, 2019, 8:00 am – 10:00 am, Peter Edleman, PhD Plenary Session III, 8:00 am – 10:00 am Hall 4F Friday, April 5, 2019, Annual Business Meeting, 5:15 pm – 6:15 pm, Yakima 1 Young Investigator Award

Stephanie Seidlits, PhD, UCLA Clemson Award for Basic Research Awardee Address: Paulette Spencer, DDS, PhD, Friday, April 5, 2019, Plenary Session II, University of Kansas 8:00 am – 10:00 am Hall 4F Awardee Address: Thursday, April 4, 2019, Plenary Session I, 8:00 am – 10:00 am Hall 4F Mid Career Award Edward Botchwey, PhD, Georgia Institute of Technology/Emory University Awardee Address: Friday, April 5, 2019, Plenary Session II, 8:00 am – 10:00 am Hall 4F

12 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

2019 AWARD WINNERS (CONTINUED)

Outstanding Research by a Hospital Masters Category: Intern, Resident, or Clinical Fellow Alexander Tatara, MD, PhD Rebecca Haley

Massachusetts General Hospital Case Western Reserve University, Wednesday, GENERAL

(POSTER: “A Murine Model of Cutaneous April 3, 2019, 3:35 pm – 3:40 pm, Biomaterials INFORMATION Aspergillosis for Evaluation of Biomaterials- for Therapeutic Drug Delivery RAPID FIRE, Dual based Local Delivery Therapies”) Release of Anti-Inflammatory and Anti- Microbial Drugs from Affinity Polymer Coated Sutures Student Awards for Outstanding Research

PhD Candidate Category: C . William Hall Scholarship Priyadarshini Singha The University of Georgia (POSTER: #944: “Zinc-oxide Nanoparticles Evan Haas Act Catalytically and Synergistically with Nitric University of Kansas Oxide Donors to Enhance Antimicrobial Efficacy”)

Kathryn Wofford Cato T . Laurnecin, MD, PhD Travel Fellowship Drexel University (POSTER: #878: “Modulation of Macrophage Phenotype via Phagocytosis of Drug-Loaded Kai Adebi Clarke Microparticles”) Florida Institute of Technology

Sydney Wimberley University of Connecticut

2019.biomaterials.org 13 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

SATURDAY, APRIL 6, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 8 3D Bioprinting Applications in Tissue Engineering and Medicine Regenerative Engineered in Microenvironments and Disease Health Biomaterials Engineered Applications 2 for Neural Biomaterials Functional and Direct to Control 2 Function Cellular Discussion: Panel Biomaterials in Industry: and Future Present, Past, SATURDAY, APRIL 6, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 8 Immune Engineering SIG Discussion: Panel Biomaterials in Industry: and Future Present, Past, Biomaterials for Drug Therapeutic Delivery 2 for Best Practices Immunohistochemistry - Body and Other Foreign to Medical Responses Devices

FRIDAY, APRIL 5, 2019, 1:45 PM – 3:45 PM CONCURRENT SESSION 7 Biomaterials for Regenerative Engineering 2 Ophthalmic Biomaterials SIG Developing Better Biomaterials: Advances in and Technologies Understanding of Surface Modification Functional Biomaterials to and Direct Control 1 Function Cellular FRIDAY, APRIL 5, 2019, 1:45 PM – 3:45 PM CONCURRENT SESSION 7 Discussion: Panel Translational for 3D Considerations Biomaterial- Printed Based Constructs Plan SFB Business *BTI* Competition Biomaterials for Drug Therapeutic Delivery 1 Advocating Tutorial: for Biomaterials

FRIDAY, FRIDAY, APRIL 5, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 6 Biomaterials for Regenerative Engineering 1 and Bioelectronics Biosensors Surface and Characterization Modification SIG Discussion: Panel Establishing Industry Experiences During School Graduate Biomaterial for Technologies Hemostasis and Care Wound FRIDAY, APRIL 5, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 6 Advances Recent in Antimicrobial Antibiofilm and Materials 2 Delivery Non-Viral for Gene Therapy and Editing ICF Leader: Thought Session Fellows

THURSDAY, THURSDAY, APRIL 4, 2019, 4:15 PM – 6:15 PM CONCURRENT SESSION 5 Engineering Reproduction Engineering SIG Tissue Multifunctional Biomaterials: Recent Developments and Directions Future Discussion: Panel How to Translate your Research into Successful Biomaterials Therapies Cardiovascular Biomaterials SIG THURSDAY, APRIL 4, 2019, 4:15 PM – 6:15 PM CONCURRENT SESSION 5 Discussion: Panel Developments Recent in ISO 10993 Series of for Standards Biocompatibility and Evaluation Testing Drug Delivery SIG Allan Thought Leader: 2 – Part Hoffman

THURSDAY, APRIL APRIL THURSDAY, 4, 2019, 1:45 PM – 3:45 PM CONCURRENT SESSION 4 Biomaterial-Tissue SIG Interaction Engineering Cells and Their SIG Microenvironments Tissue Next-Gen Adhesives and Clinical Applications APRIL THURSDAY, 4, 2019, 1:45 PM – 3:45 PM CONCURRENT SESSION 4 Immunomodulatory Biomaterials Discussion: Panel Translational Regulatory on Science Focused Commercialization Challenges for Surface Modification and their SIG- Characterization: SQUARED Dental/Craniofacial Biomaterials SIG Advances Recent in and Antimicrobial Antibiofilm Materials1 Next-Generation Biomaterials for 1 Type of Treatment Diabetes

THURSDAY, THURSDAY, APRIL 4, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 3 Guided Tissue Regeneration at and Cells Protein Interfaces SIG Nanomaterials SIG and Targeted Stimuli-Responsive Biomaterials Biomaterials for Cardiovascular Regeneration THURSDAY, APRIL 4, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 3 Bench-to- From Bedside: Translating Biomaterials Research *BTI*2 Orthopaedic Biomaterials SIG 2 Allan Thought Leader: 1 – Part Hoffman

WEDNESDAY, WEDNESDAY, APRIL 3, 2019, 3:15 PM – 4:45 PM CONCURRENT SESSION 2 3D Bioprinting Applications in Engineering Tissue and Regenerative Medicine RAPID FIRE Biomaterials for Regenerative Engineering RAPID FIRE Engineered Microenvironments and Disease in Health RAPID FIRE WEDNESDAY, APRIL 3, 2019, 3:15 PM – 4:45 PM CONCURRENT SESSION 2 Immunomodulatory Biomaterials RAPID FIRE Dental/Craniofacial Biomaterials SIG RAPID FIRE Orthopaedic Biomaterials SIG RAPID FIRE Biomaterials for Drug Therapeutic Delivery RAPID FIRE Nanomaterials/Drug Delivery RAPID FIRE

WEDNESDAY, WEDNESDAY, APRIL 3, 2019, 1:00 PM – 3:00 PM CONCURRENT SESSION 1 Bioengineering 3D Vitro for In Tissues Modeling Disease and Pulmonary Applications Engineered Biomaterials for Applications Neural 1 Discussion: Panel for Strategies and Effective Engaged Teaching Cardiovascular Biomaterials and Blood Compatibility WEDNESDAY, APRIL 3, 2019, 1:00 PM – 3:00 PM CONCURRENT SESSION 1 Bench-to- From Bedside: Translating Biomaterials *BTI*1 Research Orthopaedic Biomaterials SIG 1 Nanomaterials for Delivery Therapeutic Leader: Thought Jennifer Elisseeff DATE/TIME TRACK Tissue Engineering and Regenerative Medicine Engineered Microenvironments Sensory Biomaterials and Tissues Functional Biomaterials and Surfaces Catalysis Career Cardiovascular Biomaterials Track DATE/TIME TRACK Immunomodulatory Biomaterials Industry Musculoskeletal and Craniofacial Biomaterials Therapeutic Delivery Thought Leader

14 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

GENERAL SATURDAY, APRIL 6, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 8 3D Bioprinting Applications in Tissue Engineering and Medicine Regenerative Engineered in Microenvironments and Disease Health Biomaterials Engineered Applications 2 for Neural Biomaterials Functional and Direct to Control 2 Function Cellular Discussion: Panel Biomaterials in Industry: and Future Present, Past, SATURDAY, APRIL 6, 2019, 10:30 AM – 12:30 PM CONCURRENT SESSION 8 Immune Engineering SIG Discussion: Panel Biomaterials in Industry: and Future Present, Past, Biomaterials for Drug Therapeutic Delivery 2 for Best Practices Immunohistochemistry - Body and Other Foreign to Medical Responses Devices INFORMATION

2019.biomaterials.org 15

SFB LUNCHEONS Supported by a grant from WOMEN'S NETWORKING LUNCH: INCLUSION PRACTICES IN STEM – PREVENTING SEXUAL HARASSMENT (pre-registration required) Thursday, April 4, 2019 from 12:30 pm – 1:30 pm | Hall 4F Invited Speaker: Kate Clancy, PhD Kate Clancy, PhD Dr. Kate Clancy will give a brief talk and lead roundtable exercises designed to help you 1) develop a strong sense of the values you hold as a scientist and engineer, 2) leverage those values into inclusion practices in your lab, and 3) create an environment free from harassment.

STUDENT LUNCHEON: BECOMING A COMPETITIVE APPLICANT IN A COMPETITIVE WORLD (pre-registration required) Friday, April 5, 2019 from 12:30 pm – 1:30 pm | Hall 4F Cherie Stabler, PhD, C. LaShan Simpson, PhD, Julianne Holloway, PhD Students, are you planning on applying for fellowships, grants, or awards? Join us for a student-led discussion session of experienced faculty speakers and an awarded student who will discuss their experiences in various application processes, provide insight as to what a winning application entails, and how to make your application stand out. This session will provide you with the tools to craft stronger applications and insight on how to position yourself to be more competitive in an already competitive applicant pool. SOCIAL FUNCTIONS UNDER-REPRESENTED MINORITY MIXER (pre-registration encouraged; all are welcome) Wednesday, April 3, 2019 from 8:30pm – 9:30pm Westin Seattle Hotel Bar (1900 5th Avenue) Come together to mingle, share ideas, and build relationships with your fellow peers. Keep the discussion moving forward on ways to embrace and promote diversity and inclusion within the biomaterials field. Questions? Contact: Ed Bothchwey, PhD ([email protected])

YOUNG SCIENTISTS HAPPY HOUR & TRIVIA GAME NIGHT (pre-registration encouraged; all are welcome) Thursday, April 4, 2019 8:00 pm – 11:00 pm Pike Brewing Company (1415 First Avenue, between Pike & Union) Calling all undergraduate students, graduate students, postdoctoral fellows, young industrial professionals, young faculty, and other young scientists! Don’t miss out on this great networking opportunity and night of team building fun. Questions? Contact: Julianne Holloway, PhD (julianne. [email protected])

LGBTQI & FRIENDS MIXER (pre-registration encouraged; all are welcome) Friday, April 5, 2019 from 6:00 pm – 7:00 pm Westin Seattle Hotel Bar (1900 5th Avenue) Join your LGBTQ colleagues and allies for cocktails and conversation. Catch up with old friends and create new bonds in a casual, welcoming atmosphere. Questions? Contact: Joel Bumgardner, PhD (jbmgrdnr@ memphis.edu)

16 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

NOTES GENERAL INFORMATION

2019.biomaterials.org 17 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

7:00 am

8:00 am WORKSHOPS 8:00 am – 10:00 am Workshop 1: Biomaterials Science Excellence and Technology Translation

9:00 am Workshop 2: New Directions in Biomedical Surface Analysis

8:30 am – 12:30 pm TOUR: University of Washington Biomaterials Labs

10:00 am 10:00 am – 12:00 noon Workshop 3: Recent Advances in 3D Printing of Biomaterials

Workshop 4: Active Biomatter

Workshop 5: Communication and Networking for Biomaterials Professionals 11:00 am

12:00 pm – 1:00 pm All SIG Meeting – SIG Officers Meeting 12:00 pm 7:30 AM – 7:00 PM REGISTRATION OPEN 7:30 AM – 7:00 PM REGISTRATION 1:00 pm 1:00 PM – 3:00 PM | CONCURRENT SESSION 1

• Thought Leader: Jennifer Elisseeff • Cardiovascular Biomaterials and Blood Compatibility • Nanomaterials for Therapeutic Delivery • Panel Discussion: Strategies for Effective and Engaged • Engineered Biomaterials for Neural Applications 1 Teaching 2:00 pm • Orthopaedic Biomaterials SIG 1 • 3D Printing and Bioengineered Tissues for in vitro • From Bench-to-Bedside: Translating Biomaterials Disease Modeling and Pulmonary Applications Research *BTI* 1

3:00 pm 3:15 PM – 4:45 PM | CONCURRENT SESSION 2 – RAPID FIRES! • Biomaterials for Therapeutic Drug Delivery • Engineered Microenvironments in Health and Disease • Nanomaterials/Drug Delivery • 3D Bioprinting Applications in Tissue Engineering and 4:00 pm • Dental/Craniofacial Biomaterials SIG Regenerative Medicine • Orthopaedic Biomaterials SIG • Biomaterials for Regenerative Engineering • Immunomodulatory Biomaterials WEDNESDAY, APRIL 3, 2019 WEDNESDAY,

5:00 pm

5:00 PM – 6:30 PM | OPENING CEREMONY

6:00 pm

7:00 pm 6:30 PM – 8:30 PM | OPENING RECEPTION (WITH POSTERS IN THE EXHIBIT HALL)

8:00 pm

9:00 pm

18 Society For Biomaterials 2019 Program 2019.biomaterials.org Speakers: Skagit 2 10:00 am–12:00noon Offsite 8:30 am–12:30pm Speakers: Skagit 4/5 8:00 am–10:00 Speakers: Yakima 1 8:00 am–10:00 WORKSHOPS Yakima LevelLobby 7:30 am–7:00pm WEDNESDAY, APRIL3,2019 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA

Moderator: Moderators: Moderator: Recent Advancesin3DPrintingofBiomaterials Graduate studentsandfacultywillguideattendeesonatourseveraloftheBiomaterialsLabsatUniversity Facility Tour: UniversityofWashington BiomaterialsLabs New Directions inBiomedicalSurfaceAnalysis Biomaterials ScienceExcellenceandTechnology Translation Workshop Registration Open surgery, anddentistry. activities, includingindustry-university collaborations,involving3Dprintingofbiomaterialsforuseinmedicine, medical devicemanufacturers, andclinicians. We anticipatethatthisworkshopwill facilitatefuture research many groups involvedinthedevelopmentanduseof3Dprintingtechnologies, includingbiomaterialsengineers, materials forusein3Dprinting,will bediscussed.Thisworkshopwillcreate collaborationanddiscussionamong the processing ofradiographicimages,development ofcomputermodels,novel3Dprintingtechnologies,and as biosensors,drugdeliverydevices, andmedicalinstruments.Severaltopicsrelated to3Dprinting,including review recent developmentsin3Dprintingtechnologiesforprocessing biomaterialsintoartificialtissuesaswell three-dimensional structures through additivejoiningofmaterialsinalayer-by-layer manner. Thisworkshopwill the limitationsassociatedwithconventionalmanufacturingprocesses. Thesetechnologiesinvolvedfabricationof Industrial andacademicresearchers haverecently examinedtheuseof3Dprintingtechnologiestoovercome am from theWestin HotelLowerLobbyandreturn by12:30pm. for attendeestointeractwithbiomaterials-orientedstudentsandfaculty from theUW. Buseswillstarttoloadat8:30 Department andtheMolecularEngineeringScienceInstitute(MolES). Boxluncheswillbeprovided, givingtime The tourwillfeature hands-ondemonstrationsfrom theUWBioengineeringDepartment, ChemicalEngineering Washington (UW),includingtheNESAC/BIOsurfaceanalysisandMolecularAnalysisinstrumentationfacilities. Buses willloadat8:30amfrom theWestin Seattle. devices andnanoparticlesto3Dimagingofcellstissues. composition ofbiomaterialsandtheirinteractionswithbiomolecules.Applicationareas willrangefrom biomedical advanced multivariatedataanalysismethods,canprovide detailedinformationaboutthesurfacestructure and of-flight secondaryionmassspectrometry andsumfrequency generationvibrationalspectroscopy, combinedwith Examples willshowhowmulti-techniqueanalysiswithtechniquessuchasx-rayphotoelectron spectroscopy, time- analysis onbiomaterialresearch anddevelopmentalongwithlatestdevelopmentschallengesinthisfield. unprecedented levelofdetailaboutsamples.Thisworkshopwillprovide anoverviewoftheimpactsurface immobilized biomoleculesandbiologicalmaterialswithmodernsurfaceanalysisinstrumentationprovides an and theincreasing complexityofsamplesanalyzed.Comprehensive analysisofbiomedicalsurfaces,surface improved instrumentation,introduction ofnewtechniques,developmentsophisticateddataanalysismethods, Biomedical surfaceanalysishasundergone significantandnumerous advancesinthepast35yearstermsof thought leadersinthefield. a networkingopportunityforfriendshipandcollaborationwithChinese-American/Chinesefaculty, students,and the westcoast.Thisworkshopisaplatformwhere biomaterialexcellencefindsexittotechnologytranslationand of internationalparticipants,especiallyfrom AsiancountriesandAustralia,partlyduetothemeetingvenueon attorneys, facultyentrepreneurs, andindustrialleaders.Itisexpectedtheworkshopwillattractasignificantnumber elements enroute tosuccessfulbiomaterial technologytranslation.Thepanelistsconsistofinvestors,business innovation, internationalcollaboration,venture investment,companystartups, intellectualproperty, andotherkey presentations/lectures from globalleadersinbiomaterials scienceandapaneldiscussiontodiscussbiomaterial This workshop,co-sponsored/organized byChineseAssociationforBiomaterials(CAB),includesinvited undoubtedly theadvanceofbiomaterialsciencewillhavegreat impactonthehealthandeconomydevelopment. Biomaterials Sciencehasgainedincreasing importanceattheforefront ofinterdisciplinary research and Lihua Zheng,JD,PhD Gabor Forgacs, PhD,RogerNarayan,Wei Sun,PhD,JamesYoo, PhD Buddy D.Ratner, PhD,DavidG.Castner, PhD,LaraJ.Gamble,PhD andDanielJ.Graham,PhD Cato T. Laurencin, MD,PhD,HaoLi,ChangshengLiu,QingJamesMalayter, PhD,and David Castner, PhD Roger Narayan,PhD Jian Yang, PhD,andYi Hong,PhD

19 WEDNESDAY, APRIL 3, 2019 2019 Program Society For Biomaterials SOCIETY FOR BIOMATERIALS FOR SOCIETY Stephen Badylak, PhD, University of Pittsburgh, Julia Babensee, PhD, Georgia Institute of Technology, Institute of Technology, Julia Babensee, PhD, Georgia Stephen Badylak, PhD, University of Pittsburgh, Drug Delivery Jennifer Elisseeff, PhD, Johns Hopkins School of Medicine Jennifer Elisseeff, Verena Scheper, DVM, Medizinischen Hochschule Hannover Scheper, Verena Malcolm Xing, PhD, University of Manitoba Donghui Zhu, PhD and Toulou Shokuhfar, PhD Shokuhfar, Donghui Zhu, PhD and Toulou Marie, PhD Rami Tzafriri, PhD, Anita Shukla, PhD and Aurore Handan Acar, PhD and Daniel Alge, PhD Handan Acar, Hyunjoon Kong, PhD, Sung Gap Im, PhD PhD, Sung Gap Im, Hyunjoon Kong, Brian Aguado, PhD Cole A. DeForest, PhD, Mattia Gazzola, PhD, Yuhang Hu, PhD and Ki Dong Park, PhD Hu, PhD, Mattia Gazzola, PhD, Yuhang Cole A. DeForest, PhD Hammond PhD, and Thierry Dubroca Brian Aguado PhD, Neil THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE give the audience perspective on the development process through specific examples. Special emphasis will be placed through give the audience perspective on the development process an that will provide field of Intracochlear Drug and Cell Delivery including an invited presentation on the emerging overview of the physio local barriers to such therapies. synthetic and natural polymers with variety of chemistries, including click chemistry or supramolecular chemistries. Of synthetic and natural polymers with variety of chemistries, including click chemistry or supramolecular drugs, solutions for delivery of small and macro-molecule nanoscale engineered are to this session special interest medicine, stem cell engineering, immune and nucleotides for applications in regenerative therapeutic proteins large diseases and cancer therapeutics (in addition to the interactions of these cardiovascular modulation, antimicrobial, nanoscale therapeutics in the body). Orthopaedic Biomaterials SIG Such biomaterials may include metals, ceramics, polymers, biological effects. 3D printing, drug delivery) and related composites, coatings, biodegradables, etc. *BTI*1 Biomaterials Research Translating Bench-to-Bedside: From University of Manitoba of invited speakers will discuss the panel lectures, to biomaterials. After introductory body response inhibiting the foreign will biomaterials science and engineering. We cutting edge immunology techniques to the challenges of introducing in biomaterials immunoengineering. of the future conclude with predictions Contributing SIG: of damaged or diseased tissues. Synthetic or regeneration cells) is important to stimulate repair or engineered for therapeutic delivery to cells and tissues for a range of biomedical materials can be tailored nanoengineered therapeutic efficacy, applications. By modulating the physiochemical characteristics of nanomaterials, we can customize to the approaches This session will focus on emerging cellular internalization, biodistribution, and in vivo retention. include modifications of These multidisciplinary approaches design advanced nanomaterials for therapeutic delivery. results and “branding” their science to a wide array of audiences. Seeing that effective science communication is science communication that effective and “branding” their science to a wide array of audiences. Seeing results scientists an opportunity for early career training, we seek to provide not traditionally a part of PhD and postdoctoral including: (1) activities, of hands-on group a variety skills through to develop their oral and written communication (2) techniques on how to build your personal brand as a scientist, “pop-talk” oral presentations, 1-minute impromptu Our goal is to equip the next generation of biomaterials engineers manuscript and abstract preparation. and (3) effective audiences and findings to a myriad of different communication skills so they may disseminate their research with effective scientific discourse in the public space. promote Session 1 Concurrent Xing, PhD, PhD, Johns Hopkins University and Malcolm PhD, University of Florida, Jennifer Elisseeff, Ben Keselowsky, In general, active matter encompasses any natural or synthetic materials, which are at a non-equilibrium state and at a non-equilibrium which are encompasses any natural or synthetic materials, In general, active matter to external in response pumping, actuation, transformation) activities (e.g., propulsion, exhibit autonomous machinery and are biomaterials for future candidates as promising considered These materials are manner. stimuli in spontaneous have been activities only piecewise research date, however, biomedical studies. To garnering attention in increasingly catalyze the use of active experts together and discuss a strategy to and few attempts have been made to put reported to allow a new generation of a good opportunity offer this workshop may Therefore, matter in biological applications. perspectives in active biomaterials. advancements and future to witness current in biomaterials trainees and researchers Invited Speaker: developing innovative biomaterials-based technologies to podium for industry researchers a The session will provide Invited Speaker: (e.g., bone implant/scaffold, Orthopaedic biomaterials may include all kinds of biomaterials for orthopaedic applications Invited Speakers: and tissue regeneration the immune system in promoting of role the growing This thought leader symposium will explore or nucleotides, biomolecules such as proteins drugs, or macromolecular Efficient delivery of therapeutics (including small All SIG Meeting – SIG Officers Meeting Active Biomatter the implications of their scientific techniques for communicating scientists need to develop effective Early career Nanomaterials for Therapeutic Delivery Thought Leader: IBITION for Biomaterials Professionals Communication and Networking XH E & G N I

9 2 1 0

Moderators: Moderators:

Moderators: Yakima 1 Yakima Skagit 4/5 Moderators:

Skagit 3 Moderators:

Hall 4F 1:00 pm – 3:00 pm Skagit 2 12:00 pm – 1:00 pm Moderators: Speakers: Skagit 4/5 Yakima 1 Yakima Speakers: 10:00 am – 12:00 noon 10:00 am –

WEDNESDAY, APRIL 3, 2019 20 Moderators: Chelan 2 Moderators: Chelan 4 2019.biomaterials.org Panelists: Chelan 5 Moderators: Yakima 2 1:00 pm–3:00 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA

Bioengineering 3DTissuesforinvitro DiseaseModelingandPulmonaryApplications Panel Discussion:StrategiesforEffective andEngagedTeaching An understandingofthecellularandmolecularmechanismshuman diseaseleadingtothedevelopmentof Researchers are constantlydevelopingandapplyingnewbiomaterialstochallengingproblems oftheperipheral Invited Speaker: Contributing SIG: Biomaterials educatorsbridgethegapsbetweentheoryandpracticeinbiomaterialsscience.Asscience, Moderators: Contributing SIG: Thrombosis isoftenamajorconcernwithcardiovascular medicaldevicessuchasstents,vasculargrafts,heart Contributing SIG: neuroscience. Target applications ofthesematerialsincludeneuralinjury, neurodegenerative diseases,stroke, will behighlyinterdisciplinary attheinterfacesofbiology, chemistry, materials science,engineering,and diseases andinjuriesspanningneurons, astrocytes, oligodendrocytes, microglia, andSchwanncells.Presentations including fundamentalmaterialdevelopmentthrough pre-clinical studies.Theseincludebigquestionssurrounding neural development,andmappingthebrain.Thissessionwillfocusoncuttingedgeresearch inneuralbiomaterials regenerating neuraltissueforbetterinvitro modelsofinjuryanddisease,therapeutictreatments, understanding and centralnervoussystems.Engineered biomaterialsare uniquelypositionedforuseincreating, testing,and Engineered BiomaterialsforNeuralApplications1 into biomaterialscurricula,outreach, and educationalpublications. scholarship. Thispaneldiscussionwillprovide theframeworkforincorporationofinnovativeeducationalstrategies courses, andhighlightsuccessstoriesforintegratingsucheducationalactivitieswithtechnicalresearch and active learningstrategiesandresources, overviewbestpracticesforincorporatingactivelearningintobiomaterials down thestigmaassociatedwiththeory. Panelistswillalsoprovide participantswithathorough introduction to Experienced panelistsinengineeringeducationwilloutlinetheoriesmostcommonlyusedandbreak instruction, courseinnovations,academic-industrycollaborativeprojects, outreach, andassessmentmethods. of educationalinnovationstoscholarship.Topics willincludeproject ideasforcooperativeproblem-based lab academic developmentmatters,includingactivelearningactivities,instructionallaboratories,andconversion scholarship, andthus,missedopportunitiesforpotentialfunding.Thispanelwillincludediscussionofmyriad in theclassroom isoftenamissedopportunityforintegrationoftheirteachingandoutreach withtheirtraditional engaging allcategoriesofstudentlearnersare widelysought.Forfaculty, theintroduction ofnovelapproaches technology, engineeringandmathematics(STEM)educationcontinuestoevolve,innovativeapproaches for and pulmonarydiseases. opportunities andchallengesleading tothedevelopmentofmodelsforcanceraswellorthopaedic, vascular, The focusofthissymposiumwillbe on3Dprintingtechnologies,biomaterialandbioinkdevelopment andthe progression, fordrugdevelopmentandtoxicologytesting,caneliminatethe needforanimalexperimentation. the invivodiseasemicroenvironment. Such diseasemodelscanbeusedtoinvestigatemechanismsof in 3Dprintingandnewbiomaterialdesignmayoffer thepotentialtocreate invitro tissuemodelsthatmimic fail toreproduce theinvivodiseasemicroenvironment andthe data produced are notalwayspredictive. Advances are awidely usedmodelforthestudiesondiseaseprogression andpreclinical drugassessments.However, they lack ofarealistic tissuemodelforthelong-termstudyofdiseasemechanisms.Two-dimensional culture systems innovative therapiesisaprimaryresearch goal. Abarriertounderstandingthediseasemicroenvironment isthe diagnostics, brain-machineinterfaces,andbraincancer. cells withbiomaterials. novel approaches toimprove endothelializationofcardiovascular implantsanddevices;(vii)interactionsofvascular in vivoevaluationofbloodcompatibilitybiomaterials;(v)clinicalcardiovascular medicaldevices;(vi) devices; (iii)novelcoatingsandsurfacemodificationtechnologiesforimproving bloodcompatibility;(iv)invitro and improving bloodcompatibility;(ii)thedevelopmentofnovelbiomaterialsforapplicationsincardiovascular medical remains anissue.Thisgeneralsessionwillfocuson(i)recent developmentsincardiovascular biomaterialsfor natural biomaterialsformakingcardiovascular medicaldevices,stillthebloodcompatibilityofthesedevices significant progress hasbeenmadeindevelopingandusingawidevarietyofmetallic,polymeric,ceramic, valves, pacemakers,defibrillators,ventricularassistdevices,cardiopulmonary bypass,andartificialheart.Although Cardiovascular BiomaterialsandBloodCompatibility Karen Burg, PhD,AileenHuang-Saad,PhDandDaleFeldman, NarayanBhattarai,KyleLampe,SarahStabenfeldt,PhDandShellySakiyama-Elbert, GopinathMani,PhDandAnandRamamurthi, Darcy Wagner, PhD,Chelsea Magin,PhDandDavidMills, Cheryl Gomillion,PhD,J.AmberJennings,C.LaShanSimpson,PhDandLesliePace, SuziePun,PhD,UniversityofWashington Engineering CellsandTheirMicroenvironments Biomaterials Education Cardiovascular Biomaterials;SurfaceCharacterizationandModification

21 WEDNESDAY, APRIL 3, 2019 2019 Program Society For Biomaterials SOCIETY FOR BIOMATERIALS FOR SOCIETY Nanomaterial SIG, Drug Delivery SIG Nanomaterial SIG, Drug Immune Engineering Engineering Cells and Their Microenvironments Engineering Cells and Bingyun Li, PhD and Tolou Shokufar, PhD Shokufar, Bingyun Li, PhD and Tolou Ashish Kulkarni, PhD and Eric Dreaden, PhD Ashish Kulkarni, PhD and Eric Dreaden, Kurt Kasper, PhD and Xiaohua Liu, PhD Kurt Kasper, Handan Acar, PhD and Daniel Alge, PhD Handan Acar, Danielle Benoit, PhD, Anita Shukla, PhD, Blanka Sharma, PhD and Liisa Kuhn, PhD Shukla, PhD, Blanka Sharma, PhD and Liisa Danielle Benoit, PhD, Anita THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE holds the promise of a cure for cancer, and is poised to expand into other therapeutic areas, such as inflammatory such as inflammatory and is poised to expand into other therapeutic areas, for cancer, of a cure holds the promise example, For to be explored. in immunotherapy remain several frontiers autoimmune diseases, etc. However, disorders, modulation/education of the immune system while avoiding toxicities? How can we design biomaterials for precise The session will focus on Can we track the immune cells in real-time? can we locally activate the immune response? the session will cover topics ranging from biomaterials for therapeutic immune modulation. Specifically, engineered cell-based therapies, etc. Several cutting biomaterials for delivery of immunomodulators and imaging agents, scaffolds, edge immune engineering platforms will be included. biomaterials ranging from synthetic to biological origins. These bio-inspired materials are designed to repair dental/ to repair designed materials are synthetic to biological origins. These bio-inspired biomaterials ranging from tissue engineering these tissues using their functions, and/or regenerate restore craniofacial tissue structures, and organic, inorganic, advanced bio-inspired Recent advances in dental biomaterial technologies include approaches. and 3D printing technology. drug delivery strategies, surface modification, composite nanomaterials, controlled and in vivo models for and in vitro advanced interfacial tissue repair, drug delivery, and substitutes, biomimetic scaffolds, orthopaedic biomaterial studies. Efficient delivery of therapeutics (including small or macromolecular drugs, biomolecules such as proteins or nucleotides, biomolecules such as proteins drugs, or macromolecular Efficient delivery of therapeutics (including small Synthetic of damaged or diseased tissues. or regeneration cells) is important to stimulate repair or engineered and tissues for a range of biomedical for therapeutic delivery to cells materials can be tailored nanoengineered characteristics of nanomaterials, we can customize therapeutic efficacy, applications. By modulating the physiochemical to the approaches will focus on emerging This session vivo retention. cellular internalization, biodistribution, and in include modifications of approaches These multidisciplinary delivery. design advanced nanomaterials for therapeutic chemistries, including click chemistry or supramolecular chemistries. Of synthetic and natural polymers with variety of drugs, solutions for delivery of small and macro-molecule engineered nanoscale to this session are special interest medicine, stem cell engineering, immune for applications in regenerative and nucleotides therapeutic proteins large (in addition to the interactions of these diseases and cancer therapeutics cardiovascular modulation, antimicrobial, nanoscale therapeutics in the body). Concurrent Session 2 – Rapid Fire Sessions Fire 2 – Rapid Session Concurrent methods can include localized, depot-based Approaches toxicity and drug-resistance. complications such as off-site affinity interactions, bond cleavage, from drug delivery can result Controlled systemic treatments. as well as targeted, This session will focus on the methodologies. stimulus-responsive and/or control, or diffusion-based reservoir and thin films, scaffolds, hydrogels, microparticles, drug delivery systems, which include nano and development of these infection, and microbial cancer, medicine/tissue engineering, but not limited to regenerative for applications including autoimmune diseases. Immunomodulatory Biomaterials Dental/Craniofacial Biomaterials SIG The Dental/Craniofacial Materials SIG session focuses on the basic, applied, and clinical research of innovative focuses on the basic, applied, and clinical research The Dental/Craniofacial Materials SIG session Session Chairs: will include bioglasses, bone grafts Topics years will be presented. Advances in orthopaedic biomaterials in the recent Contributing SIG: paradigm in medicine. For example, immunotherapy Therapeutic modulation of the immune system is the emerging Contributing SIG: while avoiding a variety of medical conditions, treat potential to effectively have the approaches release Controlled Contributing SIGs: Biomaterials for Therapeutic Drug Delivery Biomaterials for Therapeutic Nanomaterials Drug Delivery IBITION Orthopaedic Biomaterials SIG XH E & G N I

9 2 1 0

Yakima 1 Yakima Moderators: Skagit 4/5 Yakima 2 Yakima Moderators:

Skagit 3 Moderators:

3:15 pm – 4:45 pm 3:15 pm – Skagit 2 Moderators:

WEDNESDAY, APRIL 3, 2019 22 2019.biomaterials.org Tahoma Level 6:30 pm–8:30 Hall 4F 5:00 pm–6:30 Moderators: Chelan 4 Moderators: Chelan 2 Moderators: Chelan 5 3:15 pm–4:45 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Supported byagrant from

Biomaterials forRegenerativeEngineering 3D BioprintingApplicationsinTissueEngineeringandRegenerativeMedicine Contributing SIG: Opening Reception(Withposters intheExhibitHall) Opening Ceremony Due todisease,degeneration,ortrauma,there isatremendous needtorepair damagedtissuesandorgans. Contributing SIGs: 3D bioprintingisafabricationtechniqueusedtomimictheanatomicalcomplexityofnativetissue,viabottom-up Biomaterials havebeeninvaluabletoolsforunderstandinghowcellsrespond totheirmicroenvironment inboth “Creating aStateSpaceofStemCellSignatures” Allen InstituteforCellScience Rick Horwitz,PhD Keynote Address: “The ScienceofSexualHarassment” University ofIllinois Kate Clancy, PhD Plenary Address: professors inacademia. biology, engineering,andmedicinewillbeofgreat significancetotheclinicians,industrymembersand biomaterial-based strategies.We expect thatourinterdisciplinary sessionincludingmaterialscience,chemistry, in thesession.Inadditiontoengineeringapproaches, wewillalsoprovide discussionsonclinicaltranslationof and commercialization of various medical devices such asbloodcontactingimplants,prostheses, andpacemakers delivery andimmunomodulationwillbecovered. Furthermore, wewillincludediscussionsforthedevelopment promote differentiation willalsobehighlightedbythissession.Moreover, thebiomaterialsthatcanfacilitatedrug scaffolds, andmetals,tomodulatecellular microenvironments. Thebiomaterialsthatcandirect cellfateand cover tunablebiocompatiblematerialssuchashydrogels, fibers,proteins,nano/micro-porous carbohydrates, with stemcelltherapiesanddevelopmentalbiologytoregenerate orrepair tissuesandorgans. Thissessionwill biomaterials topromote tissueregeneration. Regenerativeengineeringcombinesbiomaterial-basedapproaches greatly limitstheapplicabilityofthisapproach. Therefore, itisessentialtodevelopengineered multifunctional Although surgical replacement canbeperformedtoaddress thisissue,theinsufficientnumberofdonors Interaction, OrthopaedicBiomaterials,Dental/CraniofacialCardiovascular Biomaterials advanced bioinks,are ofinterest tothissession. pathophysiology. Contributionsregarding useofdifferent bioprintingmodality, alongwithrecent developmentin as regenerative medicine,tissuemodeling, pharmacologicalassessmentoftherapeuticsandmodelingdisease development ofcomplex,anatomicalstructures, motivatingitsuseinavarietyofbiomedicalapplicationssuch differentiation. The proposed sessionfocusesontherecent advancementsin3Dbioprintingtechnologythe medicine, includingvascularizationoftissueconstructs,creation ofcomplexarchitectures, and directing stemcell promising approach tosomeofthemostdauntingobstaclesfacingfieldtissueengineeringand regenerative approach, bydepositingpolymericorcell-ladenhydrogel basedinks,inalayer-by-layer fashion.3Dbioprintingisa engineering microenvironments fortherapeuticpurposes. utilization ofpatientderivedordifficulttoculture cells,drugscreening withinengineered microenvironments, and within complexmicroenvironments, drivingorenrichingspecificpopulations,developingimproved approaches for or response totreatment, developingcomplextissuemicrostructures/organioids, culturingmultipletypesofcells behavior in3D,identifyingdifferences between2Dand3Dmicroenvironments inmediatingcellularphenotype immune responses todisease/injury/biomaterials,determininghowbiophysicalandbiochemicalcuesaltercellular engineering. Sessiontopicsincludethefollowing:understandingofmechanismsthatdeterminecellularand health anddisease.Here, weinvitecontributionsthatdevelopbiomaterialplatforms forcellculture ortissue Engineered Microenvironments inHealthandDisease Gulden Camci-Unal,PhDandKyleLampe, Akhilesh Gaharwar, PhD,Yunzhi PeterYang, PhD,AdamFeinberg, PhDandBingyunLi, Michaela McCrary, PhD,RachaelSirianni,ShilpaSant,PhDandSusanThomas,

Engineering CellsandTheirMicroenvironments

Tissue Engineering,EngineeringCellsandTheirMicroenvironments, Tissue Biomaterial-Tissue

23 WEDNESDAY, APRIL 3, 2019 - - - - ; ; , - - 2 - 1 1 - , - , E. 1 1 - , C. , R. , E. 1 , D. , D. 2 1,2 , K. Shan K. , 1,2,3 , A. Hud A. , 1 1 , D. Weiss, D. 2 , I. Almen I. , University of , A. Haack A. , 1 1 ; , A. Feinberg A. , 1,2,3 2 , B. Falcones B. , University of Col , A. Lee Universitat de 1 University of , D. Brown D. , 1 , T. D’ovidio T. , 1 2 1 1,2 1 ; 1,2,3,4 ; , B. Young B. , August Pi i Sunyer August Pi , D. Navajas D. , 1 4 1,2 , A. Theberge A. , Stacks to the Future, to the Future, Stacks LLC, Salus Discovery, , U. Lee 1 2 4 1 1,2,4 , A. Lee 1,2,4 , R. Pouliot R. , 1 1 Tasso, Inc., Seattle, WA, WA, Seattle, Inc., Tasso, Carnegie Mellon Univer Carnegie University of Pittsburgh, Commonwealth Virginia University of at Colorado CIBER for Respiratory CIBER for Respiratory Institute for Bioengineer 3D Printing of Spher Cell 3D Printing oids Within Self-healing M. Daly*, A. Hydrogels J. Song, K.H. Davidson, University ofBurdick; Philadelphia, Pennsylvania, USA PA, An Osteocyte 3D Culture Osteo to Study System and Fluid Strains chondral vivo Model Flow in an ex A. Aziz, A. Wilmoth*, R. Ferguson, V. Uzcategui, Bryant; University of S. Boulder, Boulder, Colorado USA CO, Multiscale Modeling of Pathophysiology Vascular Using 3D Bioprinting K. Jain, A. Gaharwar, A. Gold*, Pandi N. Snell, T. Dedas, R. A&M University, an; Texas USA TX, Station, College Unmodified 3D Printing Using Rail-Based Hydrogels J. Open Microfluidics Day* W. Lu Berthier WA, Seattle, Washington, USA, USA, WI, Madison, LLC, 3 USA, USA WI, Madison, Engineering an in vitro Engineering an in vitro Model of Ductal Carcinoma In Situ Using FRESH 3D Tashman* Bioprinting J. Hinton T. Shiwarski son 1 USA, PA, Pittsburgh, sity, 2 USA PA, Pittsburgh, for Mesenchymal Hydrogels 3D Bioprinting Cells Stem Otero* J. Marhuenda dros Farre Spain, Barcelona, Barcelona, 2 Spain, Madrid, Diseases, 3 Barcelona, ing of Catalonia, Spain, Biomedical Research Spain Barcelona, Institute, of Role The ECM Compo sition in Bioengineered R. Barrier Formation Lung Heise* kar 1 Richmond, University, USA, VA, VT, Burlington, Vermont, USA Strategies Bottom-up for Engineering Distal N. in vitro Structure Lung Darling* Magin Anschutz Medical at orado USA, CO, Aurora, Campus, 2 USA CO, Aurora, Denver, Lung Extracellular Matrix Extracellular Lung

Bioengineering 3D Tissues for In Vitro Disease Modeling and Pulmonary Applications Chelsea Wagner, Darcy Magin and David Mills Chelan 2 49. 50. 51. 52. 53. 54. 55. 56. Bioengineering 3D . Chelan 2 - - - , ; - 2 2,3 - - - , The The 1 1 - ; , A. ; 1 1 ; 1 3 , C. Duke, Duke, 1 2 , T. Segura T. , , J. Lifshitz J. , 1 2 , R. Thomp R. , , K.-B. Lee K.-B. , , M. Lane M. , 1 2 3 , E. López-Dola E. , 2 Drexel University, University, Drexel 3 Hospital Nacional 2 , S. Stabenfeldt S. , 1 , J. Lee 2 , T. Anderson T. , , A. Domínguez-Bajo A. , 1 Washington University, St. St. University, Washington 1 , S. Carmichael S. , 2 1 Instituto de Ciencia University of Arizona, College College University ofArizona, Institute Neurological Barrow 1 , L. Zholudeva L. , 2 3 ; 1,2 2,3 Arizona State University, Tempe, AZ, AZ, Tempe, University, Arizona State Rutgers, the State University of the State Rutgers, Paralysis, to Cure Miami Project The Ange Los University of California, Research Unit ofResearch “Design and Devel Invited Speaker: Polymer-mediated Polymer-mediated Invited Speaker: Suzie Gene Delivery to the Brain, University ofWashington PhD, Pun, Nanoparticle Delivery Precision Opening Based on Sex-dependent of Barrier after the Blood-brain Bharadwaj* V. Injury Brain Copeland Kodibagkar V. 1 USA, AZ, Phoenix, of Medicine-Phoenix, USA, Hospital, at Phoenix Children’s USA AZ, Phoenix, Transplanta on of Scaffolds Effect HA and Neural tion ofV2a Interneurons Injury Spinal Cord after Progenitors Sakiyama-Elbert* S. son Austin, University at Austin, ofTexas USA, TX, USA, MO, Louis, USA PA, Philadelphia, Assembling Rapidly Pentapeptides for Injectable Delivery (RAPID) Cell as Cytocompatible Hydrogels Lampe; Univer K. Tang*, J. Carriers VA, sity ofCharlottesville, Virginia, USA An Anti-Inflammatory Nanoscaffold Anti-Inflammatory Nanoscaffold An Transplan Cell for Enhanced Stem Differentiation tation and Neuronal Yang* Injury L. Cord Post-Spinal Cerqueira S. 1 USA, NJ, Piscataway, Jersey, New 2 USA FL, Miami, University of Miami, as Oxide Scaffolds 3D Graphene Biomaterials Pro-Regenerative M. Spinal Cord Injured in the Rat Serrano* González-Mayorga do Supe Consejo Materiales de Madrid, rior de Investigaciones Científicas, Spain, Madrid, Servicio de Salud de Parapléjicos, Spain, Toledo, Mancha, Castilla-La 3 opment of Biomaterials for Neural Hospital Nacional Regeneration”, Unit Joint Research de Parapléjicos, Spain Toledo, with CSIC, to Decrease Lead Hydrogels Particle and Axon in Gliosis and Promote E. Stroke After Formation Vessel Sideris* 1 USA, CA, Angeles, Los les, USA NC, Durham,

Engineered Biomaterials for Engineered Neural Applications 1 Narayan Bhattarai, Kyle Lampe, Sarah Stabenfeldt and Shelly Sakiyama-Elbert Chelan 4 41. 43. 44. 45. 46. 47. 48. Engineered Biomaterials . Engineered Chelan 4 - 1:00 PM – 3:00 PM PM – 3:00 1:00 • Invited Speaker: Karen Karen Invited Speaker: University of PhD, Burg, Georgia Invited Speaker: to prepare Approaches students for the med ical device industry, Aileen Huang-Saad, University of PhD, Michigan Invited Speaker: Engineering Education Incorporating Research: it into your BME Portfolio, Research PhD, Dale Feldman, University of Alabama at Birmingham Discussion continues Discussion

1:00 PM – 3:00 PM PM – 3:00 1:00 Panel Discussion: Strategies for and Effective Engaged Teaching Cheryl Gomillion, J . Amber Jennings, C . LaShan Simpson, and Leslie Pace Chelan 5 37. 38. 39

Panel Discussion . Chelan 5 • - - , ------1,2 - - - , Y. , Y. - , A. 1,2 1 , M. 1 . , A.E. Kuriakose A.E. , , P. Punnakiti P. , Oregon Health & Health Oregon , J. Johnson J. , 1 Oregon Health & Health Oregon Inc., Aronora, , K.T. Nguyen K.T. , University of Texas 1,2 1,2 1 2 ; 1 1,2 , K. Nguyen K. , 1,2 ; 1 1,2 1,2 University of Texas at Arling at Texas University of Prevention of Prevention Acute Venous Thrombosis Stent-induced Using Inhibition of FXII M. Hinds* Wallisch Gruber Portland, Science University, USA, OR, Portland, Science Unversity, USA, OR, USA OR, Portland, Thromboge Dynamic In vitro of Biomaterials: Testing nicity Sample Length Test Impact of Configuration and Flow Loop Gold M. Jamiolkowski*, M. US Lu; Q. Malinauskas, R. ing, Administra and Drug Food USA MD, Silver Spring, tion, Polymerization Inorganic Porcine for Crosslinking as Bioprosthetic Pericardium with Improved Valves Heart Matrix Stability Extracellular Guo*, and Biocompatibility G. Wang; Y. Lei, Y. Jin, W. Jin, L. National Engineering for Biomate Center Research China Chengdu, rials, Thrombus Con Correlating stituents of Surface-Modified Materials to Lu Graft Vascular Using MicroCT Volume minal Quantify Clinical to Better Anderson*, D. Functionality Hinds; Oregon M. Gupta, A. & Science University, Health USA OR, Portland, Enhanced Biocompatibility of via CD47 Surface Stents Inamdar*, V. Functionalization C. Alferiev, I. Fitzpatrick, E. Fish I. Levy, R. Nagaswami, Children’s Stachelek; S. bein, Hospital of Philadelphia, USA PA, Philadelphia, Biodegradable, Elastic Biodegradable, with Enhanced Polyurethane as Anti-Thrombogenicity Biomateri Blood-Contacting Xu* als C. Truong D. kashem Hong Southwestern Medical Center USA, TX, Dallas, at Dallas, 2 TX, Arlington, Arlington, ton, USA ofSustained Release Glycopolymers for Synthetic Enhanced Endothelialization of S. Scaffolds Electrospun Liu, Q. Hang, Y. Wu, J. Jiang*, and Local Chen; State H. Li, D. Joint Engineering Laboratory Polymer for Novel Functional China Suzhou, ic Materials, Engineering Ubx-based Ma Engineering Ubx-based and Guide terials to Promote Geraldo Neovascularization G. Tsai, S.-P. Howell, D. Mendes*, Texas Bondos; S. Bayless, K. Science Center, A&M Health USA TX, Station, College

Cardiovascular Cardiovascular Biomaterials and Blood Compatibility Gopinath Mani and Anand Ramamurthi 2 Yakima 29. 30. 31. 32. 33. 34. 36. 35. Cardiovascular 2 Yakima , 1 - - - , - , C. 2 , A. , F. , F. Core Core 1 2 1 1 - ; Bio 1 1,2 ; The Ohio The Bionics In USC, Los Los USC, 2,3 2 2 2 , J. Lee 3 , J. Kempfle J. , 1 , A. Zhang A. , 2 , K. Nguyen K. , 1 Mass Eye and Ear, and Ear, Eye Mass 1 , N. Artzi N. , ; , R. Richardson R. , 1 2 1 WEDNESDAY, APRIL 3, 2019 2019 APRIL 3, WEDNESDAY,

Decibel Therapeutics, Decibel Therapeutics, Brigham and Women’s Brigham and Women’s Institute Massachusetts , R. Stewart R. , 1 2 3 2 ; • 1 InviCro, Boston, MA, USA MA, Boston, InviCro, Invited Speaker: Verena Verena Invited Speaker: Medizinischen DVM, Scheper, Hochschule Hannover - 3D Bio Lab-on-a-Printer™ Enabling printing Technology Human Tissues Functional C. Mohamed, T. on Demand S. Thain, K. Russo, V. Dickman, S. Käpylä*, E. Khan, M.K. Pan, Aspect Wadsworth; S. Beyer, BC, Vancouver, Biosystems, Canada Design Focus Translational for Adhesive New Tissue Munoz G. Technologies Taboada* MA, Cambridge, Devek Inc., USA, MA, Cambridge, Hospital, USA, Cambridge, of Technology, USA MA, Distribution and Retention of in Cochlea Neurotrophin-3 Hu* Q.-Y. Wise Shi USA, MA, Boston, Australia, Melbourne, stitute, 3 Delivery of Bone-Binding Neurotrophic Brain-Derived (BDNF) Analogue Factor Ris-DHF Supports Hearing Noise Damage After Recovery Jung* in vivo D. Hamadani C. Kashemirov B. McKenna USA, MA, Boston, USA CA, Angeles, Poly(glyc Bioresorbable sebacate) Coated erol as a Textile Polyglycolide Arterial Regenerative Carotid A. Lu, S. Smalley*, R. Patch Harris, J. Metzger, A. Weber, Secant Group, The Gabriele; P. USA PA, Telford, LLC, Bench to Bedside: Quantum for Clinical Flow Dot Probes Winter* J. Cytometry Co Quantum Technologies, USA, OH, lumbus, Columbus, University, State USA OH,

WEDNESDAY, APRIL 3, 2019 2019 APRIL 3, WEDNESDAY, From Bench-to-Bedside: From Biomaterials Translating *BTI* 1 Research Rami Tzafriri, Anita Marie Shukla and Aurore 1 Yakima 21. 23. 24. 25. 26. 27. 28. From Bench-to-Bedside . From 1 Yakima - , , - 1 - 1 - - - - • - ETH 2 , S. - 2 , W. , W. 1 , L. Pruitt L. , 2 Icahn School University of 2 City College City College 1 1 , J. Iatridis J. , ; ; Imperial College Imperial College 1 3 , K. Bunde K. , 1 3 1 Invited Speaker: Invited Speaker: with Hydrogel Structure Controllable for and Function Malcolm Orthopedics, University PhD, Xing, of Manitoba Hydrogels Composite and Their Mechanisms to Inhibit Matrix Min Hypertro by eralization phic J. Chondrocytes J. Donius, A. Chen*, University of Taboas; Pittsburgh, Pittsburgh, USA PA, Interfaces Compliant Corrosion and Fretting in Modular Taper Junctions: The Micro mechanics of Contact Gilbert; J. Smith*, S. Clemson University, USA SC, Charleston, Injectable Sulfonated Methylcellulose for Growth Hydrogels Sequestration Factor and Nucleus Pulposus Haq-Sid N. Repair diqi* Nnadi Nicoll New York, of New York, USA, NY, of Medicine at Mount NY, York, New Sinai, USA Design Considerations Design Considerations for Piezocomposite Materials for Electrical in Ortho Stimulation Tor paedic Implants - Haas, E. Krech*, sion E. Reinsch, B. Tideman, G. University of Friis; E. KS, Lawrence, Kansas, USA Model Lubrication in 3D of Polycarbon ate Polyurethane Acetabular Cups for Ford* A. Hip Implants Ferguson S. Berkeley, California USA, CA, Berkeley, Clay Nanoparticles for Bone Regeneration Luo, Y. Elumulai*, A. Mills; D. Humayun, A. Univer Tech Louisiana USA LA, Ruston, sity, L. Gao L. Switzer Zurich, Zurich, land, London, London, United Kingdom

Elastohydrodynamic Strontium-Coated Orthopaedic Biomaterials SIG 1 Donghui Zhu and Shokuhfar Toulou Skagit 4/5 13. 15. 16. 17. 18. 19. 20. Orthopaedic . Skagit 4/5 - - , - ; 1,2 - The The 2 , 1,2 1,2 ; , T. , T. 2 2 CONCURRENT SESSION 1 , Y. Cui, Y. University of , A. Brown A. , 1 1 , S. Nandi S. , ; 1,2 1 , F. Bates F. , 2 1 Ohio State University, University, Ohio State University of Minnesota, Joint Department of Medicine Comparative DNA Caged-Micelle Caged-Micelle DNA Labels for Erasable Immunohis Multiplexed Winter* tochemistry J. Jergens E. 1 USA, OH, Columbus, University, Ohio State USA OH, Columbus, Genetically Encoded Linkers Photocleavable from Release for Protein Shadish*, Biomaterials J. DeForest; C. Strange, A. University of Washington, USA WA, Seattle, Using Click Chemistry and Refill Target to Drug-Eluting Depots Y. Brudno*; University of - Chapel North Carolina Hill and North Carolina University - Raleigh, State USA NC, Raleigh, Designer Excipients Delivery ofEnable Oral Soluble Drugs Poorly Ting* J. Reineke USA, IL, Chicago, Chicago, 2 USA MN, Minneapolis, IR820-Loaded PLGA PLGA IR820-Loaded Nanoparticles for Photothermal Therapy ofBreast Triple-Negative Valcourt, D. Day*, E. Cancer Dang; University of M. USA DE, Newark, Delaware, ofEffects Nanometal on Plate Incorporation Properties Particle let-like Activity and Antimicrobial Chee* E. Sproul E. 1 Biomedical Engineering of University of North Hill and Carolina-Chapel Uni State North Carolina USA, NC, Raleigh, versity, 2 USA NC, Raleigh, Institute, ofActivation in Role The Phagocytosis Macrophage ofand Exocytosis Oligonu cleotide Nanoformulations A. Long, C. Wayne*, E. University ofKabanov; Hill, North Carolina-Chapel USA NC, Chapel Hill,

Nanomaterials for Therapeutic Delivery Handan Acar and Daniel Alge Skagit 3 5. 7. 8. 9. 10. 11. 12. Nanomaterials . Skagit 3

- . Invited Speaker: Invited Speaker: Biomateri Where als Meet Biology, Badylak, Stephen University of PhD, Pittsburgh Invited Speaker: Julia Babensee Georgia PhD, Institute of Technology Invited Speaker: Ben Keselowsky, University of PhD, Florida CONCURRENT SESSION 1

Thought Leader: Jennifer Elisseeff Skagit 2 1. 2. 3. Q&A Thought Leader Skagit 2 Session title Moderators Room 1:00 p . m 1:15 p . m 1:30 p . m 1:45 p . m 2:00 p . m 2:15 p . m 2:30 p . m 2:45 p . m Session title Room

24 Society For Biomaterials 2019 Program - - - - ; ; , - - 2 - 1 1 - , - , E. 1 1 - , C. , R. , E. 1 , D. , D. 2 1,2 , K. Shan K. , 1,2,3 , A. Hud A. , 1 1 , D. Weiss, D. 2 , I. Almen I. , University of , A. Haack A. , 1 1 ; , A. Feinberg A. , 1,2,3 2 , B. Falcones B. , University of Col , A. Lee Universitat de 1 University of , D. Brown D. , 1 , T. D’ovidio T. , 1 2 1 1,2 1 ; 1,2,3,4 ; , B. Young B. , August Pi i Sunyer August Pi , D. Navajas D. , 1 4 1,2 , A. Theberge A. , Stacks to the Future, to the Future, Stacks LLC, Salus Discovery, , U. Lee 1 2 4 1 1,2,4 , A. Lee 1,2,4 , R. Pouliot R. , 1 1 Tasso, Inc., Seattle, WA, WA, Seattle, Inc., Tasso, Carnegie Mellon Univer Carnegie University of Pittsburgh, Commonwealth Virginia University of at Colorado CIBER for Respiratory CIBER for Respiratory Institute for Bioengineer 3D Printing of Spher Cell 3D Printing oids Within Self-healing M. Daly*, A. Hydrogels J. Song, K.H. Davidson, University ofBurdick; Philadelphia, Pennsylvania, USA PA, An Osteocyte 3D Culture Osteo to Study System and Fluid Strains chondral vivo Model Flow in an ex A. Aziz, A. Wilmoth*, R. Ferguson, V. Uzcategui, Bryant; University of S. Boulder, Boulder, Colorado USA CO, Multiscale Modeling of Pathophysiology Vascular Using 3D Bioprinting K. Jain, A. Gaharwar, A. Gold*, Pandi N. Snell, T. Dedas, R. A&M University, an; Texas USA TX, Station, College Unmodified 3D Printing Using Rail-Based Hydrogels J. Open Microfluidics Day* W. Lu Berthier WA, Seattle, Washington, USA, USA, WI, Madison, LLC, 3 USA, USA WI, Madison, Engineering an in vitro Engineering an in vitro Model of Ductal Carcinoma In Situ Using FRESH 3D Tashman* Bioprinting J. Hinton T. Shiwarski son 1 USA, PA, Pittsburgh, sity, 2 USA PA, Pittsburgh, for Mesenchymal Hydrogels 3D Bioprinting Cells Stem Otero* J. Marhuenda dros Farre Spain, Barcelona, Barcelona, 2 Spain, Madrid, Diseases, 3 Barcelona, ing of Catalonia, Spain, Biomedical Research Spain Barcelona, Institute, of Role The ECM Compo sition in Bioengineered R. Barrier Formation Lung Heise* kar 1 Richmond, University, USA, VA, VT, Burlington, Vermont, USA Strategies Bottom-up for Engineering Distal N. in vitro Structure Lung Darling* Magin Anschutz Medical at orado USA, CO, Aurora, Campus, 2 USA CO, Aurora, Denver, Lung Extracellular Matrix Extracellular Lung

1:00 PM – 3:00 PM PM – 3:00 1:00 Panel Discussion: Strategies for and Effective Engaged Teaching Cheryl Gomillion, J . Amber Jennings, C . LaShan Simpson, and Leslie Pace Chelan 5 37. 38. 39

Nanomaterials for Therapeutic Delivery Handan Acar and Daniel Alge Skagit 3 5. 7. 8. 9. 10. 11. 12. Nanomaterials . Skagit 3

2019.biomaterials.org 25 - - ; , 3 1 - - Rice 1 ; 1,2 , C. Clokie C. , 2 Induce Biologics . 3 , A. Mikos A. , 2 , H. Aberman H. , 1 Purdue University, Mal University, Purdue 2 SEED Biotech Inc, Dallas, TX, TX, Dallas, SEED Biotech Inc, Center for Engineering Complex for Engineering Complex Center Biodegradable PCL-PLGA-beta PCL-PLGA-beta Biodegradable Human Amniotic Membrane LIPUS-Derived Mechanical Stim Colla Mineralized Intrafibrillar Additive Manufacturing of of the Profiling Transcriptome TCP Scaffolds for Bone Tissue Tissue for Bone Scaffolds TCP Yu; X. Kumar*, Engineering A. Technology, Institute ofStevens USA NJ, Hoboken, R. Bone Graft Allograft Enhanced Early* 1 USA, USA, PA, vern, Canada ON, Toronto, Inc., ulation ofAlginate Hydrogels Regenerative A for Bone Repair: Engineering Approach F. Khan; University of Y. Assanah*, CT, Storrs, CT, Storrs, Connecticut, USA for Bone gen-Based Scaffolds University Wei; M. Yu*, L. Repair USA CT, Storrs, of Connecticut, Poly(methyl methacrylate) Poly(methyl Space Maintainers for Improved Bedell* M. Repair Craniofacial Melchiorri A. USA, TX, Houston, University, 2 USA TX, Houston, Tissues, to a Muscle Early Response Biomaterial K. Regenerative Uni Wolchok; J. Kim, J. Roberts*, Fayetteville, versity ofArkansas, USA AR, WITHDRAWN

162. 163. 164. Biomaterials for Chelan 4 165. 166. Biomaterials for Regenerative Engineering Rapid Fire Gulden Camci-Unal, Kyle Lampe Chelan 4 167. 168. , ; - , - 2 ; - ; 1 - - 2 - 1,2 , S.- NYU - 1,2,3 4 , A. 1,2 , R. 1 4 , A. 2 Emory NYU 1 , L. Witek L. , 2 Icahn 2 3 ; , M. Kuhl , A. Atala A. , 1,2 3 Wake Forest Forest Wake 3:15 PM – 4:45 PM PM – 4:45 3:15 2 1,2 , A. Akkineni A. ,

1 , A. Theus A. , 1 Dresden Univer Dresden University of , K. Koren 3 2 2 , B. Cronstein B. , 1 , R. Rodriguez Co Rodriguez R. , , V. Serpooshan V. , • 1 , J. Yoo 1,2 , P. Coelho P. , NYU College of Dentistry, ofNYU College Dentistry, 1 , F. Krujatz F. , 1,2 2 , G. Kurgansky G. , 1 2,3 Emory University & Geor of Healthcare Children’s Digital Light Projection of Digital Light Projection Bioprinting a Vascularized Tissue of 3D Printing Poly(Glycerol Sebacate): Poly(Glycerol ofVas Prototyping Rapid Microstructures cular Grafts Yan, A. Wang, R. Wu*, Y.-L. Wang; Y. Ding, X. Ke, C.-Y. Ithaca, University, Cornell USA NY, Platform for Multi-Tissue Modeling in vitro Organ Tomov* M. Cetnar 1 Technology, gia Institute of USA, GA, Atlanta, University School of USA, GA, Atlanta, Medicine, 3 USA GA, Atlanta, Atlanta, Using a Novel Scaffolds Biocompatible Photocur J. Chartrain*, N. able Resin A. Williams, C. Cartwright, Tech, Virginia Whittington; USA VA, Blacksburg, TU Dresden, Dresden, Dresden, TU Dresden, University - Forest Wake Long-term Outcomes ofLong-term Bioactive Ceramic 3D-Printed for Regeneration Scaffolds M. Skeleton of the Pediatric Wang* lon Torroni A. Flores NY, York, New Langone Health, USA, USA, NY, York, New School of Medicine at Mount USA, NY, York, New Sinai, USA NY, York, New Langone, cal O2 Concentration in 3D cal O2 Concentration Using Bioprinted Constructs Nanoparticles Luminescent Gelinsky* M. Trampe E. Lode 1 Germany, Helsingor, Copenhagen, Denmark, Dresden, sity ofTechnology, Germany Long-Term Improved Bioprinted Viability in Large Willson* K. Constructs Lee J. 1 Winston-Sa Tech, Virginia USA, NC, lem, Institute for Regenerative Winston-Salem, Medicine, USA NC, Near-Field Electrospinning Electrospinning Near-Field of Bone-Ligament Tissue N. Engineering Scaffolds E. Rush, M. Elghazali*, Perez, M. Buksa, C. Garcia, Salas; C. Lopez, S. Trujillo, R. University of New Mexico, USA NM, Albuquerque, In Situ Quantification ofLo for Sustained Perfusion Bio-3D Printing and Bio-3D Printing

3D Bioprinting Applications in Tissue Engineering and Regenerative Medicine Rapid Fire Akhilesh Gaharwar, Peter Yang, Yunzhi and Adam Feinberg, Bingyun Li Chelan 2 147. 148. 149. 3D Bioprinting . Chelan 2 150. 151. 152. 153. - - 3:15 PM – 4:45 PM PM – 4:45 3:15 - - ; , ;

1 - , B. 1,2 1,2 Uni , C. , - 2 , R. , Y.H. • 1,2 , D.J. D.J. , 3,4 1 1 1,2 1 University 1 , A. Gonzalez A. , , V. Rao, V. ; University of , K. Anseth K. , Royal Chil Royal 1 1,2 Viriginia Com University of 1,2 4 1,2 1 , M. Hays M. , , M. Hunckler M. , 3 ; 1,2 , A. Fosang A. , 1 1 1 , R. Guldberg R. , ; 1 , Z. Schwartz Z. , 1,2 1 University of Ne , S. Porvasnik S. , 1,3 Georgia Institute Institute Georgia 2 1 3 BioFrontiers Institute, Institute, BioFrontiers In vitro Model to Mimic In vitro Directing the Secretory the Secretory Directing Gelatin Micromolded K. Anseth K. Fragmentation Aggrecan Cord Spinal After Profiles McCrary* Injury M. Song Wachs Schmidt Phenotype of Human Cells Mesenchymal Stem Assembled in Porous Microgel A. Networks Caldwell* of Boulder, Colorado USA, CO, Boulder, 2 USA CO, Boulder, Crosslinked Hydrogels with Laminin for Disease Applications on a Chip M. Maciel, R. Besser*, R. I. Carbonero, D. Dvornik, Reda, J. Jones, E. Claure, Agarwal; A. Saporta, M. University of Miami, USA FL, Gables, Coral FL, Gainesville, Florida, USA, Lincoln, Lincoln, braska- USA, NE, Parkville, Melbourne, Australia, Parkville, Hospital, dren’s Australia Using MicroRNA-122 Using MicroRNA-122 Mimics or MicroRNA-451 the Inhibitors to Prevent Osteoarthritis Process Scott* K. Cohen Boyan University, monwealth USA, VA, Richmond, Health versity ofTexas at San Science Center TX, San Antonio, Antonio, USA, Atlanta, of Technology, USA GA, Immune Engineered Neoplasms to Study Cooperative BCR-TLR K. Shah*, Signaling S. Singh; A. York, C. Lee, Ithaca, University, Cornell USA NY, University of Colorado Institute, BioFrontiers Tech Institute ofGeorgia University of Oregon, and Sex-Specific Differenc and Sex-Specific Interstitial Valvular es in Response Their and Cells to Biochemical Cues M. Schroeder* Rodriguez 1 USA, CO, Boulder, Boulder, 2 USA CO, Boulder, Behaviors on 3D Cell R. Geometric µ-Cavities Subbiah* García A. 1 USA, GA, Atlanta, nology, 2 USA OR, Eugene, The Role of Role The Osteopontin

Mesenchymal Stem 134. . Engineered Chelan 5 136. Engineered Engineered in Microenvironments Health and Disease Rapid Fire Michaela McCrary, Rachael Sirianni, Shilpa Sant, and Susan Thomas Chelan 5 132. 133. 135. 137. 138. - - ; - , - , , - 1 ; 1 - 1 ; , 2 - - - . 1 , 1 1 1 , E. - , J. ; , D. , D. 2 1 1 1 , P. - 1 , D. 2 , J. , C. Was 1 1 , D. Sha, D. , D. , D. 1 1 , K. Roy , A. Singh A. , 2 , M. Suthar M. , , M. van der M. , 1 1 1,2 , M. Keenum M. , 1 , E. Blanchard E. , 2 , B. Keselowsky B. , , B. Keselowsky B. , , T. Drashansky T. , , M. Atkinson M. , 2 , A. Zuniga A. , 1 Emory University, Emory University, , A. Kwiatkowski A. , 1 1 2 2 2 , T. Drashansky T. , , J. Stewart J. , 2 1 Cornell University, University, Cornell Hospital for Special Injectable Inflam Combi Single Dose, mation-Responsive mation-Responsive Attenuate Hydrogels ofSymptoms Load-In duced Osteoarthritis Wheeler* T. nation Nanovaccine Protection Provides A Against Influenza Virus in Aged Animals K. Senapati*, S. J. Darling, R. Ross, M. Verhoven, D. Alley, M. Wannemuehler, Mallapraga S. Kohut, Narasimhan; B. da, University, Iowa State USA IA, Ames, ECM-like Nanofibrous Nanofibrous ECM-like for Microspheres Bone Accelerated in Dia Regeneration Liu*, X. betes Mellitus A&M Hu; Texas Z. ofUniversity College TX, Dallas, Dentistry, USA Holyoak Meulen 1 USA, NY, Ithaca, 2 NY, York, New Surgery, USA Georgia Institute ofGeorgia University of Florida, University of Florida, University of Florida, University of Florida, University of California, with Adju Combination vants Induce Synergistic Immuneor Broadened Toy* Responses R. Pradhan Jhita N. Narang N. Santangelo P. yakhmetov 1 GA, Atlanta, Technology, USA, USA GA, Atlanta, for Sustained Vaccine for Sustained Vaccine Enhances Exposure Immunity Humoral E. Gale, E. Agmon*, G. Appel; E. Yu, A. Axpe, CA, Stanford, Stanford, USA in Mice withSclerosis Antigen-Specific an Kwiatkow A. Vaccine ski* Cho Helm Avram 1 USA, FL, Gainesville, 2 USA FL, Gainesville, croparticle Ame System Autoimmunity liorates in Type Mouse Models of 1 Diabetes and Multiple Stewart* J. Sclerosis Lewis Cho J. Clare-Salzler M. serfall Avram 1 USA, FL, Gainesville, 2 USA CA, Davis, Davis, An Antigen-specific Mi An A Hydrogel Platform Hydrogel A

Immunomodulatory Pathogen-like Particles Particles Pathogen-like Attenuating Attenuating Multiple

118. 119. Immunomodulatory 1 Yakima 121. Immunomodulatory Biomaterials Rapid Fire Ashish Kulkarni and Eric Dreaden 1 Yakima 117. 120. 122. 123. WEDNESDAY, APRIL 3, 2019 2019 APRIL 3, WEDNESDAY, WEDNESDAY, APRIL 3, 2019 2019 APRIL 3, WEDNESDAY,

- - - , , - - ; 1 1 - • - - • ; 1,3 1 , B. - 1 , S. Smith S. , 1 , T. Joyce T. , 2 , T. Jacobs T. , , Z. Schwartz Z. , 1 1,2 University of Texas 3 Virginia Common Virginia Institute ofGeorgia Newcastle University, Newcastle University, Hospital, Freeman Addition of an E8 Expression Differential PLGA-Graphene Oxide PLGA-Graphene Domain to Bone Morphogenic Protein Binding to 2 Confers Materials to Induce HA Osteoblastic Signaling A. Pensa, N. Curry*, A. McPherson, D. Barlow, Bellis; S. Reddy, M. University ofAlabama at Birming Birmingham, USA AL, ham, of Non-canonical Wnts During Osteoblast on Differentiation 3-Dimensional Additively Manufactured Berger* M. Constructs Bosh K. Boyan 1 University, wealth USA, VA, Richmond, 2 GA, Atlanta, Technology, USA, Science Center Health San Antonio, at San USA TX, Antonio, Matrices for Bone Re Engineering generative S. Daneshmandi*, L. Uni Laurencin; C. Sydlik, versity of Connecticut, USA CT, Farmington, Bioinspired Mineral-Or Bioinspired ganic Bioresorbable Bone Adhesive A. Von N. Kelly, C. Kirillova*, Gall; Duke K. Windheim, NC, Durham, University, USA Quantification of Materi the Femoral from al Loss of Modular Met Taper Hips al-on-Polyethylene in a Hip Simulator Tested Bhalekar* R. Langton D. 1 Newcastle Upon Tyne, United Kingdom, 2 Newcastle Upon Tyne, United Kingdom Statin-Based Injectable, Body Heat-Activated Biodegradable Tough Nanocomposites for S. Bone Regeneration Duan, C. Huddleston*, Ameer; Northwestern G. IL, Evanston, University, USA Design Considerations Ma for Piezocomposite terials for Electrical Stim ulation in Orthopaedic Implants - Compression G. Haas, E. Krech*, E. Reinsch, B. Tideman, University of Friis; E. KS, Lawrence, Kansas, USA

103. 104. Orthopaedic . Skagit 4/5 106. Orthopaedic Biomaterials SIG Rapid Fire Bingyun Li and Tolou Shokufar Skagit 4/5 102. 105. 107. 108. - - - , - - , 1 - 1 ; - , - , 1 2 - 1 , , , J. , Z. ; 3 1 4 1 2 , , M. Geor ; 2 2 1 1,2 , S. Tohoku Tohoku , T. Fujisa T. , 1 2 2 Universi 3 , K. Kim K. , 2 Virginia Virginia , S.-M. Kim S.-M. , 1 1 , H. Harukaze H. , Tokyo Medical Tokyo ; 1 4 , A. Kishida A. , , T. Danis T. , 4 Seoul National 1,3 1 , S.H. Bassir S.H. , 1 3 , B. Boyan B. , Centro de Centro ; 1 2 3 , N. Annabi N. , Colorado School Colorado 3 , M. Yamada M. , 1 Kangwon National Kangwon 1 , K.-H. Cheon K.-H. , Advanced Institutes 2 ; , R. Portillo Lara Portillo R. , 1 2 1 1 , B.-J. Kang B.-J. , , H.-E. Kim H.-E. , 2 1 , T. Kimura T. , 3 Osaka Institute of Technology, Institute ofTechnology, Osaka Shibaura Institute ofTechnol Shibaura University of Connecticut, University of Connecticut, University of - California School ofHarvard Dental Incheon National Univer Jeonju University, Jeonju, Jeonju, Jeonju University, Ligament and Artificial Mate Ligament and rial Through Recellularization Reconstruction for Periodontal Nakamura* N. R. Ohira R. to 1 Japan, Saitama, ogy, SchoolUniversity Graduate Japan, Sendai, of Dentistry, 3 Japan, Osaka, Tokyo, and Dental University, Japan Integration ofIntegration Decellularized Hydroxyapatite (HA) Coating (HA) Coating Hydroxyapatite Identifying the of Toxicity Reproductive Biocompatible 3D-Printed Rogers*, H. Dental Resins A. Zhou, L. Zaniker, E. T. Duncan, F. Kusuhara, Northwestern Woodruff; USA IL, Chicago, University, Curing Chitosan Rapidly Phosphate Com Calcium Cap posites as Dental Pulp Osmond* Agents M. ping Newsom J. Krebs USA, CO, Golden, of Mines, 2 USA CT, Storrs, An Antimicrobial and Osteoinductive Bioadhe for Dental sive Hydrogel Shirzaei Applications E. Sani* Aldawood Intini G. 1 Angeles, Los Angeles, Los USA, CA, Biotecnología FEMSA, de Monterrey, Tecnológico Mexico, Monterrey, 3 USA MA, Boston, Medicine, Park Han C.-M. Sustained Release ofSustained Release Bone Morphogenetic Protein-2 in Interpenetrating for Hydrogels Composite Bone Skull Promoting Kim* S. Regeneration Kim 1 of Republic Incheon, sity, Korea, Chuncheon, University, ofRepublic Korea by Sol-gel Method on Zirconia Kim* J. for Dental Implant Kang I. of Republic Seoul, University, Korea, of Technology, Convergence of Republic Korea, Suwon, 3 ofRepublic Korea University, Commonwealth USA, VA, Richmond, Technology, gia Institute of USA, GA, Atlanta, Science Health ty ofTexas San Antonio, at San Center USA TX, Antonio, Osteogain™ Enhances the Osteoinductive Potential of Bone Demineralized Harrington* Matrix M. Cohen D. Schwartz Z.

88. 89. Dental/Craniofacial . 2 Yakima 90. 91. Dental/Craniofacial Biomaterials SIG Rapid Fire Kurt Kasper and Xiaohua Liu 2 Yakima 87. 92. 93. ------, , 2 - 2 - , , P. , P. - 1 2 , Z. - , B. Uni 1 2 1 McGill 1 , B. ; Lady 1 Iowa 1 ; 2 1 , N. 1 1 ; 1 Nanjing , Y. Cao, Y. 2 1 , S. Lehoux S. , University at , P. Burch P. , , K. Rajan K. , , S. Broderick S. , 2 1 1 1 -Amino Ester) 1,2 β Approach for RationalApproach Design of Nanomed icines with Program A. mable Drug Release Mullis* Binnebose A. Peroutka-Bigus Bellaire Narasimhan Ames, State University, USA, IA, USA NY, Buffalo, Buffalo, A Predictive Analytics A Predictive Development of a Nanomaterial-based Immu Localized nomodulatory and Anti-inflammatory to (LISAI) Regimen Pancreatic Improve Islets Transplantation De T. Velluto*, D. Tomei; A. Toni, University of Miami, USA FL, Miami, Nanoparticles for Contrast-enhanced Photoacoustic Imag ofTherapy ing and Vessels Thrombosed L. Jung, E. Lee*, D. Jeong; Chonbuk National University, of Republic Jeonju, Korea Targeted VCAM-1 Poly( Nanoparticles for Gene Delivery Under Flow and to the DiS Endothelium N. tasio* Tabrizian M. Montreal, University, Canada, QC, Davis Institute for Medical Research, QC, Montreal, Canada Injectable Dynamic Hydrogels Covalent Acid Poly of Boronic by mers Cross-Linked Bioactive Plant-De rived Polyphenols Delparastan* P. Huang Cheng J. Messersmith versity of California, Berkeley, Berkeley, USA, CA, Nanjing University, China University, Preparation of Inject Preparation able Thermogelling Nanoparticles for Chemokine and Cancer Release Entrapment Cell A. Khang*, M.K. Zhou, J. Hakamivala, Tang; L. Huang, Y. at Texas University of Arlington, Arlington, USA TX, Cell Surface Cell Target Vimentin as a for Liposome-based Delivery to TRAIL Metastatic Cancer Caves Lopez M. Cells M. Zhang, Z. tany*, King; Vanderbilt Nashville, University, USA TN, H2O2-activatable

73. 74. Nanomaterials . Skagit 3 75. 76. 77. Nanomaterials / Drug Delivery Rapid Fire Handan Acar and Daniel Alge Skagit 3 72. 78. , - 1,2 , - , - 2 , A. 1,2 1 , V. , V. CONCURRENT SESSION 2 (RAPID FIRE SESSIONS) 1 University , H. von H. , , Q. Lu 2 1 2 Brigham 1 University ; , E. Zhang E. , 1 University of , S. Pacelli S. , 2 ; 1,2 1 Case Western Western Case 2 1 1,2,3 ; Broad Institute Broad 1 3 , Y. Feng, Y. 1 , G. Learn G. , 2 STUDENT AWARD AWARD STUDENT Institute for Medical Design of Biocompatible for Tuning Crosslinkers Degradation Hydrolytic Glycol of Polyethylene Kroger*, S. Hydrogels Saint Zustiak; S. Hill, L. St. University, Louis USA MO, Louis, Biosensitive Hydrogel and Depot with Rapid Drug Delivery Long-Term Pons* Dosta P. Efficacy Artzi N. Conde J. Hospital, and Women’s USA, MA, Cambridge, 2 Engineering and Sci MA, Cambridge, ence, USA, of and MIT, Harvard USA MA, Cambridge, of Release Controlled Anti-inflammatory and Agents Pro-angiogenetic Scaffolds via Microbeads Jiang, K. Liang*, J. Stabler; C. Accolla, R. University of Florida, USA FL, Gainesville, of Effects Cellular Re Monoxide Carbon Poly(diol-citrate) leasing Webb*, A. Polymers James; B. Lichlyter, D. University of Florida, USA FL, Gainesville, DNA-based Injectable as Sustained Hydrogels Drug Delivery Platform Defect Repair for Cranial Basu* S. Paul Wang J. Lawrence, of Kansas, USA, KS, Medical Center, Kansas USA KS, City, Kansas In Situ Integration ofIn Situ Integration Fibers Electrospun R. with Microneedles K. Phan, J. Creighton*, University Woodrow; Seattle, of Washington, USA WA,

Nanoengineered Nanoengineered

Anti-Inflammatory and Drugs from Anti-Microbial Coated Polymer Affinity Haley* R. Sutures Qian Recum Cleve University, Reserve USA, OH, land, Berkeley, of California, USA CA, Berkeley, ** FOR OUTSTANDING RESEARCH – MASTERS DEGREE CATEGORY Dual Release ofDual Release

58. 59. Biomaterials . Skagit 2 60. QUESTION & ANSWER 62. Biomaterials for Therapeutic Drug Delivery Rapid Fire Danielle Benoit, Anita Shukla, Blanka Sharma, and Liisa Kuhn Skagit 2 57. 63. 61. CONCURRENT SESSION 2 (RAPID FIRE SESSIONS) 3:20 p . m 3:25 p . m Session title Room 3:30 p . m 3:35 p . m 3:40 p . m 3:45 p . m Session title Moderators Room 3:15 p . m 3:50 p . m

26 Society For Biomaterials 2019 Program - - ; , 3 1 - - Rice 1 ; 1,2 , C. Clokie C. , 2 Induce Biologics . 3 , A. Mikos A. , 2 , H. Aberman H. , 1 Purdue University, Mal University, Purdue 2 SEED Biotech Inc, Dallas, TX, TX, Dallas, SEED Biotech Inc, Center for Engineering Complex for Engineering Complex Center Biodegradable PCL-PLGA-beta PCL-PLGA-beta Biodegradable Human Amniotic Membrane LIPUS-Derived Mechanical Stim Colla Mineralized Intrafibrillar Additive Manufacturing of of the Profiling Transcriptome TCP Scaffolds for Bone Tissue Tissue for Bone Scaffolds TCP Yu; X. Kumar*, Engineering A. Technology, Institute ofStevens USA NJ, Hoboken, R. Bone Graft Allograft Enhanced Early* 1 USA, USA, PA, vern, Canada ON, Toronto, Inc., ulation ofAlginate Hydrogels Regenerative A for Bone Repair: Engineering Approach F. Khan; University of Y. Assanah*, CT, Storrs, CT, Storrs, Connecticut, USA for Bone gen-Based Scaffolds University Wei; M. Yu*, L. Repair USA CT, Storrs, of Connecticut, Poly(methyl methacrylate) Poly(methyl Space Maintainers for Improved Bedell* M. Repair Craniofacial Melchiorri A. USA, TX, Houston, University, 2 USA TX, Houston, Tissues, to a Muscle Early Response Biomaterial K. Regenerative Uni Wolchok; J. Kim, J. Roberts*, Fayetteville, versity ofArkansas, USA AR, WITHDRAWN

Immunomodulatory Pathogen-like Particles Particles Pathogen-like Attenuating Attenuating Multiple

Nanoengineered Nanoengineered

2019.biomaterials.org 27 - - - - - , - - - , S. 1 , C. 1 2 - , M. ; , Y. , Y. 1 2 3,4 , F. Verne F. , 2 Chemical and , K. Payne K. , 1 1 ; , N. Fletcher N. , JST-PRESTO, To JST-PRESTO, . . 1 Graduate School Graduate 4 3 CU Denver, Aurora, Aurora, CU Denver, 1,3,4 Materials Science and 1 3 ; 1 , M. Matsusaki M. , 1,2 Colorado School of Mines, School ofColorado Mines, 2 , F. Fontan F. , 1 , N. Miller N. , Mechanical Engineering, Uni Mechanical Engineering, 2 2 , S. Bryant S. , , S. Lalitha Sridhar S. , 1 , Z. Feuer Z. , 2,3 1 Osaka University, Osaka, Japan, Japan, Osaka, University, Osaka LTD, PRINTING CO. TOPPAN Biofrontiers Institute, University of Institute, Biofrontiers Growth Factor Sequestering Hy Factor Growth ofDesign and Evaluation a Apoptosis-Mediated Decellu for Microfibers Using Collagen aluronic Acid Hydrogel Promotes Promotes Acid Hydrogel aluronic by Human Network Formation S. Browne*, S. Cells Vascular University of Healy; K. Hossainy, CA, Berkeley, Berkeley, California USA C. Chitosan-based Dermal Filler Guerry; A. Leroux, E. Ceccaldi*, Lyon, Pharmaceuticals, Bioxis France for Lung Approaches larization Song*, Y.H. Engineering, Tissue Por S. Daramola, K. Visosevic, D. Schmidt; C. Maynes, M. vasnik, Gainesville, University of Florida, USA FL, ofVascular the Reconstruction a Suitable for Tissue Adipose ized Louis* F. Regeneration Breast Kitano S. 1 2 Japan, Tokyo, University, Osaka of Engineering, Japan, Osaka, Japan kyo, Controlling Heterogeneities in Heterogeneities Controlling of Rates Alginate-Chi Degradation Acid-based Hyaluronic Cryogel Hydrogel Membrane-Derived Cell Crosslinking Towards Improving Towards Crosslinking for Cartilage ECM Connectivity Maples* Engineering M. Tissue Chu rey University Biological Engineering, CO, Boulder, of Boulder, Colorado USA, Boul versity of Boulder, Colorado USA, CO, der, University of Engineering Program, USA, CO, Boulder, Boulder, Colorado 4 USA CO, Boulder, Boulder, Colorado Complexes tosan Polyelectrolyte Tissue Fate ofRepair Influence the Newsom* J. Injuries in Physeal Erickson Krebs Yu USA, CO, USA CO, Golden, Tissue for Cartilage Scaffolds S. Navare, K. Li*, Engineering B. Bajpayee; A. Bencherif, S. Mehta, Boston, University, Northeastern USA MA, Drexel Fan; Z. Cheng*, H. Scaffolds USA PA, Philadelphia, University,

169. 170. 171. 172. Biomaterials for Chelan 4 173. 174. 175. 176. Biomaterials for Chelan 4 , ; , 1 - - - - 2 ; , 1,2 - , 1,2 , S. 1 ; 1,2,3 3 2 , ; , K. 1 1 2 , S.J. S.J. , Rice Miami 2 2 1,2 Children’s Children’s , S. , P. Patel P. , 3 2 , E. Alsberg E. , 1 1,2 , A. Jakus A. , , B. Grigoryan B. , , H. Chen H. , 1,2 1 2 , O. Jeon O. , Shriners Hospitals , B. Smucker B. , , K. Stevens K. , 1 1 2 1,2 ; , V. Serpooshan V. , , Z. Dumanian Z. , 3 2 , L. Zhao L. , 3 Emory University, At Emory University, 3 2 University of Illinois University of Illinois at , H. Jeong H. , 2 2 1,2 Miami University - 1, Miami University - 1, Emory University School University of Washington, Northwestern University, Northwestern University, Western Reserve Case Hybrid Additive-Subtractive Hybrid Additive-Subtractive I-Optimal Designed 3D Bioprinted Constructs Spatial Pat Heat-activated Laser Fabrication Platform Laser Fabrication for Shaping Hydrogels Kunwar, P. Soman*, P. A. Li, H. Zhu, Y. Xiong, Z. Syracuse Ramos; R. Filip, NY, Syracuse, University, USA the Experiment to Control of 3D Scaffolds Porosity Additive in Melt Extrusion Yousefi* A. Manufacturing Wood K. 1 USA, OH, Oxford, OH, Oxford, University - 2, USA Oxide Laden with Iron Nanoparticles for Diverse Engineering Tissue Theus* Applications A. Hargita M. Pourmorteza A. Satola 1 of Medicine and Georgia GA, Atlanta, ofTech, Inst. USA, USA, GA, lanta, Healthcare of Atlanta, USA GA, Atlanta, terning of Gene Expression Tissues in 3D Engineered Corbett* D. Miller J. 1 USA, WA, Seattle, TX, Houston, University, USA 3D-Printed Hyperelastic Bone Hyperelastic 3D-Printed Development and Bioprinting Living Cell-Only Thermoplas Cell-Degradable Scaffolds Accelerate Accelerate Scaffolds Bone in Critical-Sized Regeneration Bone Defects Calvarial Huang* Y.-h. Jordan Parker Shah R. IL, Chicago, for Children, USA, USA, IL, Chicago, at Chicago, 3 USA IL, Evanston, Mechanical Characterization Bioinks of ß-TCP Composite of Dentin for 3D Printing S. Scaffolds Regeneration S. Chiou, G. Montelongo*, Ong; Univer J. Guda, T. Miar, Antonio, at San sity ofTexas USA TX, San Antonio, Medicine for Regenerative Lee* Y.B. Lee 1 OH, Cleveland, University, USA, USA IL, Chicago, Chicago, tic Poly(thioketal-urethane) Elastomers for 3D Printing Patil, P. Groff*, Applications D. Van Guelcher; S. Duvall, C. Nashville, derbilt University, USA TN,

154. 155. 156. 157. 3D Bioprinting . Chelan 2 158. 159. 160. 161. 3D Bioprinting . Chelan 2 - , 3:15 PM – 4:45 PM PM – 4:45 3:15 1 - , - - , -

, A. - 3 - 1 3 , , 1 - • 1,2 , C. Tye 2 Osaka Osaka , G. Stein G. , 1 , H. Lopes H. , 3 , Y. Naka, Y. ; 1 , M. Regier M. , 1 1 1,2 University of 1 University of 3 Signaling Path , C. Elias C. , 2 ; 1 , K. Stevens K. , β 1 , J. Lian J. , School of Dentistry Instituto Militar de University of 3 1,2 1 2 3 ; 1 , M. Kirby M. , 1 raphy Induces Osteoblastraphy through Differentiation Integrin Beloti* way M. G. Freitas G. Stein J. Rosa University of Preto, Ribeirão Preto, Ribeirão of São Paulo, Brazil, Janeiro, Rio de Engenharia, Brazil, Center, Cancer Vermont University of Vermont, USA VT, Burlington, Titanium with Nanotopog Titanium Development of an Extra cellular Matrix-Enriched cellular Matrix-Enriched Gelatin Sponge for Liver Wang*, B. Dressing Wound Alabama State Li; W. Montgomery, University, USA AL, JST-PRESTO, Tokyo, Japan Tokyo, JST-PRESTO, In vitro Tridimensional Mod Tridimensional In vitro el of Barrier the Blood-Brain Self-Organiza by Capillary Figarol* tion A. Matsusaki M. Japan, Suita, University, 2 Wang R. Davis J. of College Washington Engineering & School Seattle, of Medicine, USA, WA, Cell-Derived Human Stem Cardiomyocytes to Dynamic Responding Z. Surface Topography Moore, S. Sun, S. Ma*, Ash-Shakoor, A. Wang, C. Henderson; Syracuse J. NY, Syracuse, University, USA notype on Osteogenesis in and Vasculogenesis Multiphase Engineered N. Microenvironments B. Annamalai, R. Schott*, The Stegemann; J. Juliar, University of Michigan, USA MI, Arbor, Ann Modeling the Effects ofModeling the Effects Matrix and Extracellular on Vascular Fibroblasts Olszews E. Function Cell ki* School ofWashington WA, Seattle, Medicine, USA to Model Neuroblastoma K. Hypoxia Cell-Driven Newman, E. Ornell*, Worcester Coburn; J. Institute, Polytechnic USA MA, Worcester, Myofibril Remodeling ofMyofibril of Effect The MSC Phe Characterizing and Characterizing Using Scaffolded Anthracene Based Anthracene to Probe Dynamic Hydrogels Changes Stiffness-Mediated K. Fibroblasts in Cardiac Silver, J. Ceccato, T. Günay*, Bednarski, O. Bannister, K. Anseth; Department of K. Chemical and Biological BioF The Engineering and University Institute, rontiers of at Boulder, Colorado USA CO, Boulder,

40. 1 141. . Engineered Chelan 5 144. 146. 139. 142. 143. 145. . Engineered Chelan 5 - - - , . . - - , 1 2 - , L. 1 , G. , J. 1 - 2 - , s. Rodri s. , , S. Rao 1 1 , Y. Zhang Y. , 1 University of , J. Jeruss J. , University of 2 1 1 University of 1 ; Northwestern , D. Tolsma D. , 1 ; 2 1 , R. Cao 1 1 Immunomodulation via Delivery from Lentiviral Scaffolds Microporous Alters Metastatic Tumor in vivo Recruitment Cell Bushnell* G. Hartfield R. Oakes R. Shea Ann Arbor, Michigan, USA, MI, Alabama Tuscaloosa, USA AL, Tuscaloosa, Addition of The the Amniotic Membrane to Mineralized for Scaffolds Collagen Immunomodulatory M. Bone Regeneration Johnson, E. Dewey*, Harley; B. Slater, S. University of Illinois at Urbana-Champaign, USA IL, Urbana, radiation-Induced of Surface Transformation for Se Topography quential Modulation of PhenotypesMacrophage Healing Tissue to Match Xin, L. Zheng*, X. Process C. Ma, L. Yang, H. Luo, Y. Gao; Zhejiang University, China Hangzhou, Modular Complement as Defined Assemblies Active Immunothera M. Hainline*, pies K. Bernstein, Z. Madhira, Duke Collier; J. Wen, Y. NC, Durham, University, USA Alleviate to Cells Stem Body the Foreign Against Response Im planted Biomaterials Mohammadi* R. Kim guez Lakey CA, Irvine, California, USA, Evanston, University, USA IL, of M2-derived Signals Macrophage to Investigate Role Body in Foreign Witherel*, Response C. Han, L. Han, B. Sao, K. Spiller; K. Petrie, R. University, Drexel USA PA, Philadelphia, Nanomaterials for Monitoring Immuno therapy A. Response Nguyen, A. Kulkarni*, University Ramesh; A. of Massachusetts, USA MA, Amherst, Bicontinu Polymeric via ous Nanospheres Flash Nanoprecipita S. Bobbala*, tion S. E. Karabin, N. Allen, Northwestern Scott; Evanston, University, USA IL, Controlled Release Release Controlled Assembly ofVersatile Immunomodulatory Immunotheranostic

Near-Infrared-Ir 124. 125. 126. 127. Immunomodulatory 1 Yakima 128. 129. 130. 131. Yakima 1 Yakima Immunomodulatory WEDNESDAY, APRIL 3, 2019 2019 APRIL 3, WEDNESDAY,

- - , - - - - 1 - • , 1 , P. , P. 1 Lehigh Lehigh 1 , B. ; , W. De, W. 1 1,2 1 University , A. Behre A. , 1 1 ; 1 St. Luke’s Uni Luke’s St. , H. Busari H. , 2 1 Institute of Materials , H. Dailey H. , 2 2 Mechanical Comparison ofMechanical Comparison Double Network Hydrogel Substi Articular Cartilage Knee tutes and Natural Young*, C. Joint Cartilage Broughton; D. Vaughn, M. Anderson, Inc., Poly-Med, USA SC, and Metal Wear In vitro Analysis from Ions Release Niobium Titanium Knee Total Nitride Coated Arthroplasty Implants A. G. Baker, E. Shivaram*, Nambu; MicroPort S. Hines, Arling Orthopaedics Inc., USA TN, ton, Silk Fibroin-Reinforced Silk Fibroin-Reinforced for Resorbable Composites Fixation Load-Bearing Wei* Devices M. Heimbach CT, Storrs, of Connecticut, USA, USA CT, Strorrs, Science, Pro Scaffolds Nanofibrous duced by Electrospinning, Spinning and Rotary-Jet Airbrush for Orthopaedic P. Regeneration Tissue Moxley, J. Ghannadian*, Webster; Northeast T. Jr., MA, Boston, ern University, USA Multiscale Structure ofMultiscale Structure Bioactive Silver-doped Scaffolds Glass-Ceramic Mellott, N. Marsh*, A. X. Chamorro, Pajares N. Michigan Chatzistavrou; East University, State USA MI, Lansing, vivo Model for Polymeth ylmethacrylate Leakage During Vertebroplasty S. and Kyphoplasty J. Zawacki, Z. Boorman*, Schaer; T. Engiles, J. Slack, University of Pennsylva PA, Square, Kennett nia, USA Stimulation and Vitamins Enthesis to Promote Pearson*, J. Regeneration J. Sanchez, K. Gonzalez, G. Guda; University T. Ong, Antonio, at San ofTexas USA TX, San Antonio, 3D-Printed Scaffolds for Scaffolds 3D-Printed Interface Osteochondral Chow* L. Regeneration Camacho P. Seims K. Schwarzenberg Long Bethlehem, University, USA, PA, Network, versity Health USA PA, Bethlehem, Development of an in Dynamic in vitro Fabrication Fabrication and Spatially Organized

110. 111. Orthopaedic . Skagit 4/5 113. 114. 116. 109. 112. 115. Orthopaedic . Skagit 4/5 - - ; , 1 - - 1 - ; - - , 1 2 - , M. - 1,3 Imam , E. 2 1 - , H. Xu , C. 2 , K.D. , T. McIff T. , University 2 1,3 2 1 West China West ; University , V. Passos V. , 3 2 1 University of 1,2 1 ; , J. UNAGOLLA J. , 3 1 , M.A. Melo M.A. , 1,2 , L. Cheng L. , University of Mary 2 Ajou University, Ajou University, 3 , M. Weir M. , , K. Kilway K. , 1 , K.M. Park K.M. , , L. Rodrigues L. , 1 2 Federal University ofFederal 1 4 ; , H. Xu 2 3 1 University of Kansas University of Maryland School University Dental School and Incheon National Univer University of Toledo Medical University ofToledo Structure in Emulsion Structure for Fibers Electrospun Estrogen Agonist Receptor A. Johnson*, Release P. J. Lehtinen, J. Trofinoff, University ofRobinson; USA KS, Lawrence, Kansas, for as a Carrier Cement Funk* Rifampin G. Horn 1 Kansas Medical Center, USA, KS, City, of City, Missouri-Kansas USA MO, City, Kansas Tuning Hierarchal Pore Pore Hierarchal Tuning Novel Silorane-Based A

J. Rolim J. 1 MD, Baltimore, of Dentistry, USA, Brazil, Ceara, Fortaleza, Ceara, Brazil, Fortaleza, Sich School of Stomatology, China, Sichuan, uan University, 4 University College Hospital, Ireland, Cork, Wilton, Cork, Ireland Cork, teria in vitro and in vivo withteria in vitro Quaternary Ammonium-Bioac Materials M.A. tive Restorative Melo* Lynch Killing ofBac Caries-related Sealant with Nano-Amor Sealant Phosphate phous Calcium and Dimethylaminohexa decyl Methacrylate for M. Anticaries Response Ibrahim* Weir Maryland School of Dentistry, USA, MD, Baltimore, bin Faisal Abdulrahman Saudi Dammam, University, Arabia, USA MD, Baltimore, land, in Rats Bone Formation BMP-9 with Recombinant Injectable Mi Incorporated Composites croparticles-Gel GAIHRE* B. JAYASURIYA C. USA, OH, Toledo, of Toledo, 2 USA OH, Toledo, Center, as Phosphate Micro-Platelets Healthcare Next-Generation Site Biomaterials for Surgical in Infection (SSI) treatment S. Sikder*, Orthopaedics P. University ofThe Bhaduri; USA OH, Toledo, Toledo, ofGeometric Effects Open Mi Hollow Hydroxyapatite Influence Bone crospheres and Regeneration Repair Dawley Rats in Sprague M. Shen, Y. Huang*, Y.-W. Liu; Missouri Y. Rahaman, University of Science and USA MO, Rolla, Technology, Peroxi Horseradish Hydrogel dase-Catalyzed Osteogenic Accelerates ofDifferentiation Human Cells Mesenchymal Stem for Bone Regeneration P. Le* Park of Republic Korea, Suwon, 2 of Republic Incheon, sity, Korea Functionalizing a Dental Functionalizing Ectopic and Orthotopic Antibacterial Magnesium

95. 96. 97. Dental/Craniofacial . 2 Yakima 98. 99. 100. 101. Dental/Craniofacial . 2 Yakima 94. , - - - - , 1 - - 1 - - , , G. - , 1 1 1 , - - Rice 2 1 - , P. En , P. ; 2 1 , J. Hopf J. , ; 1 2 , J.-H. J.-H. , University Yonsei Yonsei , P. Helquist P. , 2 Food and Food 1 1 1 2 , Y.S. Kim Y.S. , ; ; , S.H. Park S.H. , 1 1 1 1 , J. Lam J. , William Marsh Purdue University, University, Purdue 1 3 , Y.-N. Youn Y.-N. , 2 2 , A. Mikos A. , 3 University of Notre Yonsei University Yonsei Nanocarrier based, Nanocarrier based, Combinatorial Precision Chemotherapeutics Against Meta Treatment for Recur static Cancer P. Survival, rence-Free Nallathamby* Waters M. Jo Davisson V. 1 IN, Dame, Notre Dame, USA, USA IN, Lafayette, West Label-Free, Magnetic Label-Free, Identification of Polymers Synthetic with Globular and Features Protein-Like N.S. Upadhya*, R. M. Kosuri, S. Murthy, Gormley; A. Tamasi, University, Rutgers USA NJ, Piscataway, Dibenzoazacy Friendly clooctyne Monomer Biocon for Two-Step Kosuri*; jugation S. University, Rutgers USA NJ, Piscataway, and Char Fabrication acterization of Silk Microneedle Fibroin Meshes for Perivas cular Drug Delivery Lee* J. Jang E.H. Kim W. Ryu ofUniversity College Seoul, Engineering, ofRepublic Korea, 2 ofCollege Medicine, of Republic Seoul, Korea Modeling and Drug Delivery of Gas from otransmitters Engineered Tissue Jour R. Scaffolds Rottman, S. dain, N. Washington*, K. Liao, Y. Abeyrathna, Bashur; Florida In C. stitute of Technology, USA FL, Melbourne, Click Func Modular, tionalized Hydrogels for Multilayered Engineering Tissue Guo* J. Xie V. gel Houston, University, USA, TX, Drug Administration, MD, Silver Spring, USA, Rice University, USA TX, Houston, Design of Reduc tively Responsive Amphiphilic Gel for Protein Capsules Delivery System H. Kawamura*, A. Miyata; T. Nakaura, University, Kansai Japan Suita, Galectin Assemblies Galectin Assemblies Modulate T Cell Fettis* M. Function Hudalla Gainesville, of Florida, USA FL, High Throughput High Throughput Polymerization A Diffusion-Based

Supramolecular Supramolecular

80. 81. 82. Nanomaterials . Skagit 3 83. 84. 85. 86. Skagit 3 Nanomaterials . 79. - - - - - , - , - , 2 - 2 , 1 - - 1 - , ; 1 - 1 , C. Drex 2 , 1 1 ; ; 1 1 CONCURRENT SESSION 2 (RAPID FIRE SESSIONS) Emory 2 , S. Safley S. , CONCURRENT SESSION 2 (RAPID FIRE SESSIONS) • WEDNESDAY, APRIL 3, 2019 • 3:15 PM – 4:45 CONCURRENT SESSION 2 (RAPID FIRE SESSIONS) • WEDNESDAY, 1 University , H.-L. Hsu H.-L. , , B. Serban B. , , S. Fung S. , 2 , A. Tomei A. , 1 University of , N. Priestley N. , 1 , A. Smits A. , 1 1 2 Chang Gung 1,2 Eindhoven , J. Kohn 1 Chang Gung 1,2 , O. Alcazar O. , 2 1 2 2 , K. Spiller K. , ; 2 2 , A. Stock A. , 1 Rutgers University, University, Rutgers University, Lehigh University of Miami, Coral Coral University of Miami, ty-Induced Immunogenic ity using Biocompatible Sugar Poly(orthoester) Maiti; Central S. Du*, W. Michigan University, USA MI, Mount Pleasant, Antibiotic tropic Delivery for Otitis Externa Systems Serban* M. Alverson J. Arrigali; E. Missou Montana - BMED, USA, MT, la, of Montana - Chemistry, USA MT, Missoula, Microtissues Islet-like Geometry with Toroidal for Enhanced Cellular D. Chen*, Y. Viability Wong, Y.X. Nguyen, Dang; Nanyang T. University, Technological Singapore Singapore, Mag Thermosensitive netic Liposomes for Dual Stimuli-Re Targeted sponsive Drug Delivery in Glioma Treatment Chen* J.-P. Y.-J. Lu Taoyuan, University, Taiwan, Memorial Hospital, Taiwan Toayuan, Cell Controlled Within Migration Cell E. Selective Hydrogels Pashuck* Joshi N. 1 USA, NJ, Piscataway, 2 USA PA, Bethlehem, Delivery ofLocal Epige netically Stimulating Peripheral Acid For Folic J. Nerve Regeneration Kim; Pennsyl G. Yang*, University, vania State USA PA, University Park, Based Cytokine Release Release Based Cytokine Con Temporally to System Behavior Macrophage trol Lurier* E. Bouten Philadelphia, el University, USA, PA, University of Technology, Netherlands Eindhoven, Mitigate Hydrophobici Single Application Thixo Design of an Affinity Design ofAffinity an Promising Immunoisola Promising for Beta Cell tion Strategies Conformal Replacement: Double Algi Versus Coating De T. nate Encapsulation Toni* Weber C. Buchwald P. 1 USA, FL, Gables, USA GA, Atlanta, University, Parallel Evaluation of Two ofTwo Evaluation Parallel

65. 66. QUESTION & ANSWER 67. Biomaterials . Skagit 2 68. 69. 70. 71. QUESTION & ANSWER Biomaterials . Skagit 2 64. 4:00 p . m 4:05 p . m 4:10 p . m 4:15 p . m Session title Room 4:20 p . m 4:25 p . m 4:30 p . m 4:35 p . m 4:40 p . m Session title Room 3:55 p . m

28 Society For Biomaterials 2019 Program - - - - - , - - - , S. 1 , C. 1 2 - , M. ; , Y. , Y. 1 2 3,4 , F. Verne F. , 2 Chemical and , K. Payne K. , 1 1 ; , N. Fletcher N. , JST-PRESTO, To JST-PRESTO, . . 1 Graduate School Graduate 4 3 CU Denver, Aurora, Aurora, CU Denver, 1,3,4 Materials Science and 1 3 ; 1 , M. Matsusaki M. , 1,2 Colorado School of Mines, School ofColorado Mines, 2 , F. Fontan F. , 1 , N. Miller N. , Mechanical Engineering, Uni Mechanical Engineering, 2 2 , S. Bryant S. , , S. Lalitha Sridhar S. , 1 , Z. Feuer Z. , 2,3 1 Osaka University, Osaka, Japan, Japan, Osaka, University, Osaka LTD, PRINTING CO. TOPPAN Biofrontiers Institute, University of Institute, Biofrontiers Growth Factor Sequestering Hy Factor Growth ofDesign and Evaluation a Apoptosis-Mediated Decellu for Microfibers Using Collagen aluronic Acid Hydrogel Promotes Promotes Acid Hydrogel aluronic by Human Network Formation S. Browne*, S. Cells Vascular University of Healy; K. Hossainy, CA, Berkeley, Berkeley, California USA C. Chitosan-based Dermal Filler Guerry; A. Leroux, E. Ceccaldi*, Lyon, Pharmaceuticals, Bioxis France for Lung Approaches larization Song*, Y.H. Engineering, Tissue Por S. Daramola, K. Visosevic, D. Schmidt; C. Maynes, M. vasnik, Gainesville, University of Florida, USA FL, ofVascular the Reconstruction a Suitable for Tissue Adipose ized Louis* F. Regeneration Breast Kitano S. 1 2 Japan, Tokyo, University, Osaka of Engineering, Japan, Osaka, Japan kyo, Controlling Heterogeneities in Heterogeneities Controlling of Rates Alginate-Chi Degradation Acid-based Hyaluronic Cryogel Hydrogel Membrane-Derived Cell Crosslinking Towards Improving Towards Crosslinking for Cartilage ECM Connectivity Maples* Engineering M. Tissue Chu rey University Biological Engineering, CO, Boulder, of Boulder, Colorado USA, Boul versity of Boulder, Colorado USA, CO, der, University of Engineering Program, USA, CO, Boulder, Boulder, Colorado 4 USA CO, Boulder, Boulder, Colorado Complexes tosan Polyelectrolyte Tissue Fate ofRepair Influence the Newsom* J. Injuries in Physeal Erickson Krebs Yu USA, CO, USA CO, Golden, Tissue for Cartilage Scaffolds S. Navare, K. Li*, Engineering B. Bajpayee; A. Bencherif, S. Mehta, Boston, University, Northeastern USA MA, Drexel Fan; Z. Cheng*, H. Scaffolds USA PA, Philadelphia, University,

154. 155. 156. 157. 3D Bioprinting . Chelan 2 158. 159. 160. 161. 3D Bioprinting . Chelan 2 - , 3:15 PM – 4:45 PM PM – 4:45 3:15 1 - , - - , -

Near-Infrared-Ir 124. 125. 126. 127. Immunomodulatory 1 Yakima 128. 129. 130. 131. Yakima 1 Yakima Immunomodulatory WEDNESDAY, APRIL 3, 2019 2019 APRIL 3, WEDNESDAY,

Supramolecular Supramolecular

2019.biomaterials.org 29 2019 Program

Society For Biomaterials Nanomaterials SIG Stimuli-Responsive Biomaterials and Targeted SIG and Cells at Interfaces Protein Orthopaedic Biomaterials SIG 2 Guided Tissue Regeneration Panel Discussion: How to Translate your Research into your Research Panel Discussion: How to Translate Successful Biomaterials Therapies Multifunctional Biomaterials: Recent Developments and Directions Future Engineering Reproduction Tissue Engineering SIG Panel Discussion: Regulatory Translational Science Focused Science Focused Panel Discussion: Regulatory Translational Challenges for Surface Modification on Commercialization and their Characterization: SIG-SQUARED Immunomodulatory Biomaterials Next-Gen Tissue Clinical Applications Adhesives and Biomaterial-Tissue SIG Interaction SIG Engineering Cells and Their Microenvironments • • • • • • • • • • • • • •

12:30 PM – 1:30 PM | LUNCH ON OWN 3:45 PM – 4:15 PM | BREAK IN EXHIBIT HALL 3:45 PM – 4:15 PM | BREAK IN EXHIBIT 1:45 PM – 3:45 PM | CONCURRENT SESSION 4 1:45 PM – 3:45 PM | CONCURRENT 4:15 PM – 6:15 PM | CONCURRENT SESSION 5 4:15 PM – 6:15 PM | CONCURRENT 10:30 AM – 12:30 PM | CONCURRENT SESSION 3 10:30 AM – 12:30 PM | CONCURRENT SOCIETY FOR BIOMATERIALS FOR SOCIETY 6:30 PM – 8:00 PM | POSTER & EXHIBIT RECEPTION 10:00 AM – 10:30 AM | BREAK IN THE EXHIBIT HALL 10:00 AM – 10:30 12:30 PM – 1:30 PM | WOMEN’S NETWORKING LUNCH 12:30 PM – 1:30 PM | WOMEN’S NETWORKING 7:00 AM – 7:45 AM | SPECIAL INTEREST GROUP MEETINGS 7:00 AM – 7:45 AM 8:00 AM – 10:00 AM | PLENARY SESSION I – CLEMSON AWARDS SESSION I – | PLENARY 8:00 AM – 10:00 AM THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE Thought Leader: Allan Hoffman – Part 1 Thought Leader: Allan Hoffman Biomaterials Bench-to-Bedside: Translating From *BTI* 2 Research Regeneration Biomaterials for Cardiovascular • • • Cardiovascular Biomaterials SIG Cardiovascular Thought Leader: Allan Hoffman – Part 2 Thought Leader: Allan Hoffman Drug Delivery SIG Panel Discussion: Recent Developments in ISO 10993 and for Biocompatibility Testing Series of Standards Evaluation Next-Generation Biomaterials for Treatment of Next-Generation Biomaterials for Treatment 1 Diabetes Type Dental/Craniofacial Biomaterials SIG and Antibiofilm Recent Advances in Antimicrobial Materials1 • • • • • • • IBITION

XH E OPEN REGISTRATION PM 6:30 – AM 7:00 & G N I

9 2 1 0

9:00 pm 8:00 pm 7:00 pm 6:00 pm 5:00 pm 4:00 pm 3:00 pm 2:00 pm 1:00 pm 12:00 pm 11:00 am 10:00 am 9:00 am 8:00 am 7:00 am THURSDAY, APRIL 4, 2019 4, APRIL THURSDAY,

WEDNESDAY, APRIL 3, 2019 THURSDAY, APRIL 4, 2019 FRIDAY, APRIL 5, 2019 SATURDAY, APRIL 6, 2019 30 2019.biomaterials.org Yakima 2 Yakima 1 Skagit 2 Skagit 4/5 10:30 am–12:30pm Tahoma Level 10:00 am–10:30 Hall 4F 8:00 am–10:00 Yakima 2 Chelan 4 Yakima 1 Chelan 5 Skagit 3 Chelan 2 Skagit 2 7:00 am–7:45 Yakima LevelLobby 7:00 am–6:30pm THURSDAY, APRIL4,2019 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA

From Bench-to-Bedside:Translating BiomaterialsResearch *BTI*2 Surface CharacterizationandModificationSIGMeeting Drug DeliverySIGMeeting vascular grafts,valves, cardiac patches,and stemcelltherapeutics. cardiovascular tissueengineering thathaveshownprogress intoclinicaltranslation.Topics ofinterest include biomaterials, injectable hydrogels, strategies ofvascularizationengineered constructs,and advancesin tissues, andefficacy inpreclinical models. Inthissession,wewillcovertopics rangingfrom emerging of synthetictissues,renewable cellsources, biomaterialsthathavesimilarfeatures tothenativecardiovascular Biomaterials forCardiovascular Regeneration presentation thatwillprovide anoverviewofthephysiolocalbarrierstosuchtherapies. emphasis willbeplacedontheemerging fieldofIntracochlearDrugandCellDeliveryincluding aninvited technologies togivetheaudienceperspectiveondevelopment process through specificexamples.Special vivo modelsforOrthopaedicbiomaterialstudies. grafts andsubstitutes,biomimeticscaffolds, drugdelivery, advancedinterfacialtissuerepair, andinvitro andin “Uptake andfunctionofmembrane-destabilizingcationicnanogelsforintracellulardrugdelivery” thermosensitive hydrogel (Regel(r)) forcancertherapy” for Cell-BasedTherapeutics” Invited Speakers: Moderators: Concurrent Session3 Iowa StateUniversity Balaji Narasimhan,PhD University ofFlorida Christine Schmidt,PhD University ofKansas Paulette Spencer, DDS,PhD Thought Leader: Orthopaedic BiomaterialsSIG2 Biomaterials EducationSIGMeeting Biomaterials &MedicalProducts Commercialization SIGMeeting Clemson Award forBasicResearch Nanomaterials SIGMeeting Dental/Craniofacial BiomaterialsSIGMeeting Biomaterial TissueInteractionSIGMeeting To develop newtreatment strategiesforcardiovascular diseases,some ofthechallengesincludevascularization Moderators: Contributing SIG: The sessionwillprovide apodiumforindustryresearchers developinginnovativebiomaterials-based Moderators: Invited Speaker: Advances inOrthopaedicbiomaterialstherecent yearswillbepresented. Topics willincludebioglasses,bone Moderators: Invited Speaker: Nicholas APeppas,ScD*,JuliaFVela Ramirez, PhD,andAaliyahShodeine,UniversityofTexas atAustin, “Localdeliveryofpaclitaxelandsignal transduction inhibitorsby Glen Kwon,PhD,UniversityofWisconsin, Omid Veiseh, PhD*,DanielG.Anderson,PhD,andRobertLanger, PhD,MIT, “ImmunomodulatoryBiomaterials Allan Hoffman, PhD,UniversityofWashington, “TheEarlyDaysofSmartBiomaterials” Break intheExhibitHall Clemson Award forContributionstotheLiterature Clemson Award forAppliedResearch Plenary SessionI–ClemsonAwards Special Interest Group Meetings Registration Open BuddyD.Ratner, PhDandDavidG.Castner, PhD Amber Jennings,PhDandTolou Shokuhfar, PhD Ngan Huang,PhD,JianjunGuan, PhD,RamiTzafriri,PhDandGuldenCamci-Unal, Ling, PhD Rami Tzafriri,PhDandVincent Vincent Ling,PhD,TakedaVincent Peter Yang, PhD,Stanford University Allan Hoffman, PhD–Part1 Cardiovascular Biomaterials

31 THURSDAY, APRIL 4, 2019 2019 Program Society For Biomaterials SOCIETY FOR BIOMATERIALS FOR SOCIETY Drug Delivery, Tissue Cells & Immune Engineering, Engineering Engineering, Nanomaterials, Drug Delivery, Biomaterials and Medical Products Commercialization, Biomaterials-Tissue Commercialization, Interaction, Biomaterials and Medical Products Dental/Cranofacial Kate Clancy, PhD, University of Illinois Kate Clancy, Lee, PhD, Dexcom, Inc. Ted Robert Horowitz, DDS Robert Horowitz, Elizabeth Cosgriff-Hernandez, PhD Elizabeth Cosgriff-Hernandez, Edward Phelps, PhD and Andrés García, PhD Phelps, PhD and Andrés García, Edward Joel Bumgardner, PhD and Sachin Mamidwar, PhD PhD and Sachin Mamidwar, Joel Bumgardner, Stephen Florczyk, PhD and Elizabeth Brisbois, PhD Stephen Florczyk, Anita Shukla, PhD and Danielle Benoit, PhD Anita Shukla, PhD and Huinan Liu, PhD and Tolou Shokuhfar, PhD Shokuhfar, PhD and Tolou Huinan Liu, THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE Contributing SIG: Invited Speaker: Moderators: destroyed. are beta cells of the pancreas 1 diabetes is an autoimmune disease in which the insulin-producing Type Lunch on own Networking Lunch Women’s Invited Speaker: Session Chair: Contributing SIG: Invited Speaker: Moderators: widely used in dental/craniofacial repair/ strategies are GBR/GTR, Guided bone/guided tissue regeneration, Contributing SIGs: Moderators: Moderators: interactions with natural and session is to advance the understanding of cell and protein The goal of this broad The nanoscience and nanotechnology of biomaterials involves the unique science and technology present in unique science and technology present nanotechnology of biomaterials involves the The nanoscience and Guided Tissue Regeneration Protein and Cells at Interfaces SIG Protein Moderators: Inclusion Practices in STEM – Preventing Sexual Harassment Inclusion Practices in STEM – Preventing Next-Generation Biomaterials for Treatment of Type 1 Diabetes of Type Next-Generation Biomaterials for Treatment Targeted and Stimuli-Responsive Biomaterials and Targeted This symposium will focus on translational biomaterials technologies for type 1 diabetes to improve survival, function, to improve This symposium will focus on translational biomaterials technologies for type 1 diabetes of care. diabetes monitoring and standards cells or to improve and/or delivery of insulin-producing Join Kate Clancy in a brief talk and roundtable exercises designed to help you 1) develop a strong sense of the values sense of the values to help you 1) develop a strong designed exercises Join Kate Clancy in a brief talk and roundtable an practices in your lab, and 3) create 2) leverage those values into inclusion you hold as a scientist and engineer, harassment. from free environment The Biomaterials Education Challenge Session 4 Concurrent Immune Engineering, Tissue Engineering Engineering Cells and Their Microenvironments, reconstruction to enhance bone healing/formation for implant therapies. GBR/GTR membranes work primarily by to enhance bone healing/formation for implant reconstruction membranes bone grafted sites. While current regenerating invasion of soft tissue into acting as a barrier to prevent adjunctive bioactive activities providing new and developing membranes are act primarily in a passive manner, infection. Because of the success of GBR/GTR membranes in dental/ to stimulate healing, bone formation and or and in defects, neuro-regeneration, Orthopaedic for use in large being explored craniofacial applications, they are an overview of the clinical use and performance of GBR/GTR strategies. Session will provide other soft tissue repair on advances in GBR/GTR membrane strategies in tissue as well as focus membranes in dental/craniofacial repair healing and regeneration. will focus on the development and application of these targeted and/or stimuli-responsive biomaterials including, but biomaterials and/or stimuli-responsive of these targeted will focus on the development and application disease, autoimmune diseases, etc. infection, cardiovascular not limited to, cancer therapy and diagnostics, mechanistic interactions with existing biomaterials and the to the synthetic biomaterials. Recent advances related of interest encouraged. Topics and cells are by proteins responses targeted design of new materials to produce adsorption or specific binding; 2) studying the surface chemistry to protein not limited to: 1) relating include, but are of cells including complement activation; 3) the response function at interfaces, activation or inactivation of protein surfaces; 4) the evaluation or nano-structured and micro- properties to materials with varied chemistries, mechanical of surface to changes in function or fate; and 5) the role to biomaterials with respect of cell and tissue responses cell types. including mammalian and microbial in cell responses, receptors IBITION SIG Nanomaterials of new the creation nanobiomaterials present Such biological effects. and their related biomaterials at the nanoscale and therapeutics for biomedical applications. and devices, diagnostics and better biomaterials and Modification Surface Characterization Their Microenvironments, treat delivery systems, can be used to effectively biomaterials, or “smart” drug and stimuli-responsive Targeted avoiding while to act rapidly and effectively, These materials have the potential a variety of medical conditions. a change in these materials include pH, toxicity). Common stimuli used to trigger (e.g., off-site various complications potential, and light. This session redox mechanical microenvironment, chemical and/or ionic strength, temperature, XH E

G N I

9 2 1 0

Supported by a grant from Supported by a grant

1:45 pm – 3:45 pm Skagit 3 Tahoma Level Tahoma

12:30 pm – 1:30 pm Hall 4F 12:30 pm – 1:30 pm

Chelan 2

Chelan 4

Skagit 3 Chelan 5 10:30 am – 12:30 pm 10:30 am –

THURSDAY, APRIL 4, 2019 32 2019.biomaterials.org Yakima 1 Chelan 5 Yakima 2 Skagit 2 Skagit 4/5 1:45 pm–3:45 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Sponsored byagrant from Co-sponsored by

Moderators:

Next-Gen TissueAdhesivesandClinicalApplications Panel Discussion:RegulatoryTranslational ScienceFocusedonCommercialization ChallengesforSurface biomaterials experts,companies, and clinicianstopresent thelatestinnovations andchallengesthatremain. This sessionisintendedtoclosethe gapbyengagingresearchers inmultiplesectors-includingchemistsand remains critical andthere existsawidegapbetween whatacademiclabsare producing andwhatcliniciansneed. affix medicaldevicesonandinthe body. Whilethere are multipletypesofadhesives underdevelopment,theneed scaffolds, cell-basedtherapiesetc.Severalcuttingedgeimmuneengineeringplatformswillbeincluded. the sessionwillcovertopicsrangingfrom biomaterialsfordeliveryofimmunomodulators andimagingagents, in real-time? Thesessionwillfocusonengineered biomaterialsfortherapeuticimmunemodulation.Specifically, system whileavoidingtoxicities?Howcanwelocallyactivetheimmune response? Canwetracktheimmunecells to beexplored. Forexample,canwedesignbiomaterialsforprecise modulation/educationoftheimmune such asinflammatorydisorders, autoimmunediseases,etc.However, severalfrontiers in immunotherapy remain immunotherapy holdsthepromise ofacure forcancer, andispoisedtoexpandintoothertherapeutic areas, Contributing SIG: can bedifferent from thescienceofbiomaterialsresearch. a surface(suchasnano-texturingordrugcoatings)tocommercial use.We willexaminehowRegulatoryScience inform abroad audienceonthedemands ofregulatory translational sciencewhendevelopingamodificationto combining perspectiveswiththeBiomaterialsandMedicalDevicesCommercialization SIG,thesessioncan surface modifiedproducts. Although thistopicisfocusedontheSurfaceModificationandCharacterization assessment ofthesafety, effectiveness, quality, toxicity, publichealthimpact,andperformanceofFDA-regulated Nathan Lockwood,PhD,Surmodics,Inc.andEdMargerrison, PhD,OSEL,CDRH,FDA Commercialization Groups Modification andtheir Characterization:SIG-SQUARED of antimicrobial surfaces,devicecoatings, nano-andmicro-particle drugcarriers, hydrogels, etc. Strategies discussedmayrangefrom synthesisofnewantimicrobial molecules andmacromolecules tofabrication academia indevelopingmaterialsforthetreatment ofbacterial,fungal,viral,biofilmandpolymicrobial infections. evading traditionalantimicrobial therapies.Thissessionwillfocusonrecent advancesspanningindustryand can formonarangeofmedicaldevicesandbiologicalsurfacesexhibitsophisticateddefensemechanisms, complicate treatment andleadtochronic infections.Thesethree-dimensional, surfaceattachedmicrobial structures antimicrobial therapeuticsincrease thedifficultyoftreating theseinfections.Microbial biofilmscanalsoseverely Interactions Tissue Engineering;Biomaterials-Tissue Characterization andModification; 3D printingtechnology. inorganic, organic, andcompositenanomaterials,controlled drugdeliverystrategies,surface modification,and engineering approaches. Recentadvancesindentalbiomaterialtechnologiesincludeadvancedbio-inspired dental/craniofacial tissuestructures, restore theirfunctions,and/orregenerate thesetissuesusingtissue biomaterials rangingfrom synthetictobiologicalorigins.Thesebio-inspired materialsare designedtorepair The Dental/CraniofacialMaterialsSIGsessionfocusesonthebasic,applied,andclinicalresearch ofinnovative Recent AdvancesinAntimicrobial andAntimicrobial andAntibiofilmMaterials1 Immunomodulatory Biomaterials There isanurgent needfortissueadhesives thatcanprovide convenientand simple methodstosealwoundsand Moderators: Invited Speaker: Therapeutic modulationoftheimmunesystemisemerging paradigminmedicine. Forexample, Moderators: This sessionwillilluminatethetools,standards, andapproaches toSurfaceCharacterizationleadingthe Moderators: Invited Speakers: Contributing SIG: Microbial infectionsare amongtheleadingcausesofdeathworldwide.Drugresistance andlackofnew Moderators: Invited Speaker: Contributing SIGs: Dental/Craniofacial BiomaterialsSIG Ashish Kulkarni,PhDandEricDreaden, PhD Elaine Duncan,PhDandGuigenZhang, Anita Shukla,PhDandBingyunLi, Kurt Kasper, PhDandXiaohuaLiu, Yuhan Lee,PhD,NitinJoshi,PhDandJeffrey Karp,PhD Vincent Rotello,PhD,UniversityofMassachusetts,Amherst Vincent Anthony Weiss, PhD,UniversityofSydney Buddy Ratner, PhD,UniversityofWashington, JohnHoekman,PhD,ImpelNeuroPharma, Immune Engineering Surface ModificationandCharacterizationBiomaterialsMedicalProducts Drug Delivery;Nanomaterials;OphthalmicBiomaterials;OrthopaedicSurface

33 THURSDAY, APRIL 4, 2019 2019 Program Society For Biomaterials SOCIETY FOR BIOMATERIALS FOR SOCIETY Deanna Porter, Abbott, Kent Grove, Abbott, Don Pohl, NAMSA and Cindy Dingee, WuXi AppTec Abbott, Don Pohl, NAMSA and Cindy Dingee, WuXi Abbott, Kent Grove, Deanna Porter,

Allan Hoffman, PhD – Part 2 Allan Hoffman, Shad Thaxton, MD, PhD, Northwestern University Noelle Comolli, PhD and Craig Duvall, PhD Antonio Merolli, PhD and Thomas Dziubla, PhD PhD and Antonio Merolli, PhD PhD and Janeta Zoldan, Wood, PhD, Scott T. Ashley Brown, Gopinath Mani, PhD and Shaunak Pandya, PhD Allan Hoffman, PhD and Thomas Horbett, PhD Allan Hoffman, THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE Moderators: especially developments in biocompatibility testing for medical devices, This session will focus on the recent Masaru Tanaka, PhD, Kyushu University, “Design of soft-biomaterials based on the interfacial water structure for water structure “Design of soft-biomaterials based on the interfacial PhD, Kyushu University, Masaru Tanaka, Medical Devices” Polymers for Cardiovascular “Phosphorylcholine-Based Kazuhiko Ishihara, PhD, University of Tokyo, Invited Speaker: Moderators: of therapeutic development, areas The Drug Delivery SIG session will consider abstracts that fall with the broad Invited Speakers: Kazunori Kataoka, PhD, University of Tokyo, “Self-assembled supramolecular smart (SSS) nanosystems for targeted for targeted “Self-assembled supramolecular smart (SSS) nanosystems Kazunori Kataoka, PhD, University of Tokyo, Biomaterials for Theranostic Applications” “Smart Photonic Sei Kwang Hahn, PhD, (POSTECH-Korea), Moderators: to alter cell focuses on approaches Group Special Interest & Their Microenvironments The Engineering Cells in Exhibit Hall Break The Biomaterial-Tissue Interaction SIG session will consider abstracts that investigate, in vitro and in vivo, the effects The Biomaterial-Tissue in vivo, the effects and consider abstracts that investigate, in vitro Interaction SIG session will Moderators: Moderators: SIG Their Microenvironments Engineering Cells and including extractables and leachables. The speakers will also talk about biocompatibility regulations and guidance regulations including extractables and leachables. The speakers will also talk about biocompatibility for Class I to Class III and CFDA) (FDA, ISO, MHLW, requirements in compliance with applicable global regulatory biomedical scientists, students and faculties, to Industry members, interest devices. This session would be of great professionals. and regulatory films, microparticles, nanoparticles, environmentally responsive materials, and other types of biomaterial assemblies nanoparticles, environmentally films, microparticles, all also welcomed drug combinations, and drug/cell combinations are Studies testing drug targeting, all invited. are medicine/tissue not limited to regenerative include but are of interest to submit. Drug delivery application areas infection, and microbial stents and other devices, cancer, engineering, cell and tissue transplant, cardiovascular autoimmune diseases. and for Biocompatibility Testing Panel Discussion: Recent Developments in ISO 10993 Series of Standards Evaluation Contributing SIG: Surface Characterization and Modification guidance document on the use and the FDA’s on ISO 10993 series of standards revisions/updates on the recent in the field of biocompatibility testing will be leading experts The industry speakers who are of such standards. for biocompatibility invited to participate in this session to talk about the history of ISO 10993-1, risk management and chemical assessments evaluations, general biocompatibility testing considerations, test-specific considerations, Invited Speakers: Therapeutics” “Intracellular Delivery of Macromolecular Patrick Stayton, PhD, University of Washington, therapy of intractable diseases” advanced medical devices” Drug Delivery SIG medical devices, tissue engineering scaffolds/hydrogels, formulation, and application testing. Drug delivery from detection and diagnosis. These biomaterial-based approaches can also be utilized to direct cellular responses (e.g., cellular responses can also be utilized to direct approaches detection and diagnosis. These biomaterial-based growth without the addition of external matrix production) motility, morphological regulation, differentiation, proliferation, and in vivo in vitro and facilitating improved side-effects mitigating potential factors, chemicals, or drugs, thereby of specific applications a variety translation of these techniques toward cellular outcomes. This session will focus on medicine to therapeutics disease models and regenerative but not limited to, tissue engineering for dynamic ranging from, specific physicochemical Studies that develop biomimetic materials which provide of stem cell differentiation. and direction will also be highlighted. cellular response to achieve a desired stiffness) cues (e.g., composition, topography, Session 5 Concurrent Thought Leader: Moderators: IBITION Interaction SIG Biomaterial-Tissue These process. and physiological cellular, or modifications on molecular, characteristics of biomaterial properties, in tissues after biological molecules present interactions between biomaterials and events initiate with specific such as cell attachment, cellular processes and activation of followed by cell recognition biomaterial implantation, of the Understanding these events is the purpose necrosis. and differentiation, activation, polarization, proliferation, Biomaterial-Tissue Group. Interaction (BTI) Special Interest cell cell signaling to enable stem biomaterial-induced can be used to control These approaches microenvironments. biomaterials for cell-based as well as for the development of immunoengineering, manufacturing and differentiation, XH E & G N I

9 2 1 0

Yakima 2 Yakima

Skagit 2

Skagit 4/5 Tahoma Level Tahoma 4:15 pm – 6:15 pm 3:45 pm – 4:15 pm Chelan 2 Chelan 4 1:45 pm – 3:45 pm 1:45 pm –

THURSDAY, APRIL 4, 2019 34 2019.biomaterials.org Tahoma Level 6:30 pm–8:00 Chelan 4 Chelan 2 Chelan 5 Skagit 3 Yakima 1 4:15 pm–6:15 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA

Moderators:

advanced biofabricationtechniques towards thedevelopment ofsophisticatedtoolkitsfortissueengineers. composition. Thissessionwillhighlight recent trends innovelbiomaterialsandscaffold developmentand models, singlecell-levelpresentation ofmicroenvironmental cues,andmolecular-level control ofbiomaterial in controlled release andspatialpresentation ofbiomolecules,organ integration,production of tissue electrospinning, microfluidics, light-basedpatterning,anddirected assembly, toenablenotableprogress field. To achievethis,adiverserangeofnoveltechnologieshavebeenleveraged,including3Dbioprinting, control cellbehaviorovermultiplelengthscalesandprecisely guidetissueregeneration haveadvancedthe of novelbiomaterialsandthree-dimensional scaffold fabricationmethods.Efforts toengineercellniches “tissue/organ” levelforuseinbothresearch andtheclinic,with broader applicationsinotherfields. with afocusonbiomaterialsandmicrofluidic approaches thatpermitthegenerationoffunctionalconstructsat focus onrecent workdescribingnewengineeringmethodsandapplicationsinreproductive scienceandmedicine, efficient screening ofnewpharmacologicagentsforefficacyand reproductive toxicity. Inthissymposium,wewill in vitro modelingofhomeostasis,development,disease,pregnancy, andaging.Theyare also beingusedfor advanced manufacturing.Theseengineered reproductive tissuesandculture systemsare enablingmore physiologic emerging from workbeingdoneattheinterfaceofreproductive biology, materialsscience,bioengineering,and treatment, ordisease.Engineered reproductive tissuesthatrestore andsupportnormalorgan functionare now reproductive orendocrinefailure forvariousreasons, suchasgeneticpredisposition, age,iatrogenic effects of Moderators: studies. Mixedpresentations from theU.S.,Canada,Europe, andothercountriesare expected. functions andthemethodstocreate suchbiomaterialswillbereported along withthechallengesandtranslational and soon.Inthissymposium,therecent developmentsandbreakthroughs ofbiomaterialswithmultiplebiological to developmultifunctionalbiomaterialsincluding3Dprinting,electrospinning, self-assembly, photolithography, delivery, andtreatment ofcancer, tumor, cardiovascular disease,infection).Various approaches havebeenstudied light, temperature), and/orplaymultiplebiologicalroles inasingleapplication (e.g.tissueengineering,drug Interaction, Nanomaterials,DrugDelivery, Engineering Tissue Multifunctional Biomaterials:RecentDevelopmentsand Future Directions breakthroughs intotheclinic. regulatory commissions,biotechstartupfounders,andindustrypersonnelwhohavesuccessfullybrought medical patenting, andbeinganentrepreneur topushyourtechnologyforward. Speakerswillincludemembersof this sessionwillexplaintheoptionsforpursuingcommercialization andthebalancebetweenpublishing, be accomplishedandwhatstepsshouldtakennowasastudent.Foracademicinvestigatorsprofessors, Also, ifyouwanttocontinuealongthesamepathandworkpost-graduation,ourpanelwilldiscusshowthiscan your optionsfortranslatingworkfrom benchtoptobedsidewhileconsideringtheneedpublishfindings. Do youwanttoseepatientsactuallybenefitfrom this research? Thispanelof researchers andexpertswillexplain cardiovascular biomaterialapplicationsacross thisentire spectrum. for tissueregeneration. Thesessionwillprovide aforumforresearch onthedevelopmentandassessmentof Cardiovascular BiomaterialsSIG Panel Discussion:HowtoTranslate yourResearch intoSuccessfulBiomaterialsTherapies Tissue EngineeringSIG Engineering Reproduction Poster &ExhibitReception The fieldoftissueengineeringhasmadesignificant progress inthelasttwodecadesthrough thedevelopment Moderators: As afield,biomedicalengineeringcontinuestochangethelandscapeofoptionsavailableindividualsfacing Invited Speaker: There are increasing demandsforbiomaterialsthatare responsive tolocalstimuli(e.g.changeinpH,ionicstrength, Moderators: Contributing SIGs: Feel likeyou’veworkedreally hard onyourresearch anddonotwanttoseeitsimplypublishedforgotten? Moderators: Panelists: Contributing SIG: Cardiovascular therapiesharnessbiomaterials foroptimizingbiocompatibility, releasing drugsandasscaffolds MatthewDavenport,PhD,EmilyEnglish,DanielHarrington,PhDandJoachimKohn, EmmaGargus andHunterRogers Bingyun Li,PhDandMalcolmXing, James Shamul,MichaelaMcCraryandMaggieFettis Rami Tzafriri,PhDandMazenAlbaghdadi, Ambika Bajpayee,PhD,LesleyChow, PhDand Yi Hong,PhD John Fisher, PhD,UniversityofMaryland Biomaterials andMedicalProducts Commercialization Orthopaedic Biomaterials, Surface Characterization and Modification, Biomaterials-Tissue Orthopaedic Biomaterials,SurfaceCharacterizationandModification,Biomaterials-Tissue

35 THURSDAY, APRIL 4, 2019 , , 1 - 2 ------Uni , , 3 2 - North 1 1 - , J. , R. 1 ; 1 1 University 1 , R. ; 1 1,2 University of , R. Frayman R. , 1 1 , H. Su University of ; 2 Northwestern 2 1 1 , S. Satchell S. , , A. West A. , ; 2 -caprolactone) -caprolactone) , M. King M. , Northwestern Uni University of Bristol, 1,2 2 2 3 ε 1,4 Elastin-like Poly Elastin-like peptide-Collagen for Bone Composites Engineering Tissue A. Nguyen, Q. Pal*, P. University Janorkar; of Medical Mississippi MS, Jackson, Center, USA Wake Forest University, University, Forest Wake University of Illinois at Guided Tissue Guided Tissue Regen Au Barriers - eration Allogenous, togenous, Alloplastic Materials for Enhancement of and Soft Hard Oral Regeneration, Tissue DDS Horowitz, Robert Invited Speaker: Invited Speaker: Poly(Ethylene Gly Poly(Ethylene Chitosan Electrospun col)-Crosslinked Gelatin col)-Crosslinked with Substrates Hydrogel Bioactive Conjugated as a Basement Peptides Mimic forMembrane Culture Endothelial Cell Su* J. Wertheim J. Shah IL, Evanston, University, USA, School versity Feinberg IL, Chicago, of Medicine, USA, United Kingdom, Bristol, 4 USA IL, Chicago, Chicago, Membranes for BoneMembranes An in vivo – Regeneration Calvarial in a Rat Study Critical Sized Defect F. Delbuque Guerra* Ghadri N. Poly( Scaffolds Knitted Auxetic offor Regeneration Skeletal Craniofacial Deshpande* Muscle M. Network Ultra-dynamic and Statically-tethered Ligands Enhance Mechanosensing-De pendent Activities of Encapsulated Stem Yang, B. Bian*, L. Cells The Wei; Chinese K. University of Hong Hong Kong, Kong, Hong Kong Distinct Arteri Promote al-venous Specification of Endothelial Progen Tissue-en for itor Cells B. Vasculature gineered Mahadik* Fisher J. Park, College Maryland, USA, MD, Park, College 2 USA NC, Winston-Salem, Bumgardner Memphis, of Memphis, USA, TN, Science Health Tennessee USA TN, Memphis, Center, Katz L. Shah University, State Carolina USA, NC, Raleigh, versity of North Carolina Chapel at Chapel Hill, USA NC, Hill, Evaluation ofEvaluation to System 3D Hydrogel Drug-loaded Hydrogels with

236. 231. 232. Guided Tissue . Chelan 2 233. 234. 235. Guided Tissue Regeneration Joel Bumgardner and Sachin Mamidwar Chelan 2 229. ------, - ; , Y. , Y. - - - 2 1 , D. , D. 1,2 3 , D. , D. 1 , T. Xi, T. 2 , C. Liu C. , BioFrontiers BioFrontiers 2 2 University of 1 ; , B. Aguado B. , Southeast Uni Southeast 1,2 1 1,2 ; 4 , Y. Hong Y. , 1 , Y. Yuan , Y. 1 Guangzhou University, Guangzhou University, East China University Nanjing Drum Tower Nanjing Drum Tower Shenzhen Research ofR&D Center Lifetech Cyclodextrin Polymer Polymer Cyclodextrin Protein Resist Coatings Adsorption and Mam malian Adhesion Cell E. Learn*, G. in vitro von Recum; H. Lai, Reserve Western Case Cleveland, University, USA OH, Bioactivity of Bone Mor phogenetic Protein-2 on Strontium-substi tuted Hydroxyapatite Huang* Surfaces B. Lou 1 China, Guangzhou, 2 Technol of Science and China Shanghai, ogy, lecular Single Chain Nanogel-based Integrin Regulates Ligand Tether Mechanosensing of CHEN*, X. Cells Stem L. Wei, K. Wang, D.S. Chinese Uni The Bian; versity of Hong Kong, Hong Kong Shatin, ofScreening Random that Heteropolymers Enzymes S. Stabilize Tamasi, M. kosuri*, Gormley; Rutgers A. Piscataway, University, USA NJ, Serum Concentrations Wick Motility in on Cell K. Systems ing Fiber Marti; R. Ng, T. Burg*, University of Georgia, USA GA, Athens, Molecular Mecha The nism of Mediation of Adsorbed Serum Proteins to Endothelial Cells on Adhesion and Growth Lü* Biomaterials X. Yang Zhang China, Nanjing, versity, 2 China, Nanjing, Hospital, 3 Universi Peking Institute, China, Shenzhen, ty, 4 Co., Scientific (Shenzhen) China Shenzhen, Ltd, Adsorption Behavior of Adhesive Mussel (Mefp-5) on Protein Biomaterial Different Wei*; Na Surfaces Y. University tional Taipei Taipei, of Technology, Taiwan Adsorption and Unfoldable Supramo High Throughput ofVarying Effect The Related Structures Macrophages Reduce Macrophages Interstitial Cell Valvular Activation Myofibroblast Grim* J. Anseth K. Boul Colorado-Boulder, USA, CO, der, USA CO, Boulder, Institute, Secreted Factors from Factors Secreted

228. 222. 223. 224. and Cells . Protein Chelan 4 225. 226. 227. Protein and Cells at Protein Interfaces SIG and Stephen Florczyk Elizabeth Brisbois Chelan 4 221. ------, Y. , Y. - 2 - Washington Washington The Ohio The 1 2 , H. Niu H. , ; 1 1 , N. Gao N. , 1 , J. Guan J. , 1 Biological Character ization of Intelligent Nanogels Synthesized by Inverse Emulsion Clegg*, J. Polymerization A. Ander, E. Sun, J. Peppas; N. Venkataraman, at Texas University ofThe USA TX, Austin, Austin, Photo-Crosslinking ofPhoto-Crosslinking Protein Recombinant via Incorporation Vesicles of Amino Acids Unnatural Institute of Li*; Georgia Y. GA, Atlanta, Technology, USA tegrated Hydrogels for Hydrogels tegrated Delayed and Triggered M. Deliveries S.Z. E. Reisch, A. Madani*, S. Bothun, G. Hughes, University of Kennedy; Kingston, Rhode Island, USA RI, Magnetic Nanostruc Bicontinuous ture-loaded for Mag Nanospheres Imaging netic Resonance and Drug Delivery M. Nandwana, V. Modak*, Scott; E. Dravid, V. Northwestern University, USA IL, Evanston, ‘Smart’ for the Hydrogel and Radiosensitization Sustained Delivery of Triggered Therapeutics Irradiation by X-Ray D. Hsu, J. Bouch e *, M. University ofCormode; Philadel Pennsylvania, USA PA, phia, metrium Regeneration metrium Regeneration and by the Recruitment of En Selective Capture dogenous Mesenchymal X. Ma*, L. Cells Stem C. Xin, L. Wang, X. Zheng, Gao; Zhejiang University, China Hangzhou, ery ofAnti-Inflammato an ry Drug for Modulation of Proliferation Macrophage Soeranaya, B. Nguyen*, D. Dang; T. Truong, T. Nanyang Technological Singapore, University, Singapore A Novel Matrix for Endo A Protease-triggered Deliv Protease-triggered Targeted Delivery of Targeted Peptide-based Matrix Peptide-based (MMP-2) Metalloproteinase2 Inhibitor in Dual Sensitive Nanoparticles with Platelet for Camouflage Membrane Y. Ischemic Limb Treatment Dang* Guan St. Louis, University in St. USA, MO, Louis, Columbus, University, State USA OH,

Magnetoliposome-In

10:30 AM – 12:30 PM AM – 12:30 10:30 220. Targeted and Stimuli- . Targeted Skagit 3 217. Targeted and Targeted Stimuli-Responsive Biomaterials Anita Shukla and Danielle Benoit Skagit 3 214. 215. 216. 218. 219. 213. • - , ; , 1 1 - 2 - - - , - 3 , - - ; 1 , W. , W. 1,2 1 , K. N. , A. , 1 , M. , C. 1 - , G. 1 1 , N. 1 , Y. Choi Y. , 2 Southern 1,2 Incheon , X. Gong X. , 1 1 1 1 , M. Strano M. , ; ; 10:30 AM – 12:30 PM AM – 12:30 10:30 1 1 1 , L. Jing L. ,

, J. Lee 1 , H.S. Yoo* H.S. , 1 Massachusetts Massachusetts 2 1 , F. Larusson F. , 1 Zhejiang Univer , T. , T. Pan ; , M. Cruz M. , • 2 1 1 1 , K. Jones K. , University of , S. Wang S. , , R. Langer R. , 1 1 2 1 Korea Basic Science Korea , M. Son M. , , K. Kim K. , , Y. Tian, Y. 2 1 2 2 , F. Nguyen F. , 1 , J. Shin J. , , S. Kim S. , 1 2 Chinese Academy of Bellevue, Global Good, Massachusetts Institute Massachusetts Kangwon National Univer Kangwon Determining Vacci Development of Nanogels for Polymeric Detection Biomarker Tear S. Dang, J. Wechsler*, M. Peppas; N. Simmonds, at Texas University ofThe USA TX, Austin, Austin, Dual pH and Oxygen Nanosen Luminescent sors for Extracellular Metabolism Monitoring Yang* C. Chen University of Science and Shenzhen, Technology, China, China Macau, Macau, S. Yerneni*, Hybrids S. S. Cuthbert, J. Lathwal, Matyjaszewski, K. Das, Carnegie Campbell; P. Mellon University, USA PA, Pittsburgh, in the nation Status Developing World Using Microneedle-Delivered Microparticles Fluorescent McHugh* K. Severt S. Jayawardena H.S. Perkinson Rose S. Jaklenec Institute of Technology, USA, MA, Cambridge, 2 China, Beijing, Sciences, 3 USA WA, Phase Molecular Recogni tion Nanobiosensors for in vivo Monitoring of Steroids Lee* M. Bakh Pham C. Bisker 1 Cambridge, of Technology, USA, MA, China Xihu QU, sity, Development of Corona Chung-Ang University, Chung-Ang University, Nanofibrous Artificial Tissue Tissue Artificial Nanofibrous in vivo Imaging the Win Shortwave Infrared Vessels dow of Perforator Evalu Precise for More ation of Flap Perfusion Chen; S. LI, Y. CHEN*, J. Fudan Huashan Hospital, shanghai, University, China Scaffold for Three Dimen Three for Scaffold sional Epithelial Tissue Son Y.J. Regeneration, Mao Kim 1 of Republic Chuncheon, sity, Korea, Institute Chuncheon Centor, ofRepublic Korea Real-Time and Long-Time and Long-Time Real-Time some Binding Affinity Using Affinity some Binding Janus Lectin-conjugated Nano particles for Detection Cancer of Pancreatic Park* U. Exosome Choi J. National University, of Republic Korea, Incheon, 2 of Republic Korea Seoul, Quantification ofLectin-Exo

Exosome-Polymer

212. 207. 208. Nanomaterials . Chelan 5 209. 210. 211. Nanomaterials SIG Huinan Liu andTolou Shokuhfar Chelan 5 205. 206. - , - 1 - , - - - ; - 1 , T. , T. - 1 , W. - , 1 - 1 , E. 1,2,3 1 , 1 , N. 1 , J. Hill J. , 1 State Uni State , C. 2 1 , D. Pool, D. 1 , K. Cou , E. Vander E. , University of 1 1 . 1 , G. Coyan G. , ; , T. Richards T. , 1 1,2 , J. Phillippi J. , 1,2,3 , S. Luketich S. , , Y. Matsumura Y. , , A. Adamo A. , , R. Kant R. , University of McGowan University of 1 1 1 1 McGowan Institute 2 2 3 Brown University, University, Brown 1 1,2,3 1 ; , A. Khoo A. , ; 1 , E. Cosgriff-Hernan E. , 1 1 2 , D. Jarrell D. , , M. Lennon M. , 1 1 , J. Jacot J. , 2 University of Pittsburgh University of Pittsburgh Adventitial Extracellular Adventitial Extracellular Improves Matrix Hydrogel ofThorac Sprouting Human ic Aortic Aneurysm-Derived Fisher* B. Pericytes Billaud M. Gleason 1 Pittsburgh, Medical Center, USA, PA, Institute of Regenerative Pittsburgh, Medicine, USA, PA, PA, Pittsburgh, Pittsburgh, USA Correction of Defects Correction Heart with a Polyurethane-Rein in Patch Hydrogel forced Tao* Model Z.-W. a Rat Beck slice S. Wu dez Denver/Anschutz Colorado Aurora, Medical Campus, USA, CO, TX, Austin, at Austin, Texas USA Soluble Extracellular A Matrix Therapy Hydrogel Infusion for Intravascular T. Sandoval, G. Spang*, M. Osborn, K. Luo, C. Lazerson, Contijoch, F. Cabrales, P. K. DeMaria, A. Reeves, R. Christman; University of La San Diego, California, USA CA, Jolla, HiPSC Encapsulation Ge ometry Impacts Engineered Tissue Development Cardiac B. Ellis*, M. and Function Auburn Lipke; E. Harris, USA AL, Auburn, University, Therapy with Cardiac Tissue Tissue with Cardiac Therapy Engineering for Treating F. Infarction Myocardial Munarin* Rupert lombe USA RI, Providence, ly-engineered Tubes for Pe Tubes ly-engineered that Grow, diatric Conduits PhD, Tranquillo, Robert University of Minnesota Integrating Revascularization Integrating Invited Speaker: Biological Invited Speaker: Combining Poly(ester carbon Poly(ester Combining and Porcine ate urethane)urea Matrix Extracellular Cardiac Digest Induces Improved in a Remodeling Ventricular Model of Ischemia L. Chronic Filho* Silveira D’Amore A. Menallo G. Kashiyama Wagner Medicine for Regenerative University of Pittsburgh, USA, PA, Pittsburgh, Campinas, versity of Campinas, Brazil SP, A Bio-Hybrid Cardiac Patch Patch Bio-Hybrid Cardiac A

204. 199. 200. Biomaterials for 2 Yakima 201. 202. 203. Biomaterials for Cardiovascular Regeneration Ngan Huang, Jianjun Guan, Rami Tzafriri and Gulden Camci-Unal 2 Yakima 197. THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY, , - - , , 3 , 1

1 2 - • , N. , R. 2 1 , C. , R. 2 1 ; , M. Bide M. , 1 BI Deacon Northern 1 2 2 University 2 , B. Martino B. , , D. Cochran D. , 1 1 THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY, BioSurfaces, Inc., Inc., BioSurfaces, , R. Villani R. , 1 1 , B. Hess B. , ; 3 Axolotl Biologix Inc, Biologix Inc, Axolotl DaVINCI Biomed University of Rhode 1 , M. Contreras M. , , G. Wong G. , 1 2 3 • 1 1 Luna Innovations Luna ; , G. Kay 1 1 , D. Dominguez D. , ; 1,2 1 Penn State University, University, State Penn 1 , R. Kassab R. , 3 1 Sprayable Biopolymer Sprayable The Impact ofThe Regenerative Bench to ABC103 from 3D-Painted Biomaterials: 3D-Painted Hydrogel for the Prevention for the Prevention Hydrogel Adhesions of Postoperative Costella* L. Tison Charlottesville, Incorporated, USA, VA, Products, ical Research USA MA, Lancaster, Therapies in the Clinic Therapies with Supporting Evidence Audet* the Lab R. from Diller Kellar USA, AZ, Phoenix, Flagstaff, Arizona University, USA AZ, Bedside: Development of a Drug-Eluting Polymer Implant Which Prevents Cancer Lung Post-Surgical Schwartz*; Acu J. Recurrence Newton, ityBio Corporation, USA MA, Hyperelastic Bone™, Bone™, Hyperelastic Fluffy-X™, 3D-Graphene, for and More Papers, Tissue Regeneration, Repair, Tissue Jakus*; and Biofabrication A. Chicago, LLC, Dimension Inx, USA IL, LaunchPad Medical, LLC, LLC, Medical, LaunchPad Licensing and Development of Bone a Mineral-Organic M. Adhesive for Bone Repair Brown* Fiorellini J. 1 USA, MA, Lowell, TX, San Antonio, of Texas, USA, USA PA, Philadelphia, PhD, Takeda Takeda PhD, of Generation Develop Next Phaneuf*Medical Device M. Pathan S. Long Martin A. Phaneuf T. USA, MA, Ashland, Boston, Medical Center, ess USA, MA, USA RI, Kingston, Island, Clinical Towards Valves Xeltis, Cox*; M. Practice Netherlands Eindhoven, From Bench-to-Bedside: From Invited Speaker: Vincent Ling, Vincent Ling, Invited Speaker: Use of Nanomaterials to Heart Bringing Restorative

196. 191. Bench-to-Bedside . From 1 Yakima 193. 195. From Bench-to-Bedside: From Biomaterials Translating *BTI* 2 Research Rami Tzafriri and Vincent Ling 1 Yakima 189. 190. 192. 194. - - , - - 2 - - , - - , , F. , F. De 1,2 3 4 1,2 , F. Vani, F. , P. Alex, P. 2 , V. , V. National National , X. Tang X. , 1 1,3 , C. University of , P.F. Menci P.F. , Department of Department of ; 1 1 1,2 1,2,3 2 3 2,3 1 , D. Puppi D. , ; 4 1 University of 4 CONCURRENT SESSION 3 Institute for Regen 1 , J.-E. Avochinou J.-E. , ; , A. Pirosa A. , 1,2,4 , L. De Nardo L. , , M. Badon M. , 1,2 , R. Tuan R. , 2 1,2,3,4 3 , S. Kumbar S. , 1,2 5 , P. Manner P. , Universita` degli Studi di Universita` degli Studi 1 3 Novartis Institutes for Biomed , L.-P. Lefebvre L.-P. , 5 1 Politecnico di Milano,Milano, di Milano,Milano, Politecnico Controlling Fiber Alignment Fiber Controlling Bone Augmentation Vertical Impact of Aging on Bioglass Impact ofAging on Bioglass Biomimetic Triphasic Scaffolds Biomimetic Triphasic Using Magnetically-Assisted Using Magnetically-Assisted for Interfacial Electrospinning Hol J. Tindell*, R. Repair Tissue University, Arizona State loway; USA AZ, Tempe, Apatite Bone Using Carbonate Ha K. Ishikawa*, Substitute K. Kishida; R. Tsuchiya, A. yashi, Fukuoka, University, Kyushu Japan and Properties Structure Foam Charbonneau* C. Mari A. er Canada, Council Research Canada, QC, Boucherville, 2 Italy for Osteotendinous Junction Sun Han R. Regeneration B. Rogers, S. Lee, C.-W. Chang*, Harley; University of Illinois at Urbana, Urbana–Champaign, USA IL, PhD, Stanford University Stanford PhD, Invited Speaker: Peter Yang, Yang, Peter Invited Speaker: Fodazione Ri.MED, Palermo, Palermo, Ri.MED, Fodazione

cular Triphasic Model cular Triphasic Of The R. Complex Osteochondral Gottardi* ander Chiellini USA, PA, Pittsburgh, Pittsburgh, 2 Italy, Italy, Pisa, Pisa, USA WA, Seattle, Washington, An in vitro Chondro-Osteo-Vas An in vitro

Rotator Cuff Enthesis Regeneration CuffRotator Enthesis Regeneration via Insulin-like Growth Factor-Mimic Factor-Mimic Growth via Insulin-like Prabhath* Delivery A. Vernekar Dzidotor G. Weber E. Laurencin Health, UConn Engineering, erative USA, CT, Farmington, Health, UConn Orthopaedic Surgery, USA, CT, Farmington, University Biomedical Engineering, USA, CT, Storrs, of Connecticut, partment of Chemical Engineering, CT, Storrs, University of Connecticut, USA, Switzerland Basel, ical Research,

Orthopaedic Biomaterials . Skagit 2 185. 187. 188. Orthopaedic Biomaterials SIG2 Amber Jennings and Tolou Shokuhfar Skagit 2 181. 186. 183. 184. - . - Local Delivery ofLocal and Paclitaxel Signal Transduction Inhibitors by Thermosensitive (Regel(r)) Hydrogel for Therapy, Cancer PhD, Glen Kwon, University of Wisconsin The Early Days ofThe Smart Biomaterials, Allan Hoffman, University of PhD, Washington Immunomodula tory Biomaterials for Cell-Based Omid Therapeutics, PhD*, Veiseh, Anderson, Daniel G. and Robert PhD, MIT PhD, Langer, and Uptake of Function Mem brane-destabilizing Nanogels Cationic for Intracellular Drug Delivery, Nicholas A Peppas, Julia F Vela ScD*, and PhD, Ramirez, Aaliyah Shodeine, University of PhD, at Austin Texas Invited Speaker: Invited Speaker: Invited Speaker: Invited Speaker: Discussion continues Discussion CONCURRENT SESSION 3 179. Thought Leader Skagit 4/5 Thought Leader: – Allan Hoffman Part 1 Buddy Ratner and David G . Castner Skagit 4/5 177. 178. 180. 11:00 a . m Session title Room 11:30 a . m 12:00 noon 12:15 p . m Session title Moderators Room 10:30 a . m 11:15 a . m 11:45 a . m

36 Society For Biomaterials 2019 Program , , 1 - 2 ------Uni , , 3 2 - North 1 1 - , J. , R. 1 ; 1 1 University 1 , R. ; 1 1,2 University of , R. Frayman R. , 1 1 , H. Su University of ; 2 Northwestern 2 1 1 , S. Satchell S. , , A. West A. , ; 2 -caprolactone) -caprolactone) , M. King M. , Northwestern Uni University of Bristol, 1,2 2 2 3 ε 1,4 Elastin-like Poly Elastin-like peptide-Collagen for Bone Composites Engineering Tissue A. Nguyen, Q. Pal*, P. University Janorkar; of Medical Mississippi MS, Jackson, Center, USA Wake Forest University, University, Forest Wake University of Illinois at Guided Tissue Guided Tissue Regen Au Barriers - eration Allogenous, togenous, Alloplastic Materials for Enhancement of and Soft Hard Oral Regeneration, Tissue DDS Horowitz, Robert Invited Speaker: Invited Speaker: Poly(Ethylene Gly Poly(Ethylene Chitosan Electrospun col)-Crosslinked Gelatin col)-Crosslinked with Substrates Hydrogel Bioactive Conjugated as a Basement Peptides Mimic forMembrane Culture Endothelial Cell Su* J. Wertheim J. Shah IL, Evanston, University, USA, School versity Feinberg IL, Chicago, of Medicine, USA, United Kingdom, Bristol, 4 USA IL, Chicago, Chicago, Membranes for BoneMembranes An in vivo – Regeneration Calvarial in a Rat Study Critical Sized Defect F. Delbuque Guerra* Ghadri N. Poly( Scaffolds Knitted Auxetic offor Regeneration Skeletal Craniofacial Deshpande* Muscle M. Network Ultra-dynamic and Statically-tethered Ligands Enhance Mechanosensing-De pendent Activities of Encapsulated Stem Yang, B. Bian*, L. Cells The Wei; Chinese K. University of Hong Hong Kong, Kong, Hong Kong Distinct Arteri Promote al-venous Specification of Endothelial Progen Tissue-en for itor Cells B. Vasculature gineered Mahadik* Fisher J. Park, College Maryland, USA, MD, Park, College 2 USA NC, Winston-Salem, Bumgardner Memphis, of Memphis, USA, TN, Science Health Tennessee USA TN, Memphis, Center, Katz L. Shah University, State Carolina USA, NC, Raleigh, versity of North Carolina Chapel at Chapel Hill, USA NC, Hill, Evaluation ofEvaluation to System 3D Hydrogel Drug-loaded Hydrogels with

Magnetoliposome-In

Exosome-Polymer

2019.biomaterials.org 37 - , - - - 1 - - , , , 3 1 - , , 1 1,2 , K. - - , R. 1,2 2 1 , D. , D. , L. Valli L. , North 2 ; University 2 1 1 1 ; ; , B. Charrez B. , 1 1,2 1,2 , A. Edwards A. , , S. Boggess S. , 1 1 , N. Jeffreys N. , University of , A. Killaars A. , 1 BioFrontiers BioFrontiers University of 2 , R. Kathard R. , 2 1 , A. Ross 1 1,2 1 , L. Leinwand L. , ; Texas A&M Univer Texas , K. Healy K. , 2 2 1 3 Texas A&M Health Texas North Carolina State State North Carolina ; , C. Gregory C. , 2 2 1 1 , A. Brown A. , 1 , K. Stevens K. , 2 University of California, University of California, University in Washington Oslo, Lab, Simula Research Fatty Acid Based Media En Fatty Microgel Thin Film Loss Loss Film Thin Microgel Degradability and Degradability Integrin Signaling on Cell Mesenchymal Stem within Porous Function glycol) Poly(ethylene S. Scaffolds Microgel Xin* Alge TX, Station, College sity, USA, College Science Center, USA TX, Station, al-modulated Secretome Artificial in Production A. Niches Cell Stem Harley; B. Gilchrist*, University of Illinois at Urbana-Champaign, USA IL, Urbana, Trans Scaffold-free vated, plantation of cells Stem Cardiac Injured to Repair University Paul*; A. Tissues KS, Lawrence, of Kansas, USA Hepatoblast Organoids for Bipo Have Potential in tential Differentiation S. Tissue Liver Engineered Saxton* er Seattle, of Washington, USA, WA, Cambridge, Cambridge, United Kingdom Ability hances Maturity and Pharmacology to Predict Derived in Human iPS-Cell Based Cardiomyocyte Systems Microphysiological Huebsch* N. Siemons B. Charwat V. Montiel F.L. Wall S. 1 USA, CA, Berkeley, Berkeley, 2 USA, MO, Louis, St. Louis, St. 3 Norway Grim J. Anseth Boulder, Boulder, Colorado USA, CO, USA CO, Boulder, Institute, Role and Timing ofTiming the and Role Matrix at the Pericellular Interface M. Cell-Hydrogel Duan, T. Loebel, C. Kwon*, Uni Burdick; J. Mauck, R. versity of Pennsylvania, USA PA, Philadelphia, and Substrate Tangent Cell Elasticity Direct and Migration Spreading Chester* D. Responses Nortey J. Lee University State Carolina and University of North NC, Raleigh, Carolina, USA, USA NC, Raleigh, University, Myofibroblast Valvular Activation Persistent Global Chro Requires C. matin Condensation Walker* Interplay Between Exploiting Biomateri Understanding the

Mechanobiologically-Acti

Wood and Janeta . Wood Engineering Cells . Chelan 2 Engineering Cells and Their Microenvironments SIG Scott Ashley Brown, T Zoldan Chelan 2 291. 292. 293. 294. 295. 289. 290. 296.

; - , - , , - , 2 - - 1 2 , D. 1,2,3 - 1 1,2 , S. - - ; 1 1 , M. 2 , B. , X. Cui X. , 1 Clemson 1,2 1 ; Atrium Health, 1 2 , W. Janssen W. , , D. Schwartz D. , , T. Heniford T. , 2 2 , S. Bryant S. , 1 1 Center for Neural Center National Jewish 2 2 University of Pitts McGowan Institute for University of Colorado Neuronal Neuronal Adhesion Cell Re ofToll-like Role The Degener Differential Molecule L1 Improves Quality of Chronic Recording Neural in Mouse Visual Golabchi* A. Cortex Woeppel K. 1 PA, Pittsburgh, burgh, USA, Basis of Cognition, USA, PA, Pittsburgh, 3 Medicine, Regenerative USA PA, Pittsburgh, ceptors 2 and 4 in the Body Response Foreign glycol) to Poly(ethylene Saleh* L. Hydrogels Marruecos Faulon Thomas Alper S. Kaar J. 1 CO, Boulder, Boulder, USA, USA CO, Denver, Health, Delivery Resveratrol Poly( Porous from lactide-co-glycolide) Promotes Scaffolds Anti-inflammatory an within Environment Adipose Tissue Visceral Murphy, K. Gower*, M. P. Isely, C. Hendley, M. Annamalai; University of South Carolina, USA SC, Columbia, Anti-PEG The Immune Fact, Response: or a Legitimate Fiction, for Bioma Concern V. Isaac*, terials? A. Alge; D. Winklepleck, A&M University, Texas USA TX, Bryan, of the ation Patterns and Distal Proximal in a Sciatic Stumps Gap-Injury Model in Highlight the Rabbit ofthe Role Gap-Length Regen in Preventing W. Merolli*, A. eration Steele, J.AM. Chang, Kohn; J. Pastino, A. State The - Rutgers University of New NJ, Piscataway, Jersey, USA vivo Degradation ofvivo Degradation Hernia Polypropylene Lu* Mesh X. Cotton Augenstein V. Harman Clemson, University, USA, SC, USA NC, Charlotte, tivation by Adsorbed Damage-Associated on Molecular Patterns Surfaces Polymeric Wood K. McKiel*, L. Fitzpatrick; L. house, University, Queen’s Canada ON, Kingston, ofInteraction a Disulfide Secreted with the Bond Catalyst Matrix Extracellular Cancer in Pancreatic J. Millar-Haskell*, C. Gleghorn; University Newark, of Delaware, USA DE, Assessment ofAssessment in Ac Receptor Toll-like

Biomaterial-Tissue . Chelan 4 Biomaterial-Tissue Interaction SIG andAntonio Merolli Thomas Dziubla Chelan 4 283. 284. 285. 286. 287. 281. 282. 288. - , , 1 3 , K. 2 , J. 2 - , S. Lee 1 , S. Park S. , 2 Hans 1 ; 1 , E. Lih E. , 1 , A. Tavakkoli A. , 1 , T. E. Deelman E. T. , 1 , Y. Joung Y. , 1 Engineering in Medicine, Engineering in Medicine, College of Medicine, ofCollege Medicine, Seoul National University , H.-H. Jung H.-H. , 1 3 4 4 , 1 Korea Institute of Science Korea 2 , Y. Choi Y. , , D. S. Y. Lin S.Y. , D. 1:45 PM – 3:45 PM PM – 3:45 1:45 1 1 Department of Surgery, Brigham Department of Surgery, • In vivo Evaluation ofIn vivo Evaluation Bioadhesive Cyanoacrylates Polymerization Polymerization Cyanoacrylates J. Garcia*, K. Properties Thermal Inc., Poly-Med, Taylor; M. Corbett, USA SC, Anderson, Elastin-based Protein Bioinspired Hollingshead, S. Liu*, J. Adhesives Universi Purdue Wilker; J. Lin, C.-Y. USA IN, Lafayette, West ty, Post-Operative An Effective Adhesion Barrier Utilizing Physical L. Woo, Y.J. Appel*, E. Hydrogels University, Stanford Stapleton; USA CA, Stanford, Commercial Translation of a Translation Commercial Trade Lab to Biomaterial from Anthony University Weiss*; Sale, Australia Sydney, of Sydney, Device Closure and Biodegradable Artery offor Sealing Femoral Kim* M. Punctures D. Lee Yoon C.J. of Republic Seoul, biomed Co..ltd, Korea, Republic Seoul, Technology, and of Korea, Republic Seoul, University, Yonsei of Korea, Seoul National ofCollege Medicine, University Bundang Hospital, of Republic Korea Gyeonggi-do, Acid or Gallol-involved Tannic Biomaterials for Bioadhesives and Lee*, H. Targetings Heart Protein South Korea Daejeon, KAIST, of Coating Luminal theTherapeutic Lee* Intestine Y. Chen M. Karp M. BrighamDepartment of Medicine, Harvard Hospital, Women’s and USA, MA, Boston, Medical School, 2 Harvard Hospital, Women’s and USA MA, Boston, Medical School, Novel Measurement Method for Novel Measurement Invited Speaker: Elastagen: Invited Speaker:

Next-Gen Tissue . 1 Yakima Next-Gen Tissue Adhesives and Clinical Applications Lee, Nitin Joshi and Yuhan Karp Jeffrey 1 Yakima 276. 277. 278. 273. 275. 279. 280. - - , - 1 , , 1 1 - ; 1 , Y. , Y. Har - 1 , 2 , P. , P. ; 2 1 , 2 , S. 1:45 PM – 3:45 PM PM – 3:45 1:45 1 1

. , A. 2 , A. • 1 , B. Ma 2 , S. Gong S. , 2 , M. Kerr , I. Arthur I. , 2 2 , J. Lewis J. , , L. McKibbin L. , 1 2 UC Davis, Davis, Davis, UC Davis, , D. Scadden D. , 1 2 , M. Hunckler M. , ; UC Davis School of 1 1 Georgia Institute Georgia 2 1 , H. Shirwan H. , , P. Carlson P. , , Z. Morris Z. , 2 2 ; 2 , L. Zangl L. , 1 University of Louisville, University of Louisville, 1 , T.-Y. Shih T.-Y. , 2 2 University of California, San University of California, University of Wisconsin– University ofWisconsin School A Bacterial Membrane Coated Bacterial Membrane A WITHDRAWN Immune Microenvironment Immune Microenvironment Formation Inhibits Tumor with Immuno and Synergizes Elisseeff; J. Wolf*, therapy M. Johns Hopkins University, USA MD, Baltimore, Microparti Combinatorial, cle-based Delivery of Immune Modulators Reprograms Phenotype Dendritic Cell of Remission and Promotes Arthritis Collagen-induced in Allen* Mice R. Raychaudhuri Chizari S. USA, CA, USA CA, Mather, Medicine, Immunomodulatory Bioma Allogeneic terials to Improve Survival in a Murine Islet Graft Coronel* Diabetic Model M. Weaver J. Yolcu E. Garcia GA, Atlanta, of Technology, USA, USA KY, Louisville, to Overcome Poor Poor to Overcome in Gut Immune Response Meta Microbiome-mediated M. Singh*, A. bolic Syndrome Zhou, H. Kim, S. Mosquera, University, Brito; Cornell I. USA NY, Ithaca, vivo Using Cell-instructive Shah* N. Scaffolds Mao Mooney D. 1 USA, CA, Jolla, La Diego, Cambridge, University, vard USA MA, Biomimetic Apoptotic Membrane-Coated Erythrocyte for Enhanced Microparticles Induction K. Tolerance State, C. Meyer, R. Rhodes*, Johns Hopkins Green; J. USA MD, Baltimore, University, Nanoparticle in Combination for InTherapy with Radiation Ye* Vaccination M. Situ Tumor Patel R. Wang Sondel 1 USA, WI, Madison, Madison, 2 of Health, Medicine and Public USA WI, Madison, The Biologic Scaffold Biologic Scaffold The Nanomaterial Vaccines Nanomaterial Vaccines Immunity in T-cell Enhanced

Immunomodulatory Chelan 5 Immunomodulatory Biomaterials Ashish Kulkarni and Erik Dreaden Chelan 5 268. 269. 270. 265. 267. 271. 272. 266. - Invited Speaker: Buddy Ratner, Buddy Ratner, Invited Speaker: Lockwood, PhD, Surmodics, Surmodics, PhD, Lockwood, Inc. Toolchest Invited A Speaker: for the Chemical and Physical ofCharacterization Biomate rials used in Medical Devices, OSEL, PhD, Ed Margerrison, FDA CDRH, PhD, University ofWashington PhD, to Devices: Paths Coatings Surface to Commercializing Technologies, Modification Impel PhD, John Hoekman, NeuroPharma Invited Speaker: Nathan Invited Speaker: Invited Speaker: From From Invited Speaker:

THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY,

Panel Discussion . 2 Yakima Panel Discussion: Regulatory Translational Science Focused on Commercialization Challenges for Surface Modification and their Characterization: SIG- SQUARED Elaine Duncan and Guigen Zhang 2 Yakima 263. 264. by Moderated & Q&A Discussion Paladin RAC, MSME, Elaine Duncan, Inc. Medcial, Introduction: Guigen Zhang, PhD, PhD, Guigen Zhang, Introduction: University of Kentucky 261. 262. • - - - - - , - , G. 3 1,2 - , C. , B. THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY, , S. 1 , K. 1 2 1,2 , Y. Liu, Y. , D. Beno D. , 2 3 • , D. Gil, D. Harvard Medical Harvard 1,2 1 , O. Muratoglu O. , University of Ver , H. Koo ; 1 1,2 3 ; 1,2 University of Roch 2 2 , J. Goodwine J. , University of Rochester 2 , J. Maceren J. , 1 2 ; 2 Binghamton University, Binghamton University, University of Pennsylvania, University of Pennsylvania, Massachusetts General General Massachusetts Delivery of Bupivacaine Codelivery ofCodelivery Lysostaphin Sauer USA, VT, Burlington, mont, 2 USA NY, Binghamton, to Eliminate and BMP-2 Acute Infections and Heal Critical-sized Segmental C. Kalelkar*, Bone Defects P. Georgia Garcia; A. Johnson, Institute of Technology, USA GA, Atlanta, Acid from and Tolfenamic Ultra-High Molecular Weight Multimodal Polyethylene: Relief and Synergistic Pain Antibacterial Properties Joint Total Implants from Grindy* S. Hugard Oral E. USA, MA, Boston, School, 2 USA MA, Boston, Hospital, Rotello, PhD, University of PhD, Rotello, Amherst Massachusetts, USA, NY, Rochester, ester, 3 USA PA, Philadelphia, Nanoparticles for Encapsulation of Enzyme for Elimination of Bacterial Doiron* A. Biofilms Han Antibiofilm Investigating of IDR-1018 Properties Hydrogels Loaded Peptide Shukla; Brown A. Shukla*, S. RI, Providence, University, USA Biomimetic Phage Mimick ing Antimicrobial Nanopar Antibiotic Free, ticles for Bactericidal Action Against of Class the ESKAPE Patho Kalwajtys, V. Hopf*, J. gens Lee, S. Fields, F. Waters, M. Nallathamby; University P. Dame, Notre of Dame, Notre USA IN, Loaded Nanoparticles Loaded Improve Synergistically Treat Biofilm Anti-Oral Jr.* Sims, ments K. it School of Medicine and NY, Rochester, Dentistry, USA, He Hwang Invited Vincent Speaker: Optimization of PLGA Dual Antibacterial Drug

Recent Advances . Skagit 2 Recent Advances in and Antimicrobial Antibiofilm Materials 1 Anita Shukla and Bingyun Li Skagit 2 257. 258. 253. 256. 259. 260. 255. - - - , 1 , - - - 2 , - 2 Texas Texas , W. , W. 3 , A. , S. 1 1,2 1 Temple Temple Uni Temple Temple 3 2 1 , A. Roth A. , 1 ; 2 , R. Hiers R. , 2 Texas A&M Texas 1 ; , S. Khajotia S. , , U. Okeke 1 CONCURRENT SESSION 4 1 ADA Foundation, Foundation, ADA 1,2,3 1 , J. Londoño J. , Universidad EAFIT, Universidad EAFIT, ; 2 1 1,3 , S. Correa S. , 1 , K. McKinzey K. , Texas A &M University, &M University, A Texas 1 2 Biodegradable Shape Memory Biodegradable In vivo Evaluation ofIn vivo Evaluation Biocom and Degradability, patibility, Potential Bone Regenerative Poly of Collagen-Elastin-like Composite peptide-Bioglass M. Gurumurthy*, B. Scaffolds Benghuzzi, H. Fan, L.-W. Tucci, Salazar S. Bidwell, G. Pal, P. Janorkar; A. Cason, Z. Marocho, University of Medi Mississippi USA MS, Jackson, cal Center, Electrochemical Preliminary A Assessment and Ion Release of Medical Device the Essure® Gilbert; Clemson J. Aslan*, C. SC, Charleston, University, USA Resins Resins with Antibacterial Bienek* D. Properties Frukhtbeyn Giuseppetti Esteban Florez F. Skrtic D. USA, MD, Frederick, versity of Oklahoma Health Oklahoma Science Center, USA OK, City, (SMP) Semi-Interpen Polymer (Semi-IPNs) Networks etrating Properties Tunable with Highly M. for Bone Regeneration Pfau* Grunlan M. TX, Station, College University, USA, USA, TX, Station, College College A& M University, USA TX, Station, ofEnhanced Osseointegration Tuning by Zn-Mg Composites ofthe Release Zn Ions with Anode Sacrificial Mg Rich Zheng*; Peking Y. Design China Beijing, University, and Uniform Deg Accelerated through Iron ofradation Pure for Incorporation Tantalum T.-S. Lee*, Medical implants M. H. Park, C. Kim, H.-E. Jang, Seoul National University, Lee; of Republic Korea Seoul, Nanolayered Coatings for Coatings Nanolayered On-Demand Therapeutic Bone Delivery to Craniofacial How M. Martin*, J. Defects Hammond; P. Wang, S. ard, Institute ofMassachusetts MA, Cambridge, Technology, USA Novel Smart Dental with Rechargeable Composite S. Capability Antimicrobial Orrego* Kosater School University - Kornberg Philadelphia, of Dentistry, USA, PA, Colombia, Medellin, PA, Philadelphia, University, USA Novel Polymeric Dental Novel Polymeric

Oxidation-Responsive, Oxidation-Responsive,

Dental/Craniofacial . Skagit 4/5 Dental/Craniofacial Biomaterials SIG Kurt Kasper and Xiaohua Liu Skagit 4/5 249. 250. 245. 248. 251. 252. 246. 247. , - 1 - , - , 3 , 1 - , - 2 2 , Y. , Y. , G. 1 , G. , 1,2 ; - - 1 Fein , E. 2,4 1,2 Center Center 4 1 , M. 2 1 , J. Post J. , 1,2 University of 1 , D. Sazer D. , , S. Kinney S. , , X. Luo ; 1 McCormick McCormick 1 3 1 , I. Kintslinger I. , University of 1,2 , K. Ling K. , ; University of 1 , O. Veiseh O. , 1 , J. Oberholzer J. , 1 2 1 2 ; , C. Stabler C. , 1 1 1,2,4 University of Puerto School of Medicine , X. Zhang X. , University of Toronto, University of Toronto, 2 3 2 1,2 CONCURRENT SESSION 4 Rice University, Houston, Houston, Rice University, Invited Speaker: Ted Lee, Lee, Ted Invited Speaker: Antioxidant Scaffold Shows Scaffold Antioxidant for Omentum Promise Islet Transplantation: Non-Human Primate A Burke* J. Study Case Zhu Kaufman D. Ameer School of Engineering, Northwestern University, USA, IL, Evanston, for Advanced Regenerative Northwestern Engineering, IL, Evanston, University, USA, Univer Health, and Public sity of Wisconsin-Madison, USA, WI, Madison, School ofberg Medicine, USA IL, Chicago, Methacrylic-Acid Based of Coating Polymer Mesh Polypropylene Subcu Device Improves taneous Islet Engraftment Coindre* V. Sefton M. Can ON, Toronto, Toronto, ada, Canada ON, Toronto, PhD, Dexcom, Inc. Dexcom, PhD, Engineering Transferrable Meshes for a Microvascular “Subcutaneous Pancreas” University, Ma*; Cornell M. USA NY, Ithaca, Death Cell Preventing and Dysfunction for Beta Cells Human-sourced via Oxygen-generating Coronel, M. Liang*, J. Disk University of Stabler; C. FL, Gainesville, Florida, USA Vascularizing 3D-Printed Device for Immunoi solation of Islets S. Parkhideh* Calderon Wang Y. Miller J. 1 USA, TX, Charlottesville, Virginia, USA VA, Assembly ofAssembly a Lami nin-Nidogen Peri-Islet Islet Func Matrix Improves Viability in PEG tion and Simonovich* J. Hydrogels Gonzalez-Vargas Y. Abuid N. Becker Phelps FL, Gainesville, Florida, USA, Mayagüez, Rico-Mayagüez, Rico Puerto

Phase-Changing

41. Next-Generation . Skagit 3 Next-Generation Biomaterials for 1 of Type Treatment Diabetes Phelps and Edward Andrés García Skagit 3 2 242. 237. 240. 243. 244. 239. Session title Room 2:45 p . m 3:00 p . m Session title Moderators Room 1:45 p . m 3:15 p . m 3:30 p . m 2:15 p . m

38 Society For Biomaterials 2019 Program - , - - - 1 - - , , , 3 1 - , , 1 1,2 , K. - - , R. 1,2 2 1 , D. , D. , L. Valli L. , North 2 ; University 2 1 1 1 ; ; , B. Charrez B. , 1 1,2 1,2 , A. Edwards A. , , S. Boggess S. , 1 1 , N. Jeffreys N. , University of , A. Killaars A. , 1 BioFrontiers BioFrontiers University of 2 , R. Kathard R. , 2 1 , A. Ross 1 1,2 1 , L. Leinwand L. , ; Texas A&M Univer Texas , K. Healy K. , 2 2 1 3 Texas A&M Health Texas North Carolina State State North Carolina ; , C. Gregory C. , 2 2 1 1 , A. Brown A. , 1 , K. Stevens K. , 2 University of California, University of California, University in Washington Oslo, Lab, Simula Research Fatty Acid Based Media En Fatty Microgel Thin Film Loss Loss Film Thin Microgel Degradability and Degradability Integrin Signaling on Cell Mesenchymal Stem within Porous Function glycol) Poly(ethylene S. Scaffolds Microgel Xin* Alge TX, Station, College sity, USA, College Science Center, USA TX, Station, al-modulated Secretome Artificial in Production A. Niches Cell Stem Harley; B. Gilchrist*, University of Illinois at Urbana-Champaign, USA IL, Urbana, Trans Scaffold-free vated, plantation of cells Stem Cardiac Injured to Repair University Paul*; A. Tissues KS, Lawrence, of Kansas, USA Hepatoblast Organoids for Bipo Have Potential in tential Differentiation S. Tissue Liver Engineered Saxton* er Seattle, of Washington, USA, WA, Cambridge, Cambridge, United Kingdom Ability hances Maturity and Pharmacology to Predict Derived in Human iPS-Cell Based Cardiomyocyte Systems Microphysiological Huebsch* N. Siemons B. Charwat V. Montiel F.L. Wall S. 1 USA, CA, Berkeley, Berkeley, 2 USA, MO, Louis, St. Louis, St. 3 Norway Grim J. Anseth Boulder, Boulder, Colorado USA, CO, USA CO, Boulder, Institute, Role and Timing ofTiming the and Role Matrix at the Pericellular Interface M. Cell-Hydrogel Duan, T. Loebel, C. Kwon*, Uni Burdick; J. Mauck, R. versity of Pennsylvania, USA PA, Philadelphia, and Substrate Tangent Cell Elasticity Direct and Migration Spreading Chester* D. Responses Nortey J. Lee University State Carolina and University of North NC, Raleigh, Carolina, USA, USA NC, Raleigh, University, Myofibroblast Valvular Activation Persistent Global Chro Requires C. matin Condensation Walker* Interplay Between Exploiting Biomateri Understanding the

Mechanobiologically-Acti

Wood and Janeta . Wood Engineering Cells . Chelan 2 Engineering Cells and Their Microenvironments SIG Scott Ashley Brown, T Zoldan Chelan 2 291. 292. 293. 294. 295. 289. 290. 296.

THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY,

Oxidation-Responsive, Oxidation-Responsive,

Phase-Changing

2019.biomaterials.org 39 - , - - - 2 ------; - - , - , J. 2 es, a es,

1,2,3 1,2,3 , C. , L. 1 , P. Ho , P. 1,2 2 , G. Dai G. , 2 Syracuse Syracuse , R. Reis R. , 1 University The Discoveries The University 1 3 ; 2 2 , J. Costa J. , ; 1 1,2,3 es, Portugal a es, , S. Koo 1,2 1 , C. Grigoropoulos C. , , W. Lee, W. 1 1 Northeastern University, University, Northeastern University of Minho, University of Minho, Govern ICVS/3B’s–PT Engineered Engineered Liver Tissue Encapsulation ofRapid Analysis Proteome-wide Contractile Imbalance ofContractile Wang ang Healy K. Syracuse, University, USA, NY, of Berkeley, California USA CA, Berkeley, as an in vivo Model to the Dynamics Probe of Human Liver Regeneration Over Time F. Saxton, S. Fortin*, C. Stevens; K. Johansson, University of Washing USA WA, Seattle, ton, Micro in Hydrogel Cells Novel A Using spheres Platform Microfluidic S. Seeto, W. Tian*, Y. E. Kerscher, P. Pradhan, Auburn Lipke; Universi USA AL, Auburn, ty, of Response Cellular Light for to Ultraviolet Bio Photoresponsive Ruskowitz*, materials E. University DeForest; C. Seattle, of Washington, USA WA, Human Cardiac Microtis Human Cardiac sues on the Mechanical Hybrid Filamentous Ma* Matrices Z. Printing from Jammed Jammed from Printing Acid Hyaluronic Micro Song, K.H. Shin*, gels M. University of Burdick; J. Philadel Pennsylvania, USA PA, phia, 3D Bioprinting with an Elastin Like Engineered Lampe*, (ELP) K. Protein A. Azimi, M. Meco, E. D. Hefferon, M. Sharma, Ri M. Corliss, B. Meador, Peirce; S. Shariff, H. kard, University of Virginia, USA VA, Charlottesville, of the Effect Evaluating Angiogenic Elastin in the ofResponse Silk Fibroin Scaffolds 3D Printed Silva-Correia J. Costa* Oliveira 1 Portugal, Guimarães, 2 ment Associate Labora Braga/Guimar tory, Portugal, for Regenerative Centre Medicine, and Precision Guimar with Hydrogel gradable Proper Shear-thinning ties for Bioprinting C. Xu* Hong Y. ofat Arlington, Texas USA, TX, Arlington, 2 USA MA, Boston, Conductive Inks for 3D Inks Conductive Biode Highly Elastic,

346. 347. 348. Tissue Engineering SIG Ambika Bajpayee, Lesley Chow and Hong Yi Chelan 4 Tissue Engineering SIG Chelan 4 345. 341. 342. 343. 344. - - - - , - ; 2 - , M. , 1 1,3 1 , A. 1 , A. Da 1 University The Univer The 1 2 University of ; 1 1 ; Michigan, Ann Michigan, , H. Zhou H. , , A. Shikanov A. , 2 1 , M. Cascalho M. , 2 1,2 U of Michigan, 2 3 The University ofThe 2 , M. Hammersley M. , 1 University of Michigan, Ann University of Michigan, Dual Phased Development of a Bovine Ovary-derived Poly(ethylene Sulfone glycol)-Vinyl Cancer Matrix Prevents Spreading from Cells Following Ovarian Tissue Autotransplantation M. Day*, J. David, A. A. Long, C. Hammersley, University ofShikanov; MI, Ann Arbor, Michigan, USA glycol) Poly(ethylene Immunoisolating Cap sule Supports Ovarian Development and Tissue Sensitization Precludes of the Host Immune Day* J. Response vid Barbosa Shikanov A. of Ann Arbor, Michigan, USA, MI, USA MI, Arbor, Biomaterial Model of the Decidualized Endo Zambuto*, metrium S. Harley; University of B. Illinois at Urbana-Cham USA IL, Urbana, paign, Extracellular Matrix Extracellular Supports in Hydrogel of Growth vitro Bovine Early Antral Follicles Lee, H.C. Gargus*, E. Woodruff; T. Zhang, J. Northwestern University School of Medi Feinberg USA IL, Chicago, cine, Rescuing the Primary: the Primary: Rescuing from Learned Lessons Synergy Inter-follicular Jones* A. Shikanov MI, Ann Arbor, Michigan, USA, MI, Ann Arbor, Michigan, USA Fisher, PhD, University of PhD, Fisher, Maryland theReconstructing Ovarian Microenvironment: in an Culturing Follicles PEG ECM-Sequestering Tomaszewski* Matrix C. Kopyeva I. 1 USA, MI, Arbor, sity of Ann Arbor, Michigan, USA, MI, USA MI, Arbor, Ann Invited Speaker: John Invited Speaker:

Immunoisolating

338. 339. 340. Engineering Reproduction and Emma Gargus Hunter Rogers Chelan 2 Engineering . Chelan 2 337. 335. 333. 336. ------, J. , , E. - 1 1 - 1,2 Penn Penn 1 , H. All H. , ; , , J. 2 1 1 2 Drexel University , A. 2 2 1 Virginia 1 , M.-H. Lee M.-H. , University of University of , R. Mauck R. , 1 ; 1 1 2 , L. Han L. , , C. Chen C. , ; ; 2 1 1 1 4:15 PM – 6:15 PM PM – 6:15 4:15 1,2,3 The Pennsylvania Pennsylvania The 2 , C. Siedlecki C. , 2 • Virginia Commonwealth Commonwealth Virginia Commonwealth Virginia Capsule Integrated Integrated Capsule Stiffening Strain-induced Extent and Type of Modifi Type and Extent Philadel Pennsylvania, USA, PA, phia, Philadelphia, University, USA PA, Multilayer Polypeptide for On-Demand Films Multiple Drug Co-De Li; B. Zhang*, livery S. Virginia West University, USA WV, Morgantown, Biomaterials of Fibrous Dynamic Through Chemistry Covalent Davidson* M. Philadel Pennsylvania, USA, PA, phia, Philadel of Pennsylvania, USA PA, phia, Conductive Self-Healing Self-Healing Conductive with Pressure Hydrogels Stretchabil Sensitivity, and 3D Printability ity, Darabi; M. Xing*, M. University of Manitoba, Canada MB, Winnipeg, cation ofAcid Hyaluronic Influence CD44 Binding in Soluble and Hydrogel Kwon* M. Forms Wang C. Burdick Schoonen Bonnevie Burdick H. Yang H. University, Commonwealth School of Engineering, USA, VA, Richmond, 2 Cancer Massey University, USA, VA, Richmond, Center, 3 School of University, VA, Richmond, Pharmacy, USA mer Materials for Improv ing Detection for Glycan Michalak*, A. Interactions Godula; University of K. La San Diego, California, USA CA, Jolla, from Secretion to Control Hil C. Kamat*, N. Vesicles Jacobs; M. Lewis, K. burger, Northwestern University, USA IL, Evanston, for Strategy Cross-Linking of Formation Dendrimer Micro/Nanogels, Hydrogels, Wang* and Cryogels J. hazene Biomaterials with BiocompatibilityImproved Xu* L.-C. cock University College State PA, Hershey, of Medicine, USA, University University, State USA PA, Park, Functionalized Glycopoly Functionalized A Membrane Logic Gate Logic Membrane A Aza-Michael Addition Polyphosp New Textured

Multi-functional

331. 332. Multifunctional Biomaterials: Recent Developments and Directions Future Bingyun Li and Malcolm Xing Chelan 5 Multifunctional . Chelan 5 329. 330. 325. 326. 327. 328. 4:15 PM – 6:15 PM PM – 6:15 4:15 .

• Invited Speaker: Emily Invited Speaker: English, PhD, Gemstone PhD, English, LLC Biotherapeutics, Kohn, PhD, Rutgers, The The Rutgers, PhD, Kohn, University ofState New Jersey University PhD, Harrington, Science Health ofTexas Center Gemstone PhD, Davenport, LLC Biotherapeutics, Invited Speaker: Joachim Invited Speaker: Daniel Invited Speaker: Matthew Invited Speaker:

Panel Discussion: your How to Translate into Successful Research Biomaterials Therapies James Shamul, Michaela McCrary and Maggie Fettis Skagit 3 Panel Discussion: How Skagit 3 324. 321. 322. 323. , - - 1 - , - , , - 1 1 1 , A. - , - 1 , - 1 - - ; 2 , F. , F. 1 1 , I. , P.-C. , P.-C. Flor 2 1 North , P. City ; 1 , A. 1 3 2 1 2 ; ; 1 , M. , P. Lim , P. North 4 1 1 4 Donghua , R. Zhang R. , University of 1 1 1 , A. DeGroot A. , ; ; 1 1 1 University of . , M. Ziff M. , , A. Singh A. , 2 University of 1 1 , S. Creason S. , , M. Shojaee M. , , T. Forbes T. , 1 , C. Schmidt C. , , J. Stachowiak J. , 2 1 2 , J. Cole J. , 2 2 ; , A. Yousefi A. , 3 University Health University Health , C. Lacko C. , , F. Wang, F. 2 North Carolina North Carolina 2 , A. Vaeksen A. , 1 , C. Bashur C. , 1,2 3 The Ohio State Ohio State The 3 2 1,2 3 North Carolina State State North Carolina 2 UW, Seattle, WA, USA WA, Seattle, UW, , A. Baker A. , , S. Canga S. , , L. Wang L. , 2 1 1 2 , J. Auster J. , 1 THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY, Universite de Haute Hôpitaux Universitaires University of Florida, Gaines University of Florida, University of Texas Medical University ofTexas In vitro Fatigue Evaluation Evaluation Fatigue In vitro Impact ofThe Electrically The Potential of Polyester Fi of Polyester Potential The Designing a Porous Designing a Porous brous Leaflets for Transcath for Leaflets brous Heim* F. Valves eter Heart Chakfe N. Lakshmi 1 France, Mulhouse, Alsace, 2 Strasbourg, de Strasbourg, France, OH, Columbus, University, USA of a Patient-specific Chimney Approach to Endovascular Aneurysm King* M. Repair Crawford S. Robertson University State Carolina Raleigh, ofTextiles, College USA, NC, ON, Toronto, Network, Canada, University College State of Medicine, Veterinary USA, NC, Raleigh, University State Carolina and the University of North at Chapel Hill, Carolina USA NC, Raleigh, and Non-Con Conductive ductive Nanocomposite on Functional Hydrogels ities of Cardiac Engineered A. Nikkhah*, M. Tissues Navaei; Arizona State USA AZ, Tempe, University, Hydrogel Pouch to Limit Pouch Hydrogel Adhesions During in vivo Maturation Graft Vascular Sameti* M. Vuppuluri K. Carriero ida Institute ofTechnology, USA, FL, Melbourne, New college ofYork, New USA NY, York,

Transmembrane SCF Nano Transmembrane discs Enhance Revasculariza tion in Ischemia and Induce CD34-/CD133+ Endothelial Takemat E. Cells Progenitor su* Chen Sherman M. Dunn USA, TX, Austin, at Austin, Texas 2 USA TX, Galveston, Branch, ofBiophysical Characterization for Engineered Murine Hearts Mimics D. Tissue Cardiac Bousalis* Kasahara H. 1 USA, FL, ville, ofFlorida College Medicine, USA FL, Gainesville, Braid Stents Cardiovascular Poly(p-dioxanone) ed from Yarns and Polycaprolactone Zhao* F. King Shanghai, University, China, USA NC, Raleigh, University, Material for Polyurethane In-situ Tissue-Engineered Zhen* L. Grafts Vascular Simonovsky Ratner B. WA, Seattle, Washington, USA, Composite Bioresorbable Bioresorbable Composite Precision-Porous A

• 318. 319. 320. Cardiovascular Cardiovascular Biomaterials SIG Rami Tzafriri and Mazen Albaghdadi 1 Yakima Cardiovascular 1 Yakima 317. 313. 314. 315. 316. THURSDAY, APRIL 4, 2019 2019 APRIL 4, THURSDAY, • Porter, Abbott Porter, Abbott Grove, NAMSA Pohl, AppTec WuXi Dingee, Invited Speaker: Deanna Deanna Invited Speaker: Kent Invited Speaker: Don Invited Speaker: Cindy Invited Speaker: Discussion continues Discussion

Panel Discussion: Recent Developments in ISO 10993 Series for of Standards Biocompatibility and Evaluation Testing Gopinath Mani and Shaunak Pandya 2 Yakima Panel Discussion . 2 Yakima 309. 310. 311. 312. , - 1 - , , S. 1 , H. 1,2 2 Nanyang University 1 1 CONCURRENT SESSION 5 ; ; 2 1,2 Case Western Western Case , J. Marks J. , , R. Z. Seeni Z. R. , 1 1 1 ; 1 University Hospitals Center for the Center 2 2 , T. , T. Cui 1 , B.T. Goh B.T. , 2 National Dental Centre National Dental Centre Sustained and Prolonged Sustained and Prolonged for Microneedles Conductive Nanoparticle Dopants Delivery of Protein Delivery of Protein Using 2D Therapeutics Gaharwar*, Nanosilicates A. K.A. Carrow, J. Cross, L. A&M University, Singh; Texas USA TX, Station, College Delivery in Den Transdermal Xu* tistry C. Liu Y. University, Technological Singapore, Singapore, 2 Singapore, Singapore, Singapore Enhance Electrically Drug Release Controlled Polymer Conducting from Woeppel* Coatings K. Zheng Pittsburgh, of Pittsburgh, USA, PA, Basis ofNeural Cognition, USA PA, Pittsburgh, In Situ Sprayed Gel with In Situ Sprayed Anti-CD47 for Post-Surgical Anti-CD47 for Post-Surgical Q. Immunotherapy Cancer Z. Dotti, G. Chen, G. Chen*, Gu; Department of Bioen gineering and California Las Institute, NanoSystems USA CA, Angeles, (Nano)-Biologics for Drug PhD, Thaxton, Shad Delivery, Northwestern University for Targeted Prodrugs Delivery in the Antimicrobial F.-Y. Chen, J. Ratner*, D. Lung University of Stayton; P. Su, WA, Seattle, Washington, USA Polymer Affinity-based Extends Drug Delivery and Healing Wound for Retention Rohner* in the Esophagus N. Schomisch S. von Recum Cleveland, University, Reserve USA, OH, Cleveland Medical Center, USA OH, Cleveland, Invited Speaker: Bio-Inspired Bio-Inspired Invited Speaker: Glycopolymer Synthetic

306. 307. 308. Drug Delivery SIG Noelle Comolli and Craig Duvall Skagit 2 Drug Delivery SIG Skagit 2 305. 301. 303. 304. . - - Intracellular Delivery of Macromolecular Therapeutics, Stayton, Patrick University of PhD, Washington Self-assembled Supramolecular Smart (SSS) Nanosystems for Therapy Targeted of Intractable Kazunori Diseases, PhD, Kataoka, University of Tokyo Smart Photonic Biomaterials for Theranostic Applications, Sei Kwang PhD, Hahn, (POSTECH-Korea) Design of Soft-biomaterials Based on the Interfacial Water Structure for Ad vanced Medical Masaru Devices, PhD, Tanaka, University Kyushu Invited Speaker: Invited Speaker: Invited Speaker: Invited Speaker: Invited Speaker: CONCURRENT SESSION 5

Thought Leader: – Allan Hoffman Part 2 Allan Hoffman and Thomas Horbett Skagit 4/5 Thought Leader Skagit 4/5 Invited Speaker: Phosphorylcho line-Based Polymers for Cardiovascular Medical Devices, Ishihara, Kazuhiko University of PhD, Tokyo 297. 298. 299. 300. 5:30 p . m 5:45 p . m 6:00 p . m Session title Moderators Room 4:15 p . m 4:30 p . m 4:45 p . m 5:00 p . m Session title Room 5:15 p . m

40 Society For Biomaterials 2019 Program - , - - - 2 ------; - - , - , J. 2 es, a es,

Immunoisolating

Multi-functional

2019.biomaterials.org 41 2019 Program Society For Biomaterials Panel Discussion: Translational Considerations for 3D Printed Panel Discussion: Translational Biomaterial-Based Constructs SFB Business Plan Competition *BTI* Developing Better Biomaterials: Advances in Technologies and Understanding of Surface Modification Biomaterial Technologies for Hemostasis and Wound Care for Hemostasis and Wound Biomaterial Technologies Panel Discussion: Establishing Industry Experiences During Graduate School Surface Characterization and Modification SIG and Biosensors Bioelectronics • • • • • • •

12:30 PM – 1:45 PM | LUNCH ON OWN 12:30 PM – 1:45 PM | STUDENT LUNCHEON SFB NATIONAL STUDENT CHAPTER MEETING SFB NATIONAL 1:45 PM – 3:45 PM | CONCURRENT SESSION 7 1:45 PM – 3:45 PM | CONCURRENT SESSION 10:30 AM – 12:30 PM | CONCURRENT SESSION 6 10:30 AM – 12:30 PM | CONCURRENT SOCIETY FOR BIOMATERIALS FOR SOCIETY 10:00 AM – 10:30 AM | BREAK IN THE EXHIBIT HALL 10:00 AM – 10:30 5:15 PM – 6:15 PM | SFB ANNUAL BUSINESS MEETING 3:45 PM – 5:15 PM | POSTER SESSION II IN EXHIBIT HALL 3:45 PM – 5:15 PM | POSTER SESSION 8:00 AM – 10:00 AM | PLENARY SESSION II – SFB AWARDS SESSION II – SFB | PLENARY 8:00 AM – 10:00 AM 7:00 AM – 7:45 AM | SPECIAL INTEREST GROUP MEETINGS INTEREST GROUP – 7:45 AM | SPECIAL 7:00 AM 7:00 PM – 10:00 PM | BIOMATERIALS BASH AT THE SEATTLE ART MUSEUM ART THE SEATTLE BASH AT 7:00 PM – 10:00 PM | BIOMATERIALS THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE Thought Leader: ICF Fellows Session Non-Viral Delivery for Gene Therapy and Editing Biomaterials for Regenerative Engineering 1 and Antibiofilm Recent Advances in Antimicrobial Materials 2 Functional Biomaterials to Control and Direct Cellular and Direct Functional Biomaterials to Control Function 1 Biomaterials for Therapeutic Drug Delivery 1 Ophthalmic Biomaterials SIG Biomaterials for Regenerative Engineering 2 Tutorial: Advocating for Biomaterials Tutorial: • • • • • • • • •

IBITION

XH E OPEN REGISTRATION PM 5:00 – AM 7:00 & G N I

9 2 1 0

10:00 pm 9:00 pm 8:00 pm 7:00 pm 6:00 pm 5:00 pm 4:00 pm 3:00 pm 2:00 pm 1:00 pm 12:00 pm 11:00 am 10:00 am 9:00 am 8:00 am 7:00 am FRIDAY, APRIL 5, 2019 5, APRIL FRIDAY,

WEDNESDAY, APRIL 3, 2019 THURSDAY, APRIL 4, 2019 FRIDAY, APRIL 5, 2019 SATURDAY, APRIL 6, 2019 42 2019.biomaterials.org Skagit 2 Skagit 4/5 10:30 am–12:30pm Tahoma Level 10:00 am–10:30 Hall 4F 8:00 am–10:00 Yakima 1 Chelan 2 Yakima 2 Skagit 2 Skagit 3 Chelan 4 Chelan 5 7:00 am–7:45 7:00 am–5:00pm FRIDAY, APRIL5,2019 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA

Engineering CellsandTheirMicroenvironments SIGMeeting Protein andCellsatInterfacesSIGMeeting genome-editing nucleases fortherapy. challenge ofgenomeediting,and highlighttherecent advancesthathavebeenmadeonnon-viraldeliveryof of nucleaseintotargeted cellsexvivoandinvivo.Thissymposium will coverthefundamentals,perspectiveand interest. The therapeuticrelevance of genomeediting,however, ischallengedbythesafeandefficientdelivery been harnessedtointroduce precise andspecificgenomesequencechangeatvirtuallyany locusof the clustered, regularly interspaced,shortpalindromic repeat (CRISPR)-associatedendonucleaseCas9have nucleases, includingzincfinger nucleases (ZFNs),transcriptionactivator-like effector nucleases(TALENs), and on thebenchtoapotentialavenue forthetreatment ofgenetic disorders anddiseases. Three maintypesof and theaudiencewillvoteonwhichteamprovided themostconvincingarguments. of thedebate,thisfundamentalchoiceintissueengineeringwillbe thoroughly illuminatedfrom multipleangles a betterapproach thanthepre-assembly oftissuesex-vivo.Anotherteamwillargue fortheopposite.Incourse Following themodelofatraditionalBritishdebate,teamFellows willargue thatthecreation oftissuesin-situis Moderator: Approaches Concurrent Session6 University ofCalifornia,LosAngeles Stephanie Seidlits,PhD Georgia InstituteofTechnology Edward Botchwey, PhD Rochal Industries,LLC This address willbepresented byBradRodier, PhD Ann BealSalamone,MS Rutgers, TheStateUniversityofNewJersey Joachim Kohn,PhD Thought Leader: Non-Viral DeliveryforGeneTherapyandEditing Non-Viral Orthopaedic BiomaterialsSIGMeeting Opthalmic BiomaterialsSIGMeeting Tissue EngineeringSIGMeeting Immune EngineeringSIGMeeting Cardiovascular BiomaterialsSIGMeeting Targeted genome editingusingprogrammable nucleaseshasrecently rapidlytransformedfrom atechnique Moderators: Contributing SIGs: This isaspecialsession,organized bytheInternationalCollegeofFellowsBiomaterialsScienceandEngineering. Speakers: Break intheExhibitHall Young InvestigatorAward Mid Career Award Technology, Innovation&DevelopmentAward Founders Award Plenary SessionII–SFBAwards Special Interest Group Meetings Registration Open Ali Kademhosseini,PhD,ShellySakiyama-Elbert,HasanUludag, PhDandThomasWebster, PhD Joachim Kohn,PhD QiaobingXu,PhDandYizhou Dong,PhD

ICF Fellows Session: Debate: In-situ Approaches for Tissue CreationICF FellowsSession:Debate:In-situApproaches are forTissue Betterthanex-vivo

Drug Delivery/Nanomaterials

43 FRIDAY, APRIL 5, 2019 2019 Program Society For Biomaterials

SOCIETY FOR BIOMATERIALS FOR SOCIETY Drug Delivery; Nanomaterials; Ophthalmic Biomaterials; Orthopaedic Biomaterials; Surface Orthopaedic Biomaterials; Biomaterials; Nanomaterials; Ophthalmic Drug Delivery; Engineering Cells and Their Microenvironments Roozbeh Ghaffari, PhD, Northwestern University Roozbeh Ghaffari, Horst von Recum, PhD, Case Western Reserve University Case Western Horst von Recum, PhD, Alexandra Rutz, PhD and Alejandro Carnicer-Lombarte, PhD Carnicer-Lombarte, Alexandra Rutz, PhD and Alejandro Guigen Zhang, PhD and Elizabeth Brisbois, PhD Ashley Brown, PhD and Anirban Sen Gupta, PhD Ashley Brown, Kelly Leung, PhD and Brian Aguado, PhD Anita Shukla, PhD and Bingyun Li, PhD Anita Shukla, PhD and Teja Guda, PhD, Michele Jen, PhD, Peter Edelman, PhD and Larry Thatcher, PhD Michele Jen, PhD, Peter Edelman, PhD and Larry Thatcher, Guda, PhD, Teja THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE Moderators: plasma polymerization/treatment, that fall under these topics include polymer coatings, grafting, areas Some research Moderators: an important class of biomaterials and in vivo, are designed to interface with biology in vitro electronics Bioelectronics, Moderators: the provide scientific training in an academic setting, but rarely students rigorous offer Graduate programs Moderators: of new antimicrobial and lack of death worldwide. Drug resistance among the leading causes infections are Microbial Contributing SIG: Moderators: via passive and/or bioactive and long-term wound care short Stopping bleeding (hemostasis) and providing Recent Advances in Antimicrobial and Antibiofilm Materials 2 Antibiofilm Materials and in Antimicrobial Recent Advances Invited Speaker: Bioelectronics and Biosensors Bioelectronics Surface Characterization and Modification SIG Surface Characterization and Modification Contributing SIGs: Contributing Invited Speaker: devices include: (i) wearable sensors for health monitoring, (ii) in Bioelectronic gaining significant interest. that are to an analyte, (iii) implantable an electrical signal output proportional and biosensors that provide diagnostics vitro (ECG, (iv) electrophysiology optoelectronics), devices (e.g. pacemakers, blood glucose monitoring, drug delivery, and regeneration EMG, EEG) and (v) electrical stimulation of cells or tissues for tissue engineering, enhanced including fabrication advances in bioelectronics, efforts therapeutic intervention. This symposium will highlight recent degradability and biocompatibility as well as investigating such as size, softness, flexibility, properties for improved their use in new applications. opportunity to explore career paths in industry. In our proposed session, we seek to disseminate best practices session, In our proposed paths in industry. career opportunity to explore able to gain industry experience students are graduate at a university where for establishing a training program at their that have successfully established training programs will host professors during their academic training. We to discuss the benefits and potential completed such programs, universities, as well as Ph.D. trainees that have during Ph.D. training. drawbacks of incorporating industry experience ion surface modifications; self-assembled coatings, thin film deposition, surface modifications such chemical and and biochemical surface characterization; device-tissue interactions, non-fouling surfaces, microscopic, spectroscopic, coatings, and other implantable medical devices. antimicrobial mechanisms is an important area of biomaterials-based technologies and includes external, intracavitary and of biomaterials-based mechanisms is an important area recent fibers and gels. The goal of this session is to highlight powders, foams, intravascular hemostats, dressings, facilitate discussion of best practices for moving hemostatic technologies advances in hemostatic biomaterials and to in this field that researchers from session will invite presentations the benchtop to the clinic. The proposed from visions of achieved/ongoing/future and relationships, discuss biomaterials design, structure-property-function will be placed on translational aspects of hemostatic technologies. technology translation pathways. An emphasis Panelists: Characterization and Modification; Characterization and Modification; Biomaterials-TissueTissue Engineering; Interactions complicate biofilms can also severely these infections. Microbial of treating the difficulty therapeutics increase can form on structures surface attached microbial three-dimensional, infections. These and lead to chronic treatment defense mechanisms, evading traditional and biological surfaces and exhibit sophisticated a range of medical devices and academia in developing advances spanning industry will focus on recent therapies. This session antimicrobial Strategies discussed may infections. fungal, viral, biofilm and polymicrobial of bacterial, materials for the treatment surfaces, to fabrication of antimicrobial and macromolecules molecules synthesis of new antimicrobial range from etc. drug carriers, hydrogels, and micro-particle device coatings, nano- Panel Discussion: Establishing Industry Experiences During Graduate School Panel Discussion: Establishing Industry Experiences IBITION Care for Hemostasis and Wound Biomaterial Technologies XH E & G N I

9 2 1 0

Chelan 4

Chelan 5

Yakima 2 Yakima

Yakima 1 Yakima

Skagit 3 10:30 am – 12:30 pm 10:30 am –

FRIDAY, APRIL 5, 2019 44 2019.biomaterials.org Skagit 2 Skagit 3 1:45 pm–3:45 Hall 4F 12:30 pm–1:30 12:30 pm–1:30 Chelan 2 10:30 am–12:30pm APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Supported byagrant from

engineering, cancer, microbial infection,andautoimmunediseases. hydrogels, scaffolds, andthinfilms,forapplications includingbutnotlimitedto regenerative medicine/tissue session willfocusonthedevelopment ofthesedrugdeliverysystems,whichincludenanoandmicroparticles, interactions, bondcleavage,reservoir ordiffusion-based control, and/or stimulus-responsive methodologies. This based methodsaswelltargeted, systemictreatments. Controlled drugdeliverycanresult from affinity avoiding complicationssuchasoff-site toxicityanddrug-resistance. Approaches canincludelocalized,depot- changing thefuture landscapeofnewbiomedicalmaterials,products orprocedures. strategies forthepoliticalwarfare forbiomedicalinnovationismore thanjustchangingpublicpolicy;itiskey to practical stepstosuccessfullygettingyourpointacross toaMemberofCongress. Armingyourselfwiththese in research. Discoverthree secrets tomakingawinningcaseforfederalfunding forbiomedicalresearch. Learn spending tobeflatforoveradecade?LearnwhyCongress isnolongeraccountable for reduced investments responsibilities forinnovationanddiscovery. Howdid Congress makespendingdecisions topermitfederalR&D to balancethebudget,reduce government, andfree private sectortoassumelong-standinggovernment medicine. Today however, Congress seemslessinterested inpastaccomplishmentsastheyassumenewpriorities Concurrent Session7 questions theymayhaveaboutlifeafterobtainingtheirdegree. and preparation. Studentswillbeencouraged toparticipateinthediscussionbyaskingourpanelofleadersany ideal career, howtofindopportunitiesthatbestprepare youforagivencareer, andthejobapplicationprocess industry, academia,regulatory agenciesandalternativecareers todiscussoptions,stepstakeachieveyour you knowwhatwantyourcareer tolooklike?Joinusforaspeciallunchpaneldiscussionwithleadersin Speakers: significance totheclinicians,industrymembersandprofessors inacademia. interdisciplinary sessionincludingmaterialscience,chemistry, biology, engineering,andmedicinewillbeofgreat we willalsoprovide discussionsonclinicaltranslationofbiomaterial-basedstrategies.We expectthatour blood contactingimplants,prostheses, andpacemakersinthesession.Inadditiontoengineeringapproaches, we willincludediscussionsforthedevelopmentandcommercialization ofvariousmedicaldevicessuchas drug deliveryandimmunomodulationwillbecovered through oralandposterpresentations. Furthermore, promote differentiation willalsobehighlightedbythissession.Moreover, thebiomaterialsthatcanfacilitate scaffolds, andmetals,tomodulatecellular microenvironments. Thebiomaterialsthatcandirect cellfateand cover tunablebiocompatiblematerialssuchashydrogels, fibers,proteins, carbohydrates,nano/micro-porous with stemcelltherapiesanddevelopmentalbiologytoregenerate orrepair tissuesandorgans. Thissessionwill biomaterials topromote tissueregeneration. Regenerativeengineering combinesbiomaterial-basedapproaches greatly limitstheapplicabilityofthisapproach. Therefore, itisessentialtodevelopengineered multifunctional Although surgical replacement canbeperformedtoaddress thisissue,theinsufficientnumber ofdonors Interaction, OrthopaedicBiomaterials,Dental/CraniofacialCardiovascular Biomaterials Contributing SIGs: Invited Speaker: Biomaterials forTherapeuticDrugDelivery1 Tutorial –AdvocatingforBiomaterials Controlled release approaches havethepotential toeffectively treat avarietyofmedicalconditions,while Moderators: Contributing SIGs: Past federalinvestmentsinbasicbiomedicalresearch have led tosignificantinnovationsandadvancementsin Moderators: Invited Speaker: Have youconsidered whatlifewill belikeafteryouobtainyourBachelor’s, Master’s, orDoctoraldegree? Do Session Chairs: Student Luncheon:BecomingaCompetitiveApplicantinWorld Lunch onown Due todisease,degeneration,ortrauma,there isatremendous needtorepair damagedtissues andorgans. Moderators Biomaterials forRegenerativeEngineering1 BrianThomas,PhD,JohnnaTemenoff, PhD,ChristineHorejs, PhDandMeganJamiolkowski, PhD : GuldenCamci-Unal,PhDandKyleLampe, Joel Bumgardner, PhDandMartineLaBerge, PhD Danielle Benoit,PhDandAnitaShukla, MaggieFettisandJamesShamul MilanYager, AIMBE Cato Laurencin, MD,PhD,UniversityofConnecticutHealthCenter Engineering CellsandTheirMicroenvironments, DrugDelivery Engineering,EngineeringcellsandTheirMicroenvironments, Tissue Biomaterial-Tissue

45 FRIDAY, APRIL 5, 2019 2019 Program Society For Biomaterials Syam Nukavarapu, PhD

SOCIETY FOR BIOMATERIALS FOR SOCIETY Surface Characterization and Modification, Orthopaedic Biomaterials Surface Characterization and Modification, Tissue Engineering Biomaterials and Medical Products Commercialization and Medical Products Biomaterials Biomaterials and Medical Products Commercialization Biomaterials and Medical Products Akhilesh Gaharwar, PhD, Texas A&M University PhD, Texas Akhilesh Gaharwar, Jeremy Gilbert, PhD, Clemson University Jeremy Vipuil Kishore, PhD and Vipuil Kishore, Eric Sussman, PhD and Mark Van Dyke, PhD Eric Sussman, PhD and Mark Van Nureddin Ashammakhi, MD, PhD and Scott Taylor, PhD Scott Taylor, Ashammakhi, MD, PhD and Nureddin Guigen Zhang, PhD and Bingyun Li, PhD Mutaz Habal, PhD, Ali Khademhosseini, PhD and Sam Wadsworth Mutaz Habal, PhD, Ali THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE Contributing SIG: Invited Speaker: Moderators: tissue engineering This session solicits abstracts that focus on the development functional biomaterials for Contributing SIGs: Invited Speaker: Moderators: in designing and developing bio-friendly implants for routine procedure Surface modification has become a The adoption of 3D printing, bioprinting, and other advanced techniques are increasingly used in new product used in new product increasingly are bioprinting, and other advanced techniques The adoption of 3D printing, with early in the United States and in other countries, both notable examples of 3D printed products are There Contributing SIG: Moderators: Do you to become a reality. results than just laboratory more requires Students and post docs: Medical technology Panel Discussion: Translational Considerations for 3D Printed Biomaterial-Based Constructs Biomaterial-Based for 3D Printed Considerations Translational Panel Discussion: Panelists: Moderators: Functional Biomaterials to Control and Direct Cellular Function 1 and Direct Functional Biomaterials to Control applications. Specifically, studies that investigate biomaterial-directed cellular response in the absence of external cellular studies that investigate biomaterial-directed applications. Specifically, include development of novel biomimetic approaches factors) will be highlighted. These studies factors (e.g., growth composition, structure, (e.g., topography, with physicochemical properties for the generation of tissue scaffolds on cell migration, tissue and assessment of the impact of these physicochemical cues mechanics) akin to the target will also showcase in vivo studies that this session Further, and de novo matrix production. differentiation proliferation, studies that focus on Lastly, demonstrate the clinical translational capability of next generation functional biomaterials. of interest. are the investigation of biomaterial-based mechanisms that modulate cellular response Orthopaedic, dental and pacemaker applications as well as other biosensing applications. The surface of a Orthopaedic, dental and pacemaker applications surfaces Many techniques have been utilized to modify the its performance in a host environment. biomaterial affects (e.g. mechanical, biocompatible, corrosion-resistant, properties of biomaterials to obtain innovative or improved interactions between the biomaterial and modification of physicochemical through and biological responsive) advances in surface session, recent and tissue levels. In this cellular, at the molecular, the biological environment biomaterial-tissue interactions at the interface, and basic and modification technologies and characterization, translational studies of surface modified biomaterials will be solicited and presented. focused on various translational considerations, including (1) This session comprises a two-part panel discussion clinical use. for broad translating technologies into products advancing technology out of the lab, and (2) SFB Business Plan Competition *BTI* industry? innovation has the potential to succeed in the medical device believe that your biomaterials-based research aspects designed to challenge you to consider the commercialization Put your skills to the test in this unique session regulatory, investing, industry, (your choice) will be judged by experts from and groups Individuals of your research. to the top teams, including plans. Prizes will be awarded of their commercialization and academia on the strength choice. audience’s and Understanding of Surface Modification in Technologies Developing Better Biomaterials: Advances IBITION SIG: Contributing and technologies have their own specific properties these to advantages they may offer, development. In addition used in a variety of materials already use the same synthetic and biologic of these processes limitations. While many to a safe level. determined and reduced be reasonably risks must process-based marketed products, tracheal implants, include custom and models. Other products guides of surgical creation adoption mainly in the for many and the like. The ultimate promise PEEK craniofacial plates, Orthopaedic implants, pharmaceutical tablets, to advance biomedical products replacements, up to full organ tissue structures, engineered is the potential to build limits. well beyond the current XH E & G N I

9 2 1 0

Chelan 4

Yakima 1 Yakima

Skagit 4/5

Yakima 2 Yakima 1:45 pm – 3:45 pm 1:45 pm –

FRIDAY, APRIL 5, 2019 46 2019.biomaterials.org 7:00 pm–10:00 Yakima 2 Yakima 1 5:15 pm–6:15 Tahoma Level 3:45 pm–5:15 Chelan 2 Chelan 5 1:45 pm–3:45 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Supported byagrant from

SFB NationalStudentChapterMeeting clinicians, industrymembersandprofessors inacademia. including materialscience,chemistry, biology, engineering,andmedicinewill beofgreat significancetothe discussions onclinicaltranslationofbiomaterial-basedstrategies.We expectthatourinterdisciplinary session implants, prostheses, andpacemakers inthesession.Inadditiontoengineeringapproaches, wewillalsoprovide discussions forthedevelopmentandcommercialization ofvariousmedicaldevicessuchasbloodcontacting and immunomodulationwillbecovered through oralandposterpresentations. Furthermore, wewillinclude differentiation willalsobehighlightedbythissession.Moreover, thebiomaterialsthatcanfacilitatedrugdelivery and metals,tomodulatecellularmicroenvironments. Thebiomaterialsthatcandirect cellfateandpromote tunable biocompatiblematerialssuchashydrogels, fibers,proteins, carbohydrates,nano/micro-porous scaffolds, cell therapiesanddevelopmentalbiologytoregenerate orrepair tissuesandorgans. Thissessionwillcover to promote tissueregeneration. Regenerativeengineeringcombines biomaterial-basedapproaches withstem limits theapplicabilityofthisapproach. Therefore, itisessentialtodevelopengineered multifunctionalbiomaterials Although surgical replacement canbeperformedtoaddress thisissue,theinsufficientnumberofdonorsgreatly Interaction, OrthopaedicBiomaterials,Dental/CraniofacialCardiovascular Biomaterials system mayalsobesubmittedforthisSIGSession. the formand/orfunctionofeye.Abstractsfrom related areas ofresearch withstrong applicabilityinthevisual regenerative medicineapplications,orunique animalmodelsthathaveaprimaryfocusinpreserving orrestoring of biomaterialsforuseinophthalmology. Thismayincludedrugdeliverystrategiesorcell-basedapproaches, Moderators: Ophthalmic BiomaterialsSIG Contributing SIGs: Biomaterials forRegenerativeEngineering2 All are welcometoattend!Buseswill startleavingtheWestin SeattleANDtheGrandHyattat6:30pm. Biomaterials BASHattheSeattleArtMuseum SFB AnnualBusinessMeeting Poster SessionIIinExhibitHall Due todisease,degeneration,ortrauma,there isatremendous needtorepair damagedtissuesandorgans. Moderators: The OphthalmicBiomaterialsSIGSessionwelcomessubmissionsthatdescribethedevelopmentand/ortesting GuldenCamci-Unal,PhDandKyleLampe, Rachelle PalcheskoSimko,PhDandHeatherSheardown, PhD Tissue Engineering,EngineeringcellsandTheirMicroenvironments, Tissue Biomaterial-Tissue

47 FRIDAY, APRIL 5, 2019 - , - , 2 , F. , F. 2 2 , A. ; , 1,2 - 2 - 1,3 Johns 3 Universi University 1 3 ; . 2 , M. Sweat M. , , K. Wagner K. , 1 3 , B. Amendt B. , , E. Shirzaei E. , 3 2 University of 2 , W. Grayson W. , University of Iowa Johns Hopkins 1 1,3 2 , L. He , R. Portilo Lara Portilo R. , 2 ; 1 2 , X. Song X. , , H. Konisky H. , 2 1 Northeastern University, University, Northeastern Johns Hopkins School Particle Hydrogel-based Hydrogel-based Particle Model in Rat Muscle Repair of Muscle Volumetric A. Loss D. Shah, S. Ayala*, Rodriguez Christ; University G. Griffin, ofCharlottesville, Virginia, USA VA, Laurencin, MD, PhD, PhD, MD, Laurencin, University of Connecticut Center Health Tricalcium rated 3D-Printed Phosphate Enhances Bone Remy* M. Regeneration Akkouch Qian Hong L. Iowa ofCollege Engineering, USA, IA, City, ofIowa College Dentistry, USA, IA, Iowa City, USA IA, Iowa City, of Iowa, ization of Osteoinductive with Adhesive Composites N. Properties Antimicrobial Annabi* Moghanian A. Sani Angeles, Los ty of California, USA, CA, Angeles, Los 2 USA MA, Boston, for Neuromus Muscle Primed Following cular Regeneration J. Muscle Loss Volumetric Gilbert-Honick* Mao H.-Q. 1 Baltimore, of Medicine, USA, MD, University School of Medicine, USA, MD, Baltimore, Baltimore, Hopkins University, USA MD, Synergistically Mobilize Synergistically Bone Recruit and Locally Enhances Cells Marrow Muscle Regeneration Tear Cuff Rotator Following A. Tellier, L. Anderson*, L. J. Botchwey, E. Brimeyer, Institute Georgia Temenoff; Atlanta, of Technology, Georgia Bone Meshes to Facilitate for Ligament Integration Goldstein*, A. Reconstruction Gadalla; Tech, Virginia D. USA VA, Blacksburg, Microporous Annealed Annealed Microporous MicroRNA-200c Incorpo MicroRNA-200c and Character Synthesis Engineering 3D Skeletal BMP-2 Modified Fiber Modified BMP-2 Invited Speaker: Cato Cato Invited Speaker: Biomolecule Delivery to

Biomaterials for Regenerative Engineering 1 Gulden Camci-Unal and Kyle Lampe Chelan 2 Biomaterials for Chelan 2 404. 397. 399. 402. 403 400. 401. - , , - 1 1 , V. - - 2 , 1 , , 2 Luna Luna 1,2,3 1 ; 1 , E. Miller E. , 1 University of Centre de Centre 3 , S. Boggess S. , 2 1 , S. Cui S. , , N. Huebsch N. , 1 , K. Yoshida K. , Indiana University 1 1,2,3 2 Université Laval, Université Laval, , A. Stahl A. , 1 1 , L. Costella L. , ; 3 3 University of California 1 , J. Mao J. , , B. Siemons B. , , C. Tison C. , ; 1 1 1 1,2 Université Laval Faculty of Dentistry, of Université Laval Faculty Dentistry, Washington University in St. Louis, Louis, University in St. Washington Implantable Neural Electronics Electronics Implantable Neural D. Carnicer-Lombarte, A. Rutz*, A. University of Malliaras; G. Barone, United Cambridge, Cambridge, Kingdom Systems with Advanced Physio with Systems logical and Biochemical Sensing Ghaffari, Roozbeh Capabilities, Northwestern University PhD, ofEnable in vivo Recordings the Eck M. Enteric Nervous System Flores, Rocha P. Guerrero, E. er*, at Texas University ofThe Voit; W. USA TX, Richardson, Dallas, Derived Cardiomyocyte iPS-Cell Systems Based Microphysiological Measurement Force for Contraction Monitoring of Enables Precise Pharmacology and Maturation Charrez* B. Studies for Material Property-Matched Remer* J.D. Interfacing Neural Skoff M. Joshi-Imre A. Charlot Innovations Incorporated, USA, VA, tesville, University Indianapolis, - Purdue USA, IN, Indianapolis, USA TX, Richardson, at Dallas, Texas Membrane Polypyrrole Conductive Applications Z. for Biomedical Zhang* Rouabhia M. Canada, QC, Quebec, du CHU de Québec - Uni recherche Canada, QC, Quebec, versité Laval, 3 Canada QC, Quebec, Charwat Deweshwar N. Healy K. USA, CA, Berkeley, Berkeley, 2 USA MT, Louis, St. Sensor for Monitoring Biological Nguyen*; University of T. Pressures USA CT, Storrs, Connecticut, Immobilized Liquid Coatings for Immobilized Liquid Coatings Integration ofIntegration in Human Micropillars Materials Nanofiber-Based Flexible and Electrically Stable Flexible A Biodegradable Piezoelectric Force Force Piezoelectric Biodegradable Invited Speaker: Soft, Epidermal Soft, Invited Speaker: to Arrays Electrode Conformal

Bioelectronics and Bioelectronics Biosensors Alexandra Rutz and Carnicer- Alejandro Lombarte Chelan 4 Bioelectronics and . Bioelectronics Chelan 4 396. 389. 391. 392. 394. 395. 393. ; - - - , 2 1 , K. - 2 , M. , 1 1 Eunice 3 , R. , A. Jin A. , 2 3 , S. Wu 2 University University 2 , A. Janorkar A. , , R. Williamson R. , 1 2 University of , J. Zhou J. , , D. Sackett D. , 1 Alaska Fisheries Fisheries Alaska 2 , J. Robbins J. , 1 1,2 ; 1 1 North Carolina State State North Carolina 1 10:30 AM – 12:30 PM AM – 12:30 10:30 ; Center for Coastal for Coastal Center 2 1,2 • Donghua University, Shanghai, Shanghai, Donghua University, NIBIB/NIH, Bethesda, MD, USA, USA, MD, Bethesda, NIBIB/NIH, National Institute of Biomedical Microscopy Characterization of Characterization Microscopy Drug-stabilized Y.- Microtubules Chiang* L. Richardson 1 2 Imaging and Bioengineering/ USA, MD, Bethesda, NIH, Shriver National Kennedy Institute of and Child Health Human Development (NICHD)/ USA MD, Bethesda, NIH, Surfaces for Enhancing Cell ofAnti-tumor Responses Im Liu, Q. Chen*, H. mune Cells Chen; Soochow University, G. China Suzhou, Tag tween Satellite Telemetry Whale Blubber in a Drag and R. Bloch*, Simulation E. Force Jiang, J. Johnson, E. Jones, Zerbini A. Bioactive SiC of a Novel Porous M. Engineering Scaffold Tissue John M. Marriott, I. Greenier*, El-Ghannam; University A. son, of at Charlotte, North Carolina USA NC, Charlotte, Marquart M. Roach M. Medical Center, Mississippi USA, MS, Jackson, of Medical Center, Mississippi USA MS, Jackson, Anti-fouling Polymers via Anti-fouling Polymers Chemistry Pyrogallol-based National Tsai; W.-B. Yeh*, S.-L. Taipei, University, Taiwan Taiwan Rajachar; WA, Seattle, Science Center, USA, MA, Provincetown, Studies, USA King USA, NC, Raleigh, University, 2 China ofAntibacterial Efficacy Titanium Oxides UVA-Treated Johnson* H. Elastin-Like Polypeptide and Polypeptide Elastin-Like for Polyethyleneimine Cultures Cell Three-Dimensional Janorkar; A. Pal, P. Cobb*, J. University of Medi Mississippi USA MS, Jackson, cal Center, by Surface Coating Stimuli Tissue for Based Scaffolds Fiber Engineering a Tendon-Bone Ramakrishna* Junction H. ImageJ and Atomic Force Atomic Force ImageJ and Synthesis and Characterization and Characterization Synthesis Photocatalytic Activity and Surface Modification Using ofIncorporation Biochemical Synthetic Glycocalyx on Synthetic Be Analysis of Forces Shear Surface Conjugation ofSurface Conjugation

Surface Characterization and Modification SIG Guigen Zhang and Elizabeth Brisbois Chelan 5 Surface Characterization . Chelan 5 381. 383. 384. 387. 382. 388. 385. 386. 10:30 AM – 12:30 PM AM – 12:30 10:30

• Teja Guda, PhD, PhD, Guda, Teja University The at San ofTexas Antonio Michele Jen, PhD Michele Jen, Edelman, Peter PhD PhD, Larry Thatcher, TESco Associates Invited Speaker: Invited Speaker: Invited Speaker: Invited Speaker: Discussion continues Discussion Panel Discussion: Establishing Industry Experiences During Graduate School Kelly Leung and Brian Aguado 2 Yakima Panel Discussion . 2 Yakima 377. 378. 379. 380. - , - - , 3 , 2 2 , ; , D. , D. NC ; , A. , 3 - 2 2 2 ; 1,2 1,2 1,2 1 - , 2 , S. , C. North 1 2 1 ; , G. 1 , S. Landes S. , , M. Fay 1,2 Vanderbilt Vanderbilt 3 , T. Barker T. , University of 2 , A. Pollins A. , , K. Rege K. , 3 University of 1,2 1 , J. Keun Lee Keun J. , 1 , E. Sproul E. , 1,2 2 1 University of , K. Liechty K. , 3 , C. Zgheib C. , Emory Universi 5 3 2 2 , A. Basiri A. , 1 , J. Davidson J. , , L. Nanney L. , , Y. Yao , Y. 2 1 , M. Harp M. , 1 , A. Brown A. , , M. Krebs M. , 3 , W. Lam, W. 1 University of Central , D. Gosh D. , Vanderbilt University, University, Vanderbilt 3 1,3 , S. Seal S. , Midwestern University, Midwestern University, 1 1 , J. Martin J. , 3 4,5 2 1 ; , S. Hilton S. , 1 1 , K. Mohanty K. , , D. Chambers D. , FRIDAY, APRIL 5, 2019 2019 APRIL 5, FRIDAY, 3

1,2 Colorado School of Mines, School ofColorado Mines, Georgia Institute of Technology, Institute ofTechnology, Georgia University, State North Carolina Tempe, University, Arizona State North Carolina State University, University, State North Carolina • Hemostatic Output with using Particles Platelet-inspired Clot-augmenting Nanomate K. Luc, N. Sekhon*, rials U.D.S. Sen Gupta; Case A. Swingle, University, Reserve Western USA OH, Cleveland, platelet-like particles J. Nico J. particles platelet-like sia* Abebayehu Brown A. 1 USA, GA, Atlanta, USA, GA, Atlanta, ty, USA, VA, Charlottesville, Virginia, 4 USA, NC, Raleigh, at Chapel Hill, North Carolina USA NC, Chapel Hill, of Poly(thioke ROS-degradable Variants Scaffold tal) Urethane Patil* P. Cardwell N. Guelcher S. Duvall USA, TN, Nashville, University Medical Center, USA TN, Nashville, Cryogels Zwitterionic Release J. Healing for Wound Newsom* Sener Singh S. 1 USA, CO, Golden, School ofColorado Medicine Aurora, Hospital, and Children’s USA, CO, USA FL, Orlando, Florida, using Mid Infrared and Repair Ridha* Lasers I. Gudesala Kilbourne J. 1 USA, AZ, USA AZ, Tempe, Bonding Using Tissue Epithelial Upconversion Nanoparticles / Bengal Conju – Rose Hyaluronate Han; S. Hahn*, S.K. gate Complex University of Science and Pohang of Republic Pohang, Technology, Korea Platelet-like Particle Mediated Particle Platelet-like Matrix Deformation to Improve Nandi* Outcomes S. Healing Joshi Muller M. University/The State Carolina University ofat North Carolina USA, NC, Raleigh, Chapel Hill, USA, NC, Raleigh, University, State 3 USA NC, Raleigh, for System Integrated Hydrogel Infection Monitoring Real-Time Q. Treatment and Dynamic Lie; M. Gao, C. Lou, D. Pang*, Hangzhou, Zhejiang University, China Stiffness-dependent toxicity of toxicity Stiffness-dependent Tissue Sealing Chromophore-free Noninvasive Photochemical Ultrasound Stimulation Enhances Stimulation Ultrasound Electronic/Smart Flexible A Modular Amplification ofModular Self-Healable and Sustained Self-Healable

Porcine Porcine Wound Healing Testing

Biomaterial Technologies Biomaterial Technologies for Hemostasis and Wound Care and Anirban Ashley Brown Sen Gupta 1 Yakima . Biomaterial Technologies 1 Yakima 369. 370. 371. 372. 375. 376. 373. 374. - FRIDAY, APRIL 5, 2019 2019 APRIL 5, FRIDAY, - - - , - , 2 , 1 - , C. 1 1 , H. 1 • Geor 1 ; , X. Mi 1 1 , B. Lee Emory 2 2 Department 1 ; 3 , A. García A. , Department of 2 , C. Heldt C. , 1,2 , J. Osborne J. , 1 2 , P. Kord Forooshani Kord P. , 1 Department of Civil and Recum, PhD, Case Western Western Case PhD, Recum, University Reserve Molecular Weight on Molecular Weight Antibacterial Activity of Multilayer Polyelectrolyte D. Shukla*, A. Films University, Brown Alkekhia; USA RI, Providence, Exhibits Hydrogel Cellulose Bactericidal Activity Against pneumoniae coli and K. E. Cheng, M.K. Arias*, S. Devorkin, J. Civantos, A. Allain; J.P. Jaramillo, C. University of Illinois at Ur Urbana, bana-Champaign, USA IL, injectable Chitosan/Polyol Model in an vitro Paste Pace*, of Osteomyelitis L. Jennings; J.A. Harrison, Z. University of Memphis, USA TN, Memphis, Biofilm Reduce Hydrogels and in vitro Formation Wroe* Infection in vivo J. Johnson gia Institute ofTechnology, USA, GA, Atlanta, USA GA, Atlanta, University, Wraps to Treat Infection and Treat to Wraps Bone Regeneration Improve Cos E. McCune, J. Buie*, T. University griff-Hernandez; TX, Austin, ofat Austin, Texas USA for On-demand Microgels ofGeneration Per Hydrogen oxide and Antipathogenic Ap Pinnaratip* plication R. Meng Joshi P. Frost M. Meingast C. of Biomedical Engineering, Michigan Technological Houghton, University, USA, MI, Chemical Engineering, Uni Michigan Technological USA, MI, Houghton, versity, 3 Engineering, Environmental Michigan Technological MI, Houghton, University, USA Evaluation ofEvaluation Blended Bacteriophage Delivering Adhesive Antimicrobial Adhesive Antimicrobial Biomimetic Recyclable Invited Speaker: Horst von Invited Speaker: Influence of Poly-L-Lysine Poly-L-Lysine Influence of

Nano-patterned Bacterial

Recent Advances in and Antimicrobial Antibiofilm Materials 2 Anita Shukla and Bingyun Li Skagit 3 Recent Advances in . Skagit 3 361. 363. 364. 367. 368. 365. 366. ------; . - - , - 1 , K.-T. , K.-T. , I. Clem 3 1,2 1,2,3,5 1 Johns CONCURRENT SESSION 6 3 ; 1 Clemson 1 , Y. Hu, Y. ; Johns Hopkins Johns Hopkins Johns Hopkins 2 Johns Hopkins 2 4 5 1,2 , J. Woo 2 1 , D. Oglesby D. , 1 , H.-Q. Mao H.-Q. , Greenville Health Health Greenville 4 2 , C. Macks C. , 1 Johns Hopkins Univer Nanoparticles Deliver mRNA FAH Therapeutic to Normalize Liver and Extend Function Survival in a Mouse Model of Hepatorenal Type Tyrosinemia Siegwart*; UT I D. Southwestern Medical USA TX, Dallas, Center, mRNA Delivery in Hu mRNA Cytotoxic man Primary Using Lymphocytes T Lipidoid Synthetic Zhao*, Nanoparticles X. University, Tufts Xu; Q. USA MA, MA, ester) Poly(B-amino Nanoparticles Enable Intracellular Robust Delivery and Protein Gene Edit CRISPR/Cas9 K. Wilson, D. Rui*, Y. ing JohnsGreen; J. Sanders, Hopkins University School of Medicine, USA MD, Baltimore, for TRAIL Secreted Therapy H. Cancer Zamboni, C. Vaughan*, Bhardwaj, P. Radant, N. Green; J. Francisco, D. Johns Hopkins Univer USA MD, Baltimore, sity, ofterm Stability PgP/ with pGFP Polyplexes Cryoprotectants Varying Lee* J.S. Kim Clemson, son University, USA, SC, Baltimore, University, USA MD, Trans for High Gene with fection Efficiency Optimization Structure by Molecular Dynamic III*, Liang, Simulation H. K. Jin, R. Hu, A. Chen, X. Nie; National Y. Wang, Engineering Research for Biomaterials, Center Sichuan University, China Chengdu, of siMDR1 and Doxo rubicin to Overcome in Drug Resistance Models Cancer Breast Lee* J. Cornett W. SC, Clemson, University, USA, SC, Greenville, System, USA as a Scalable Production Method for Therapeutic pDNA/lPEI Nanoparticles Liu* H.-w. Minn 1 Whiting School ofsity Baltimore, Engineering, USA, MD, Balti University INBT, USA, MD, more, Hopkins University School Baltimore, of Medicine, USA, MD, University School of Medi Baltimore, cine Radiology, USA, MD, University Translational Engineering Tissue MD, Baltimore, Center, USA Characterization ofCharacterization Long- Dendritic Lipopeptides Combinatorial Therapy Therapy Combinatorial Flash Nanocomplexation Flash Nanocomplexation Dendrimer-based Dendrimer-based Lipid Non-viral Non-viral Intracellular Polymer Nanoparticles Carboxylated Carboxylated Branched

Non-Viral Delivery for Gene Therapy and Editing Qiaobing Xu and Dong Yizhou Skagit 2 Non-Viral Delivery Skagit 2 353. 354. 355. 356. 359. 360. 357. 358. . CONCURRENT SESSION 6 Ali Kademhosseini, Ali Kademhosseini, University PhD, Los of California, Angeles In-situ Approaches In-situ Approaches for Tissue Creation than Better are Approaches, ex-vivo Shelly Sakiyama The PhD, Elbert, University of Texas at Austin PhD, Hasan Uludag, University of Alberta Webster, Thomas Northeastern PhD, University Invited Speaker: Invited Speaker: Invited Speaker: Invited Speaker: Discussion continues Discussion Thought Leader: ICF Fellows Session: Debate: In-situ Approaches for Tissue Creation Better than ex- are vivo Approaches Joachim Kohn Skagit 4/5 Thought Leader Skagit 4/5 349. 350. 351. 352. Session title Moderators Room 10:30 a . m 10:45 a . m 11:00 a . m 11:15 a . m 12:00 noon 12:15 p . m Session title Room 11:30 a . m 11:45 a . m

48 Society For Biomaterials 2019 Program - , - , 2 , F. , F. 2 2 , A. ; , 1,2 - 2 - 1,3 Johns 3 Universi University 1 3 ; . 2 , M. Sweat M. , , K. Wagner K. , 1 3 , B. Amendt B. , , E. Shirzaei E. , 3 2 University of 2 , W. Grayson W. , University of Iowa Johns Hopkins 1 1,3 2 , L. He , R. Portilo Lara Portilo R. , 2 ; 1 2 , X. Song X. , , H. Konisky H. , 2 1 Northeastern University, University, Northeastern Johns Hopkins School Particle Hydrogel-based Hydrogel-based Particle Model in Rat Muscle Repair of Muscle Volumetric A. Loss D. Shah, S. Ayala*, Rodriguez Christ; University G. Griffin, ofCharlottesville, Virginia, USA VA, Laurencin, MD, PhD, PhD, MD, Laurencin, University of Connecticut Center Health Tricalcium rated 3D-Printed Phosphate Enhances Bone Remy* M. Regeneration Akkouch Qian Hong L. Iowa ofCollege Engineering, USA, IA, City, ofIowa College Dentistry, USA, IA, Iowa City, USA IA, Iowa City, of Iowa, ization of Osteoinductive with Adhesive Composites N. Properties Antimicrobial Annabi* Moghanian A. Sani Angeles, Los ty of California, USA, CA, Angeles, Los 2 USA MA, Boston, for Neuromus Muscle Primed Following cular Regeneration J. Muscle Loss Volumetric Gilbert-Honick* Mao H.-Q. 1 Baltimore, of Medicine, USA, MD, University School of Medicine, USA, MD, Baltimore, Baltimore, Hopkins University, USA MD, Synergistically Mobilize Synergistically Bone Recruit and Locally Enhances Cells Marrow Muscle Regeneration Tear Cuff Rotator Following A. Tellier, L. Anderson*, L. J. Botchwey, E. Brimeyer, Institute Georgia Temenoff; Atlanta, of Technology, Georgia Bone Meshes to Facilitate for Ligament Integration Goldstein*, A. Reconstruction Gadalla; Tech, Virginia D. USA VA, Blacksburg, Microporous Annealed Annealed Microporous MicroRNA-200c Incorpo MicroRNA-200c and Character Synthesis Engineering 3D Skeletal BMP-2 Modified Fiber Modified BMP-2 Invited Speaker: Cato Cato Invited Speaker: Biomolecule Delivery to

Porcine Porcine Wound Healing Testing

Nano-patterned Bacterial

2019.biomaterials.org 49 ------; 1 - , M. 2 Univer University 2 1 ; 1,2 , B. Ratner B. , School of Med 2 2 , B. Hwang B. , 1 , K. Leach K. , 1 University of Washington, University of Washington, Hyperbaric Oxygen-Gen Developing an Economical 3D Collagen Scaffolds for Scaffolds 3D Collagen Skeletal Muscle Tissue M. Basurto*, Engineering I. Caliari; S. Christ, G. Mora, University of Virginia, USA VA, Charlottesville, acrylic Acid-Based Hydrogel Phenotype on Macrophage Car Muscle M. in Skeletal University Sefton; M. leton*, ON, Toronto, of Toronto, Canada Skeletal for Enhancing Local W. Muscle Regeneration M. Anderson, S. Han*, Y. Garcia, A. Mohiuddin, Institute of Georgia Jang; USA GA, Atlanta, Technology, Templated Precision-Porous Biomaterials Paper-Based for Hydrogels erating Enhanced Wound Healing Incheon Na Park*; K.M. Incheon, tional University, ofRepublic Korea Gelatin-Poly Fibrous for Scaffold urethane M. Skin Regeneration Wright, M. Sheikholeslam*, S. Oh, H.H. Cheng, N. M. Santerre, P. Amini-Nik, University ofTo Jeschke; Canada ON, Toronto, ronto, Sequester Endogenous by Secreted Factors Growth Cell Mesenchymal Stem Gionet-Gonza M. Spheroids les* Davis, Davis, of California, USA, CA, UC Davis Health, icine, USA CA, Sacramento, Induce Unique Scaffolds and Cell Pro-Healing J. Exosome Populations Bryers* Mulligan 1 USA, WA, Seattle, sity ofMedical Washington USA WA, Seattle, School, Medicine for Personalized Engi and Regenerative Camci-Unal*; neering G. University of Massachusetts USA MA, Lowell, Lowell, Aligned and Conductive Aligned and Conductive ofEffect Meth a Degradable Sulfated Alginate to

Biomaterials for Regenerative Engineering 2 Gulden Camci-Unal and Kyle Lampe Chelan 2 453. 454. Hydrogel Wnt7a-Releasing 455. 459. 460. 456. Biomaterials for Reg . Chelan 2 457. 458. , - - 1 - - - The The - , J. 2 The The - - 2 1 , M. 1 ; 1,2 , Y. Du, Y. , A. Fein A. , , K. Jacobs K. , 1 2 1 The Ohio State Ohio State The University of 2 2 , J. Lannutti J. , Carnegie Mellon Carnegie 1 1 The Ohio State Ohio State The ; 1 1 , K. Swindle-Reil K. , 2 ; 1,2 Wrapped Cells Cells Wrapped Enhanced Demonstrate into Integration Endothelium Corneal Palchesko* R. Mucoadhesive Micelles of Properties Funderburgh berg Pittsburgh, University, USA, PA, Pittsburgh, Pittsburgh, USA PA, Vitreous Hydrogel Substi Tram* tute N. Swindle-Reilly K. University, Ohio State USA, OH, Columbus, University Ohio State Medical Center, Wexner USA OH, Columbus, using Meth Microneedle acrylated Hyaluronic ofAcid for Extraction in Ocular Biomarkers Lee, J. Park*, Fluids S.H. University, Yonsei Ryu; W. of Republic Korea Seoul, Biopoly Radiolabeling Isolation and Charac of Dry Treatment for the Lasowski*, F. Disease Eye Hicks, E.A. Muirhead, B. H. Yasin, N. Rambarran, T. McMaster Sheardown; ON, Hamilton, University, Canada Acrylate Materials Storage Under Different Hu*, C. Environments Johnson and Lowery; M. Santa Johnson Vision, USA CA, Ana, Bi-layered Capsule for Capsule Bi-layered Sustainable Delivery of Therapeutics P. Protein Jiang* Ohr ly Columbus, University, USA, OH, Med University Wexner Columbus, ical Center, USA OH, mers and Synthetic for Precise Polymers H. Liu*, Quantification L. McMaster Sheardown; ON, Hamilton, University, Canada terization ofWall Inner ofEndothelial Cells the Using Canal Schlemm’s Polymer a Citrate-based Va A. Ramachandra*, S. Johnson, M. habikashi, Ameer; Northwestern G. IL, Evanston, University, USA ECM Protein Shrink- ECM Protein An Antioxidant-Releasing An Antioxidant-Releasing Injectable Biodegradable Injectable Biodegradable

Ophthalmic Biomaterials SIG Rachelle Pachesko Simko and Heather Sheardown Chelan 5 445. 446. of Swellable Fabrication 447. 451. 452. 448. Ophthalmic . Chelan 5 449. 450. , - - ; ; 1,2 - 1 - - , L. , L. ; 1,2 , 2 1 1 1,3 , G. 1 School 3 , K. Clark K. , , J. Burdick J. , 2 , G. Doron G. , , K. Leach K. , 1,2 1 2 , C. Vorwald C. , , J. Temenoff J. , 1 1 VA Medical Center, Medical Center, VA Georgia Institute Georgia 2 2 1:45 PM – 3:45 University of California, University of California, UC Davis School of University of Pennsyl Georgia Institute ofGeorgia engineered Biomaterials engineered and Direct to Control Functions, Cellular PhD, Akhilesh Gaharwar, A&M University Texas of Role The Substrate Hydrogel-based in vitro in vitro Hydrogel-based Secre Nascent Protein Injectable Composite Culture Substrate Substrate Culture MSCs to Direct Potential Proangiogenic ROS-NRF2-HIF through C.Y. Yang*, Signaling H. Nanyang Lee; M.K.H. Tay, University, Technological Singapore Singapore, MSC Expansion Promote and Proregenerative for Rotator Priming Cuff Muscle Healing Ogle* M. Levy M. Galuppo 1 USA, CA, Davis, Davis, 2 Medicine, Veterinary USA, CA, Davis, UC Davis of Medicine, CA, Sacramento, Health, USA Cell in Stem Stiffness of Plasmid Transfection Dna Using Lipid-Based Modare Nanocarriers S. Whitlow, J. Pacelli, S. si*, University of Paul; A. KS, Lawrence, Kansas, USA 1 and Emory Technology GA, Atlanta, University, USA, Atlanta, of Technology, USA GA, Glioblastoma Spheroid M. Hill*, Models L. Ortlund, J. Imaninezhad, Zustiak; S. Conley, J. University, Saint Louis USA MO, Saint Louis, Mecha Cell tion Directs nosensing and Function in Three-Dimensional Claudia* C. Hydrogels Mauck R. 1 PA, Philadelphia, vania, USA, USA PA, Philadelphia, for Bone Hydrogels in a Sheep Repair Bone Defect Model M. Gionet-Gonzales* Ingavle Bohannon Invited Speaker: Nano Invited Speaker: Hydrogel Surfaces Hydrogel

• Functional Biomaterials to and Direct Control Cellular Function 1 and Vipuil Kishore Syam Nukavarapu Chelan 4 437. 439. Soft Hydrogel as Cell as Cell Hydrogel Soft 439. 440. 444. Functional . Chelan 4 441. 442. 443. - , 1 - - , K. , M. - 1 1:45 PM – 3:45 2 -

- - ; 1,3 , Z. , H. Doi H. , • 1 1 . Georgia Georgia 3 Tokyo Medical Tokyo 1 ; , B. Boyan B. , 1 , M. Tsukamoto M. , , D. Cohen D. , 2 1 1,2 Osaka University, University, Osaka , Y. Tsutsumi Y. , 2 1 University of Texas 2 Virginia Commonwealth Commonwealth Virginia Promoted Osteoconduc Promoted bert, PhD, Clemson University PhD, bert, Takenaka Ashida Hanawa T. Tokyo, and Dental University, Japan, Japan Osaka, Peptide Decoration of Decoration Silk Peptide M. Hydrogels Fibroin-based Kaplan; D. Grant, J. McGill*, Medford, University, Tufts USA MA, Electrical Dou The Property: ble Layer and Its Molecular G. Capability Interrogation Zhao; University of Y. Zhang*, USA KY, Lexington, Kentucky, Nitric Oxide Catalyzed Biocom Fouling Ultra-low ofEffect Bone Remodel with Titanium tivity of Chessboard-patterned Surface Nano Topography by Femtosecond Fabricated Chen* P. Laser Irradiation Release Via Cu Nanopar Release in to Increase ticles Leads and Effects Antimicrobial Hemocompatibility for Extracorporeal Short Term M. Douglass*, M. Circulation Singha, P. Panta, J. Goudie, Handa; H. Hopkins, S. Athens, University of Georgia, USA GA, patible Polycarboxybetaine Hung, H.-C. Wu*, K. Coatings Jiang; University S. Zhang, P. WA, Seattle, of Washington, USA on Factors ing Coupling Osteogenic Differentiation of Human Mesenchymal Induced by Micro Cells Stem Titanium structured Surfaces Deng* J. Schwartz 1 VA, Richmond, University, USA, San Science Center, Health USA, TX, Antonio, Institute of Technology, USA GA, Atlanta, Invited Speaker: Jeremy Gil Jeremy Invited Speaker: A Less-Explored Surface Less-Explored A

Developing Better Biomaterials: Advances and in Technologies Understanding of Surface Modification Guigen Zhang and Bingyun Li 1 Yakima 429. 431. Enzyme-Mediated 431. 432. 436. Developing Better 1 Yakima 433. 434. 435. - , 2

, C. 1 , E. Krech E. , 2 University of 1 ; FRIDAY, APRIL 5, 2019 FRIDAY, 1,2,3 KU, Lawrence, KS, KS, Lawrence, KU, LLC, Medical, Evoke

2 3 • B-CULTURE, R. Canadas, J. J. Canadas, R. B-CULTURE, Hydrogel for Treating Neo Treating for Hydrogel vascular Ocular Diseases Nguyen, P. Sarkar*, B. Kumar; V. Siddiqui, Z. Jersey Institute ofNew NJ, Newark, Technology, USA a — Stimulating PiezoNail Fracture to Better Pathway Pessia* Z. Healing Cunningham Friis E. KS, Lawrence, Kansas, USA, USA, USA KS, Lawrence, Retinal Revolutionizing F. Detachment Surgery Muirhead, B. Lasowski*, McMaster Sheardown; H. ON, Hamilton, University, Canada M. Oliveira, A. P. Marques, Marques, P. A. Oliveira, M. Research 3B’s Reis., R.L. University of Group, PORTUGAL Minho, SAPHTx: Injectable LLC: Medical, Evoke

SFB Business Plan Competition *BTI* Dyke Mark Van Skagit 4/5 & Introduction: Welcome PhD Dyke, Van Mark 421. 422. : HumeurVitrée 423. AND ANNOUNCED, RESULTS MADE AWARDS SFB Business Plan . Skagit 4/5 424. Q&A VOTING FRIDAY, APRIL 5, 2019 FRIDAY, • Habal, PhD, Tampa Bay Tampa PhD, Habal, Center Craniofacial Wadsworth, Aspect Wadsworth, Biosystems Ltd. PhD, Khademhosseini, University of California, Angeles Los Invited Speaker: Mutaz Invited Speaker: Invited Speaker: Sam Invited Speaker:

Discussion continues Discussion Panel Discussion: Translational Considerations for 3D Printed Biomaterial- Based Constructs Nureddin Ashammakhi and Scott Taylor 2 Yakima 417. 418. Ali Invited Speaker: 419. Panel Discussion: . 2 Yakima , - - - - , - 1,2 1 , . - , B. - 2 - , Y. , Y. - - - 1,2 1,2 , Y. , Y. , Z. - 2 2 , J.E. J.E. , CONCURRENT SESSION 7 Luna In Luna 1,2 1 , M. , D. , D. 1 ; 1 1 , R. Fecek R. , Vanderbilt Vanderbilt 1 1 University of , J. Mao J. , , C. DeJulius C. , 1 University , M. Newman M. , University Duquesne ; 1 1 2 2 2 Cornell Uni Cornell 1 ; University of 1 , B. Xiao B. , 1,2 1 ; 1,2 ; , W. Storkus W. , 1 1,2 2 1 , C. Tison C. , 2 Massachusetts General General Massachusetts University of PIttsburgh, University of PIttsburgh, Glycogen Synthase Glycogen Synthase AR28 Is Kinase Inhibitor Critical for Osteogenic Selectivity in MSCs D. Benoit* Ackun-Farmmer M. Wang Puzas Rochester, Rochester, USA, NY, of Medical Rochester NY, Rochester, Center, USA Nanofiber-based Opioid Nanofiber-based tion as an Innovative to Biophar Approach maceutical Formulation Appel*, and Delivery E. Smith; A. Maikawa, C. University, Stanford USA CA, Stanford, Delivery ofgered Small Molecules from Biomaterials C. Hydrogel Ruskowitz, E. DeForest*, B. Comerford, M. University ofBadeau; Seattle, Washington, USA WA, for Im dant Copolymers ROS Scavenging proved Osteo Traumatic in Post Miskalis* arthritis A. Dollinger Duvall C. Nashville, University, USA, TN, Pittsburgh, University, USA PA, Bandages for Localized of Burn Treatment Skoff* M. Pain Patterson You novations Incorporated, USA, VA, Charlottesville, 2 MA, Boston, Hospital, USA Heparin-based IL-12 Heparin-based IL-12 Depots Func Polybubble Design of Semi-Ran Complex Coacervate Coacervate Complex Inhibits B16F10 Mela Progression noma Tumor Hwang* M. Qin T. Wang USA, NY, Ithaca, versity, 2 USA PA, Pittsburgh, Theranos tioning as a tic-enabling Anti-cancer S. Platform Technology D. Good, J. Arun Kumar*, Y.-Y. Souery, W. Hendrix, Texas Bishop; C. Jhan, College A&M University, USA TX, Station, domized Zwitterionic to Prevent Peptides Serum Aggregation of Nanoparticles Polymeric III* Overby, C. Benoit Rochester, Rochester, USA, NY, of Medical Rochester NY, Rochester, Center, USA Sustained Delivery of Supramolecular PEGyla Supramolecular Assessment of Antioxi

Biomaterials for Therapeutic Drug Delivery 1 Danielle Benoit and Anita Shukla Skagit 2 409. 410. Stimuli-Trig Logical 411. 412. 416. Biomaterials for Ther Skagit 2 413. 414. 415. CONCURRENT SESSION 7 Politics of StupidityPolitics – A Biomedical Milan Perspective, AIMBE Yager, Invited Speaker:

Discussion continues Discussion Tutorial: Tutorial: Advocating for Biomaterials Joel Bumgardner and Martine LaBerge Skagit 3 405. . Tutorial: Skagit 3 Session title Moderators Room 1:45 p . m 2:00 p . m 2:15 p . m 2:30 p . m 3:30 p . m Session title Room 2:45 p . m 3:00 p . m 3:15 p . m

50 Society For Biomaterials 2019 Program ------; 1 - , M. 2 Univer University 2 1 ; 1,2 , B. Ratner B. , School of Med 2 2 , B. Hwang B. , 1 , K. Leach K. , 1 University of Washington, University of Washington, Hyperbaric Oxygen-Gen Developing an Economical 3D Collagen Scaffolds for Scaffolds 3D Collagen Skeletal Muscle Tissue M. Basurto*, Engineering I. Caliari; S. Christ, G. Mora, University of Virginia, USA VA, Charlottesville, acrylic Acid-Based Hydrogel Phenotype on Macrophage Car Muscle M. in Skeletal University Sefton; M. leton*, ON, Toronto, of Toronto, Canada Skeletal for Enhancing Local W. Muscle Regeneration M. Anderson, S. Han*, Y. Garcia, A. Mohiuddin, Institute of Georgia Jang; USA GA, Atlanta, Technology, Templated Precision-Porous Biomaterials Paper-Based for Hydrogels erating Enhanced Wound Healing Incheon Na Park*; K.M. Incheon, tional University, ofRepublic Korea Gelatin-Poly Fibrous for Scaffold urethane M. Skin Regeneration Wright, M. Sheikholeslam*, S. Oh, H.H. Cheng, N. M. Santerre, P. Amini-Nik, University ofTo Jeschke; Canada ON, Toronto, ronto, Sequester Endogenous by Secreted Factors Growth Cell Mesenchymal Stem Gionet-Gonza M. Spheroids les* Davis, Davis, of California, USA, CA, UC Davis Health, icine, USA CA, Sacramento, Induce Unique Scaffolds and Cell Pro-Healing J. Exosome Populations Bryers* Mulligan 1 USA, WA, Seattle, sity ofMedical Washington USA WA, Seattle, School, Medicine for Personalized Engi and Regenerative Camci-Unal*; neering G. University of Massachusetts USA MA, Lowell, Lowell, Aligned and Conductive Aligned and Conductive ofEffect Meth a Degradable Sulfated Alginate to

, C. 1 , E. Krech E. , 2 University of 1 ; FRIDAY, APRIL 5, 2019 FRIDAY, 1,2,3 KU, Lawrence, KS, KS, Lawrence, KU, LLC, Medical, Evoke

2019.biomaterials.org 51 2019 Program

Society For Biomaterials Functional Biomaterials to Control and Direct Cellular and Direct Functional Biomaterials to Control Function 2 for Neural Applications 2 Biomaterials Engineered in Health and Disease Microenvironments Engineered 3D Bioprinting Applications in Tissue Engineering and Regenerative Medicine • • • • 10:00 AM – 10:30 AM | BREAK 8:00 AM – 10:00 AM | PLENARY SESSION III – SESSION III | PLENARY 8:00 AM – 10:00 AM ACTA BIOMATERIALIA GOLD & SILVER MEDALS GOLD & SILVER BIOMATERIALIA ACTA 10:30 AM – 12:30 PM | CONCURRENT SESSION 8 10:30 AM – 12:30 PM | CONCURRENT SOCIETY FOR BIOMATERIALS FOR SOCIETY Tutorial: Best Practices for Immunohistochemistry – Tutorial: Other Responses to Medical Devices Body and Foreign Biomaterials for Therapeutic Drug Delivery 2 Panel Discussion: Biomaterials in Industry: Past, and Future Present, Immune Engineering SIG THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE • • • •

IBITION OPEN REGISTRATION 8:00 AM – 11:00 AM 11:00 – AM 8:00 XH E & G N I

9 2 1 0 1:00 pm 12:00 pm 11:00 am 10:00 am 9:00 am 8:00 am 7:00 am SATURDAY, APRIL 6, 2019 6, APRIL SATURDAY,

WEDNESDAY, APRIL 3, 2019 THURSDAY, APRIL 4, 2019 FRIDAY, APRIL 5, 2019 SATURDAY, APRIL 6, 2019 52 2019.biomaterials.org Yakima 2 Skagit 4/5 Skagit 3 10:30 am–12:30pm Yakima Foyer 10:00 am–10:30 Hall 4F 8:00 am–10:00 8:00 am–11:00 SATURDAY, APRIL6,2019 APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Supported byagrant from

Panelists: Panel Discussion:Biomaterialsin Industry:Past,Present, andFuture trainees interested incareers inindustryandacademic researchers withatranslational focus. products ofthefuture. Audienceparticipationinthe discussionisencouraged.Thetarget audienceincludes biomaterials thathavehadacommercial impactandonhow biomaterialssciencewillimpactthemedical engineering, cancer, microbial infection,andautoimmunediseases. hydrogels, scaffolds, andthinfilms,forapplicationsincludingbutnotlimitedto regenerative medicine/tissue session willfocusonthedevelopmentofthesedrugdeliverysystems, whichincludenanoandmicroparticles, interactions, bondcleavage,reservoir ordiffusion-based control, and/orstimulus-responsive methodologies.This based methodsaswelltargeted, systemictreatments. Controlled drugdeliverycanresult from affinity avoiding complicationssuchasoff-site toxicityanddrug-resistance. Approaches canincludelocalized,depot- experiences ontechniques,pitfallstoavoid,andexperimentalinstrumentationthatcanimprove outcomes. experts inthefieldpresent anin-depth review onimmunohistochemistryandforeign bodytracking,sharing their alternative methodologiesexistthatcanenhanceourunderstandingofthiscriticalresponse process. Inthistutorial, misleading. Indeed,questionsemerge regarding whetherH&Eissufficientforfullcharacterization.Andifnot,what characterizing thehostresponse canbeexperimentallytrickytoapply, resulting inartifactsthatcanbehighly the entire timeofimplantisneeded.However, thecommonapproaches, suchasimmunohistochemistry, to to improve thedesignandcapabilitiesofbiomaterials,adetailedunderstandinghostresponse throughout Concurrent Session8 Adhesion ofBiomaterials” Acta BiomaterialiaGoldMedal Biomaterials forTherapeuticDrugDelivery2 Tutorial: BestPracticesforImmunohistochemistry-Foreign BodyandOtherResponsestoMedicalDevices This paneldiscussionwillfeature speakersfrom themedtechindustry, whowillpresent their perspectiveon Moderator: co-sponsored byTERMIS-AM Controlled release approaches havethepotential toeffectively treat avarietyofmedicalconditions,while Moderators: Contributing SIGs: A criticalfeature ofbiomaterialsishowthebodyresponds tothematerialsonceexposedtissue.Inorder Moderator: Invited Speakers: Contributing SIG: Break “Bioengineered SyntheticHydrogels forRegenerativeMedicine Georgia InstituteofTechnology /EmoryUniversity Andrés J.García, PhD “Engineering InjectableHAHydrogels forTherapeuticApplications” University ofPennsylvania Jason A.Burdick, PhD Acta BiomaterialiaSilverMedal “Fundamental ContributionstoBioadhesionandhowtheyledToday’s UnderstandingofCellandMucus The UniversityofTexas atAustin Nicholas Peppas,ScD EngineeringandDiseaseModeling” “Biomaterials forTissue Rice University Antonios Mikos,PhD Plenary SessionIII–ActaBiomaterialiaGold&SilverMedals Registration Open Elaine Duncan,PeterEdleman,PhD andLarryThatcher, PhD ReneOlivares-Navarrette, DDS,PhD Jan Stegemann,PhD Danielle Benoit,PhDandAnitaShukla, Peggy Lalor, PhD,AntonioMerolli, MD,FBSEandNicholasZiats,PhD Tissue andBiomaterialsInteractions Tissue Engineering CellsandTheirMicroenvironments, DrugDelivery

53 SATURDAY, APRIL 6, 2019 2019 Program Society For Biomaterials SOCIETY FOR BIOMATERIALS FOR SOCIETY Engineering Cells and Their Microenvironments, Tissue Engineering Engineering Cells and Their Microenvironments, Engineering Cells and Their Microenvironments Tissue Engineering Sarah Stabenfeldt, PhD, Shelly Sakiyama-Elbert, PhD, Kyle Lampe, PhD and Narayan Bhattarai, PhD Sarah Stabenfeldt, PhD, Shelly Sakiyama-Elbert, Akhilesh K. Gaharwar, PhD and Arghya Paul, PhD PhD and Arghya Akhilesh K. Gaharwar, Michaela McCrary and Rachael Sirianni, PhD Vipuil Kishore, PhD and Syam Nukavarapu, PhD PhD and Vipuil Kishore, Benjamin Keselowsky, PhD Benjamin Keselowsky, THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE AND INNOVATION BIOMATERIALS OF PINNACLE THE up approach, by depositing polymeric or cell-laden hydrogel based inks, in a layer-by-layer fashion. 3D bioprinting fashion. based inks, in a layer-by-layer by depositing polymeric or cell-laden hydrogel up approach, to some of the most daunting obstacles facing the field of tissue engineering and approachand is a promising and directing of complex architectures, vascularization of tissue constructs, creation medicine, including regenerative in 3D bioprinting technology advancements session focuses on the recent The proposed stem cell differentiation. motivating its use in a variety of biomedical applications in the development of complex, anatomical structures, medicine, tissue modeling, pharmacological assessment of therapeutics and modeling disease such as regenerative development in along with recent bioprinting modality, use of different Contributions regarding pathophysiology. to this session. of interest advanced bioinks, are applications of these materials include neural injury, neurodegenerative diseases, stroke, diagnostics, brain-machine diseases, stroke, neurodegenerative injury, applications of these materials include neural interfaces, and brain cancer. or tissue engineering. for cell culture we invite contributions that develop biomaterial platforms and disease. Here, of the mechanisms that determine cellular and immune responses Session topics include the following: understanding biophysical and biochemical cues alter cellular behavior in 3D, to disease/injury/biomaterials, determining how to cellular phenotype or response in mediating between 2D and 3D microenvironments identifying differences culturing multiple types of cells within complex tissue microstructures/organioids, developing complex treatment, for utilization of approaches driving or enriching specific populations, developing improved microenvironments, and engineering microenvironments, within engineered cells, drug screening patient derived or difficult to culture for therapeutic purposes. microenvironments tissue and assessment of the impact of these physicochemical cues on cell migration, proliferation, differentiation and de differentiation on cell migration, proliferation, of the impact of these physicochemical cues tissue and assessment translational this session will also showcase in vivo studies that demonstrate the clinical Further, novo matrix production. on the investigation of biomaterial-based studies that focus Lastly, capability of next generation functional biomaterials. of interest. are mechanisms that modulate cellular response testing, and uniquely positioned for use in creating, biomaterials are and central nervous systems. Engineered understanding models of injury and disease, therapeutic treatments, neural tissue for better in vitro regenerating in neural biomaterials This session will focus on cutting edge research neural development, and mapping the brain. studies. These include big questions surrounding pre-clinical through including fundamental material development will be cells. Presentations and Schwann microglia, oligodendrocytes, astrocytes, diseases and injuries spanning neurons, Target materials science, engineering, and neuroscience. chemistry, at the interfaces of biology, highly interdisciplinary and immune microenvironment engineering, to uncover fundamental mechanisms of immunobiology, and systems mechanisms of immunobiology, engineering, to uncover fundamental and immune microenvironment immunology. external factors (e.g., growth response in the absence of cellular studies that investigate biomaterial-directed Specifically, for the generation of biomimetic approaches These studies include development of novel factors) will be highlighted. mechanics) akin to the target composition, structure, (e.g., topography, with physicochemical properties tissue scaffolds 3D bioprinting is a fabrication technique used to mimic the anatomical complexity of native tissue, via a bottom- 3D bioprinting is a fabrication technique used to mimic the anatomical complexity of native Contributing SIG: in both health to their microenvironment how cells respond Biomaterials have been invaluable tools for understanding Contributing SIGs: Session Chairs: of the peripheral and applying new biomaterials to challenging problems constantly developing are Researchers Immune Engineering SIG Immune Engineering of immunotherapeutics biomaterials for the development SIG deals with engineered The Immune Engineering Contributing SIG: biomaterials for tissue engineering applications. that focus on the development functional This session solicits abstracts Engineered Microenvironments in Health and Disease Microenvironments Engineered 3D Bioprinting Applications in Tissue Engineering and Regenerative Medicine Functional Biomaterials to Control and Direct Cellular Function 2 Cellular Function and Direct to Control Functional Biomaterials IBITION Biomaterials for Neural Applications 2 Engineered XH E & G N I

9 2 1 0

Moderator: Moderator:

Chelan 2 Moderators: Moderators: Chelan 4

Skagit 2 Moderators: Chelan 5 Yakima 1 Yakima 10:30 am – 12:30 pm 10:30 am –

SATURDAY, APRIL 6, 2019 54 2019.biomaterials.org APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA NOTES

55 SATURDAY, APRIL 6, 2019 ------, J. 1 - , S. 1 University 1 ; 1 , M. Kwon 2 Rowan University, University, Rowan structured Collagen Collagen structured to Guide 3D Scaffolds Muscle Organization A. Hinton, T. Lee*, A. A. Bliley, J. Hudson, Carnegie Feinberg; Mellon University, USA PA, Pittsburgh, of Printing graphic Vascular Large-scale Zhao*, R. Tissue ized Anandakrishnan, N. Zhou; State C. Ye, H. University of New at Buffalo, York USA NY, Buffalo, 3D-printed leasing, in Improve Scaffolds vivo Osteogenesis D. Farris*, A. N. Lambrechts, E. Rindone, A. Zhang, O’Sullivan, A. Nyberg, Free, K. Burris, S. Johns Grayson; W. Hopkins University, USA MD, Baltimore, Screening ofScreening 3D Bioinks Printable Repair for Cartilage Galarraga* J. Vega Burdick Phil of Pennsylvania, USA, PA, adelphia, 2 USA NJ, Glassboro, 3D Bioprinters Source and Low-Cost For Biofab High-Fidelity Tashman*, rication J. D. Hinton, T. Sohn, S. A. Lee, A. Shiwarski, Feinberg; A. Hudson, Mellon Carnegie Pittsburgh, University, USA PA, structive DNA-Nano composites for Engineering, Tissue Bio-printing and Regenerative Paul*; Medicine A. University of Lawrence, Kansas, USA KS, of Biomimetic with Constructs Spatially Controlled Microenvironment Aug Cufffor Rotator Duan*, mentation B. Kuss, M. Streubel, P. University ofWu; S. Medical Nebraska NE, Omaha, Center, USA tics in 3D Using Nanoengineered Gaharwar*, Bioink A. Chen, J. Peak, C. K.A. Adlouni, M. A&M Singh; Texas College University, USA TX, Station, 3D Printing of 3D Printing Micro Stereolitho Fast Oxygen-Re Tunable 3D Bioprinting Engineering Cell In Engineering Cell

Printing Therapeu Printing

Combinatorial Combinatorial 3D Bioprinting . Chelan 2 3D Bioprinting Applications in Tissue Engineering and Regenerative Medicine Akhilesh K . Gaharwar and Paul Arghya Chelan 2 514. 515. 516. 510. Development of Open 511. 512. 513. 509. - - - , , ; ; 1 1 1,2 1,2 - , 1 , R. 4 , 1 , R. 4 , L. Bahl L. , , B. 1 Cornell Cornell 2 2 , D. , E. Lipke E. , 2 1,2,3 University of , M. Shoichet M. , 1 3 Vanderbilt Vanderbilt ; , J. Suresh J. , , N. Ortiz Otero N. , 1 1 1 1 ; , S. Jasper S. , , P. Habibović P. , 2ICVS/3B’s - PT - PT 2ICVS/3B’s 1 2 2 , R. Arnold R. , 1,2,3 3 , S. Giselbrecht S. , University of Colorado, University of Colorado, 4 2 I3B’s Research Institute Research I3B’s 1 , P. Dirks P. , 2 ; 4 Hospital for Sick Children, Hospital for Sick Children, 3 , M. King M. , , N. Darling N. , 2 1 , M. Eggert M. , , L. Anderson L. , University of Calgary, Calgary, Calgary, University of Calgary, 1 1 2 , L. Zhu L. , 1 , M. Oliveira M. , , L. Teixeira L. , 4 Auburn University Harrison School 2 1,2,3 University of Toronto, Toronto, ON, ON, Toronto, University of Toronto, Auburn University, Auburn University, AL, AL, Auburn University, Auburn University, AL, Huntsville, Corporation, CFD Research The Discoveries Centre for Regenerative for Regenerative Discoveries Centre The University of Maastricht, MERLN Institute, Confer Shear Resistance to Circulating to Circulating Resistance Shear Confer Clinch* A. Cells Tumor Marshall J. USA, TN, Nashville, University, USA NY, Ithaca, University, of Recapitulation Model for in vitro the Habbit* N. Microenvironment Tumor Anbiah B. Hassani I. Prabhakarpandian 1 USA, USA, AL, Auburn University, of Pharmacy, 3 USA Smith Glioblastoma Invasion L. mann* 1 Canada, Canada, AB, Canada ON, Toronto, for Modeling terial Microenvironments Magin* C. in vitro Fibrosis Pulmonary D’Ovidio T. Anschutz Medical Campus, Colorado, USA, CO, Aurora, Anschutz Medical Campus, Denver, USA CO, Aurora, Xenograft Tumors to Recapitulate the to Recapitulate Tumors Xenograft Micro Tumor Cancer Obese Colorectal B. Anbiah, B. Hassani*, I. environment Lipke; E. Greene, M. Habbit, N. Ahmed, USA AL, Auburn, Auburn University, R. Therapy Anti-fibrosis for Screening University ofAsmani; State M. Zhao*, USA NY, Buffalo, at Buffalo, York New Dormancy and Reactiva Cancer Breast University Pradhan; S. Slater*, J. tion USA DE, Newark, of Delaware, for Drug Generator Gradient Microfluidic Tumor-on-a-Chip on a Colorectal Testing Carvalho* Model M. Disease Barata Reis Truckenmüller and Biodegradables on Biomaterials, Biomimetics of University of Minho, Portugal, Guimarães, Braga/ Laboratory, Associate Government Portugal, Guimarães, Portugal, Guimarães, 3 at Headquarters Medicine, and Precision Portugal, Guimarães, University of Minho, 4 Netherlands Maastricht, Cancer Associated Fibroblasts (CAFs) (CAFs) Fibroblasts Associated Cancer Tumor-on-a-Chip Prostate Microfluidic Development of Model of a 3D Hydrogel Addressable Spatiotemporally Bioma 3D Engineered Patient-Derived Patient-Derived 3D Engineered Array Microtissue Fibrotic Pulmonary to Induce Hydrogels Engineered

. Microenvironm Engineered Chelan 4 Engineered Microenvironments Microenvironments Engineered in Health and Disease Rachael Michaela McCrary, Sirianni Chelan 4 505. 506. 507. 508. 501. 502. 503. 504. - , - , - 2,3 , J. , 1 1 - The The 3 1,2,3 , H. 1 , J. , G. 2 2,3 , G. Ronchi G. , 3Bs Research 3Bs Research , R. Reis R. , University 1 1 4 1 ; ; , M. Biagiotti M. , 4 1 , S. Pixley S. , 2 Neuroscience Neuroscience 1,2,3,4 3 , S. Geuna S. , University of Torino, University of Torino, 1 10:30 AM – 12:30 PM AM – 12:30 10:30 2 , V. Vincoli V. , , J. Kohn , W. Chang W. , , X. An 1 2,3 New Jersey Center for Jersey Center New University of Washington North Carolina A&T State State A&T North Carolina • 4 4 Silk Biomaterials Srl, Silk Biomaterials Srl, 1,2,3 1 1,2,3 1 ; , E. Nance E. , ; 1 1 1 University ofDe Washington University of Washington 2 3 ICVS/3B’s–PT Government Associate ICVS/3B’s–PT Cincinnati, University of Cincinnati, Freddi Italy, Lomazzo, Italy, Orbassano, Ottolenghi, Institute Cavalieri Italy Orbassano, Nerve Conduit in a Silk-based de C. Nerve Repair for Peripheral Carvalho Oliveira* Institute I3Bs – Research group, Biodegradables on Biomaterials, and Biomimetics of University Portugal, Guimaraes, of Minho, 2 Braga/Guimarães, Laboratory, Portugal, Guimaraes, Portugal, for Regenerative Discoveries Centre Guimaraes, Medicine, and Precision Portugal, State The Rutgers, Biomaterials, Piscataway, University ofJersey, New USA NJ, to Casting via Polymer Fabricated Differentiation Cell Stem Control J. Donta, M. Jackson, K. Uz*, M. S. Claussen, J. Sakaguchi, D. Jung, University, Iowa State Mallapragada; USA IA, Ames, Meshes Incorporating Composite Mg Metal particles for Nerve Bhattarai* Applications N. Repair Adhikari U. Sankar USA, NC, Greensboro, University, 2 USA OH, as a 3D Culture Platform for as a 3D Culture S. Cells Stem/Progenitor Neural Liang, J. Walthers, C. Seidlits*, Karam; J. Sohrabi, A. Bierman, R. University of Los California USA CA, Angeles, Los Angeles, and Leu-Arg-Glu Ile-Lys-Val-Ala-Val Signaling in Combination Peptide with Matrix Metalloprotease Alter Extra Crosslinkers Cleavable Enzyme cellular Matrix Degrading Extension Axon and Expression in Encapsulated Human Induced Plu Smith Derived n L. Cell ripotent Stem University Perera; T.H. Callahan*, at Science Center Health ofTexas USA TX, Houston, Houston, and in vivo, egies with in vitro, S. Hickey*, Analyses K. in silico Stabenfeldt; S. Caplan, M. Grassi, Tempe, University, Arizona State USA AZ, Nerve Biocompatible Silk-based Bassani* G. Conduit Muratori L. Alessandrino A. Probing Extracellular Matrix Extracellular Probing Changes in Organotypic Structural Slices Using Multiple Brain Rat McKenna* M. Tracking Particle Pontes of Department Washington WA, Seattle, Chemical Engineering, USA, partment of Molecular Engineering WA, Seattle, & Sciences Institute, USA, Seattle, Department of Radiology, USA, WA, on Human Development and Center USA WA, Seattle, Disability, Delivery of Neurotrophic Factors Delivery of Factors Neurotrophic Electronics Flexible Graphene-based of Fabrication Nanofibrous SilkBridge: A Novel Biomimetic and A SilkBridge: Redesigning SDF-1 Delivery Strat SDF-1 Redesigning Hyaluronic Hyaluronic Acid-Based Hydrogels

10:30 AM – 12:30 PM AM – 12:30 10:30 Engineered Biomaterials . Engineered Skagit 2 Engineered Biomaterials for Engineered Neural Applications 2 Sarah Stabenfeldt, Shelly Sakiyama-Elbert, Kyle Lampe, Narayan Bhattarai Skagit 2 498. 499. 500. 494. 495. 496. 497. 493.

• - - , - - , - - - 2 - - , D. , D. 1,2,3 , 1 , A. 4 1,2 ; , N. 4 1,2,3 MIMETAS, MIMETAS, , G. Under G. , 3 2 , L. Sablatura L. , 1 , A. Gonçalves A. , ICVS/3B’s–PT Gov ICVS/3B’s–PT , P. Shepherd P. , , M. Gomes M. , 2 3 Rice University, Rice University, University of Illinois at 1,2 2 , P. Constantinou P. , The University of Texas University ofTexas The 2 4 1 1,2,3 , S. Khetani S. , ; , A. Brougham-Cook A. , University of Illinois at 2 3 1 1 ; 1 3B’s Research Group, Group, Research 3B’s for Discoveries Centre The The University of Texas MD An MD University ofTexas The Incorporated Methacrylated Incorporated for Hydrogels Collagen Orthopaedic Applications T. Nguyen, T.-U. Kajave*, N. Kishore; V. Fenn, M. Schmitt, Florida Institute ofTechnology, USA FL, Melbourne, and Scaffolds sponsive Fibrous Magneto-mechanical Stimula Promotes tion Synergistically Commitment the Tenogenic ofAdipose Derived Human Domingues* R. Cells Stem Tomás A. Reis R. 1 Institute on I3Bs – Research Biodegradables Biomaterials, Guimarães, and Biomimetics, Portugal, ernment Associate Laboratory, Portugal, Braga/Guimarães, 3 and Precision Regenerative Portugal Guimarães, Medicine, of Nanotopographies-Reg Behaviors by ulated Cell Combinatorial Large-scale K.-B. Yang*, L. Nanoarrays the State Rutgers, Lee; University ofJersey, New USA NJ, Piscataway, Measurement for Integrated of Clot Biomechanics Under Z. Zhao*, R. Fluid Shear S. Zhang, C. Lu, J. Chen, Univer Neelamegham; State at Buffalo, York sity of New USA NY, Buffalo, for Enhanced Spheroids Survival and Differentiation of Cells Mesenchymal Stem A. Gonzalez-Fernandez*, T. Leach; K. Tenorio, A. Keown, University of Davis, California USA CA, Davis, glycol) Poly(ethylene Creating Scaffolds Microgel Gradient to Modulate Human Mesen Behavior S. Cell chymal Stem Alge; D. Han, A. Dai, J. Xin*, College A&M University, Texas USA TX, Station, K. Bircsak K. Navone Saleh Houston, Science Center, Health USA, TX, USA, TX, Houston, USA, MD, Gaithersburg, US, 4 Houston, Center, derson Cancer USA TX, Microenviron Combinatorial Cell ment on Hepatic Stellate Behavior and Phenotype I. Jain* Kukla hill Urbana, Urbana-Champaign, USA, IL, USA IL, Chicago, Chicago, Hyaluronic Acid-Based Hyaluronic for Patient-Derived Hydrogels in a High Culture Xenograft Plate Microfluidic Throughput Harrington* D. Photocrosslinked Bioglass Bioglass Photocrosslinked Mimetic Magnetic Re Tendon Extracellular Matrix Enriched Extracellular Method for Microfluidic A Dissecting the Influences ofDissecting High-throughput High-throughput Mapping Microclot Array Elastometry

Functional Biomaterials . Chelan 5 Functional Biomaterials and Direct to Control Cellular Function2 and Syam Vipuil Kishore Nukavarapu Chelan 5 491. 492. 487. 488. 489. 490. 486. 485. - , - - 1 - , - , 1 , - 1 ; 1,2 , 1,2 , B. 1,2 , K. , R. 1 , M. - 1 2 , J. Ting J. , 4 1,2 University , L. Tostanos L. , 1 1 Pharmaceu Department ; 3 , S. Farhadi S. , University of 3 1 1 University of 1 ; Biomedical , C. MacIsaac C. , 1,2,3 1 1 ; 1 , N. Chen N. , ; , E. Bracho-San E. , 1,2 Boston Children’s Boston Children’s 1 , J. Doloff J. , Pfizer, Beijing, Beijing, Pfizer, 1 2 , G. Hudalla G. , 1 2 , D. Anderson D. , 2 SATURDAY, APRIL 6, 2019 SATURDAY, Georgia Institute Georgia , P. Pradhan P. , 1,2,3 Avanti Polar Lipids, Lipids, Avanti Polar 1 1 , M. Gallovic M. ,

3 1,2 3 Emory University, Emory University, ; Biointerfaces Institute, Biointerfaces Institute, 2 , F. Rocha F. , 2 1 1,2 • , C. Jewell C. , 1 East Carolina University, University, East Carolina Robert E. Fischell Institute for Fischell E. Robert IMMvention Therapuetix, Massachusetts Institute Massachusetts doleamine 2, 3-Dioxygenase 3-Dioxygenase 2, doleamine Inflammation S. Ameliorates Freeman* chez Wallet S. Keselowsky USA, FL, Gainesville, Florida, 2 USA NC, Greenville, Antibody Delivery to Improve Draining Tumor and Tumors Nodes to Enhance Lymph via Immunotherapy Cancer Fran Checkpoint Inhibition D. S. Rohner, N. Schudel, A. cis*, Institute of Georgia Thomas; USA GA, Atlanta, Technology, Delivery ofAgonist STING for Augmenting Adoptive Park* C. Therapy Cell T Moon J. University of Engineering, MI, Ann Arbor, Michigan, USA, Ann University of Michigan, USA, MI, Arbor, University of tical Sciences, USA MI, Ann Arbor, Michigan, Janus with Cells Suppressor Nanoparticle Synthetic Antibodies As A Cancer Liu J. Immunotherapy Toy* R. Roy GA, Atlanta, of Technology, USA, USA GA, Atlanta, Tolerogenic Signals to Identify in a Multiple Sclerosis Factors Oakes* Model R. ki of Park, Maryland - College USA, MD, Park, College 2 College Biomedical Devices, USA, MD, Park, Baltimore, Affairs, of Veterans USA MD, Cellular, tion on Humoral, Immune and Protective by Generated Responses Vaccine a Universal Flu with Acetalated Formulated Microparticles Dextran Ainslie* K. Collier Bachelder E. Chapel Hill, North Carolina, USA, NC, China, USA, AL, Alabaster, Inc., 4 USA NC, Durham, Slices as a Platform for Investigating the Immuno of pathological Processes Phelps*, 1 Diabetes E. Type Mathews; University of C. USA FL, Gainesville, Florida, Mediator ofTissue-Specificity Body Response in the Foreign Sadtler* K. Zepeda F. Langer 1 Cambridge, of Technology, USA, MA, Medical Harvard Hospital, USA MA, Boston, School, Local Anchoring of In Local Nanoparticles Polymeric Self-Assembly ofSelf-Assembly Immune Degrada ofTunable Effects Apolipoproteins are a are Apolipoproteins Human Pancreas Organ Organ Human Pancreas Depleting Myeloid-derived

Immune Engineering SIG 1 Yakima Immune Engineering SIG Ben Keselowsky 1 Yakima 483. 484. 479. 480. 481. 482. 477. 478. SATURDAY, APRIL 6, 2019 SATURDAY, •

Speaker: Peter Peter Speaker: PhD, Edelman, Consultant Speaker: Larry Thatcher, TESco PhD, Associates Introductions Speaker: Elaine Duncan, Paladin Medical LLC Invited Invited Welcome Welcome and Invited Panel Discus . 2 Yakima Panel Discussion: Biomaterials in Industry: Past, Present, and Future Jan Stegemann 2 Yakima Discussion continues Discussion 475. 476. 473. 474. - - , - , - 1 . 2 - - - - - , H.-Q. H.-Q. , 3 - - , I. , A. 2 1 University 1 , J. Conner J. , , K. Mont K. , ; 1 2 3 University of Johns Hopkins 2 3 , C. LeGuyader C. , 1 Johns Hopkins 1 , H.-w. Liu H.-w. , ; 1 Missouri University Missouri CONCURRENT SESSION 8 , M. Pomper M. , Johns Hopkins , P. Stayton P. , 3 3 2 1 1,2 and Density of Targeting and Density ofTargeting on Polymeric Peptides Nanoparticles to Improve M. Bone Localization Y. Ackun-Farmmer*, Benoit; D. Fraser, D. Yan, University of Rochester, USA NY, Rochester, for cle-based Prophylactic Maternal Autoanti Autismbody-related R. Bolandparvaz*, A. K. Vapniarsky, N. Harriman, De Van J. Zang, Z. Alvarez, University Lewis; J. Water, Davis, Davis, of California, USA CA, of Therapeutics Protein Pigmen Retinitis Treat to Delplace, V. Teal*, tosa C. S. Ortin-Martinez, A. Wallace, V. Tsai, En-Leh Shoichet; University M. ON, Toronto, of Toronto, Canada maquine Drugamers for of Malaria Treatment the S. in High Risk Settings Srinivasan* Rochford R. gomerry F. Su Convertine Seattle, of Washington, USA, WA, CO, Aurora, Colorado, USA, ofTechnolo Science and USA MO, Rolla, gy., Delivery of Brain-Derived for Re Factor Neurotrophic Ho*, E. Stroke After covery Tuladhar, A. Obermeyer, J. Morshead, C. Payne, S. Shoichet; University M. ON, Toronto, of Toronto, Canada pDNA/lPEI Nanoparticles Using Flash NanoCom in to Improve plexation Efficiency Transfection vivo and Biocompatibility Hu* Y. Minn Mao University School of MD, Baltimore, Medicine, USA, Baltimore, University, USA, MD, Medical Institutions, USA MD, Baltimore, Proteins to Target Tissues Tissues to Target Proteins to Galectin-3 via Fusion Bra E. Farhadi*, S. D. Fettis, M. cho-Sanchez, B. Freeman, S. Seroski, Hudalla; G. Keselowsky, University of Florida, USA FL, Gainesville, Delivery to Ameliorate ofNeuroinflammation Experimental Autoim mune Encephalomyelitis Gurczynski, S. Saito*, E. B. Wilke, C. Kramer, K. Univer Shea; L. Moore, Ann sity of Michigan, USA MI, Arbor, Liver Targeted Pri Liver Targeted Tuning the Presentation the Presentation Tuning Towards a Nanoparti Towards Non-Invasive, Epicortical Non-Invasive, of Control Compositional Affinity Based Release Release Based Affinity

Locally Locally Anchoring Pulmonary Nanoparticle

Biomaterials for Ther Skagit 4/5 Biomaterials for Therapeutic Drug Delivery 2 Danielle Benoit, Anita Shukla Skagit 4/5 471. 472. 467. 468. 469. 470. 465. 466. - Q&A of Immunohistochemistry Nerve to Devices- Peripheral Antonio Merolli, Guidance, Jersey New FBSE, MD, for Biomaterials - Center University Rutgers nohistochemistry to Aid ofAssessment Devices - and Body Giant Cell Foreign Nicholas other Responses, Western Case PhD, Ziats, University Reserve Immunohistochemistry Studies- for Preclinical and Strategies Techniques, PhD, Lalor, Peggy Pitfalls, Histion LLC Invited Application Speaker: Immu Invited Speaker: Invited Speaker: Invited Speaker:

Tutorial: Best Practi . Tutorial: Skagit 3 Tutorial: Best Tutorial: Practices for Immunohistochemistry Body and – Foreign Other Responses to Medical Devices Rene Olivares- Navarrette Skagit 3 462. 463. 461. CONCURRENT SESSION 8 12:00 noon 12:15 p . m 11:00 a . m 11:15 a . m Session title Room 11:30 a . m 11:45 a . m Session title Moderators Room 10:30 a . m 10:45 a . m

56 Society For Biomaterials 2019 Program ------, J. 1 - , S. 1 University 1 ; 1 , M. Kwon 2 Rowan University, University, Rowan structured Collagen Collagen structured to Guide 3D Scaffolds Muscle Organization A. Hinton, T. Lee*, A. A. Bliley, J. Hudson, Carnegie Feinberg; Mellon University, USA PA, Pittsburgh, of Printing graphic Vascular Large-scale Zhao*, R. Tissue ized Anandakrishnan, N. Zhou; State C. Ye, H. University of New at Buffalo, York USA NY, Buffalo, 3D-printed leasing, in Improve Scaffolds vivo Osteogenesis D. Farris*, A. N. Lambrechts, E. Rindone, A. Zhang, O’Sullivan, A. Nyberg, Free, K. Burris, S. Johns Grayson; W. Hopkins University, USA MD, Baltimore, Screening ofScreening 3D Bioinks Printable Repair for Cartilage Galarraga* J. Vega Burdick Phil of Pennsylvania, USA, PA, adelphia, 2 USA NJ, Glassboro, 3D Bioprinters Source and Low-Cost For Biofab High-Fidelity Tashman*, rication J. D. Hinton, T. Sohn, S. A. Lee, A. Shiwarski, Feinberg; A. Hudson, Mellon Carnegie Pittsburgh, University, USA PA, structive DNA-Nano composites for Engineering, Tissue Bio-printing and Regenerative Paul*; Medicine A. University of Lawrence, Kansas, USA KS, of Biomimetic with Constructs Spatially Controlled Microenvironment Aug Cufffor Rotator Duan*, mentation B. Kuss, M. Streubel, P. University ofWu; S. Medical Nebraska NE, Omaha, Center, USA tics in 3D Using Nanoengineered Gaharwar*, Bioink A. Chen, J. Peak, C. K.A. Adlouni, M. A&M Singh; Texas College University, USA TX, Station, 3D Printing of 3D Printing Micro Stereolitho Fast Oxygen-Re Tunable 3D Bioprinting Engineering Cell In Engineering Cell

Printing Therapeu Printing

Immune Engineering SIG 1 Yakima Immune Engineering SIG Ben Keselowsky 1 Yakima 483. 484. 479. 480. 481. 482. 477. 478. SATURDAY, APRIL 6, 2019 SATURDAY, •

Locally Locally Anchoring Pulmonary Nanoparticle

2019.biomaterials.org 57 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS

BIOMATERIALS EDUCATION SIG 609. Contribution of Scaffold Crosslinking and Pro-inflammatory Signals to Vascularization in vivo, A. Clark*, K. Spiller; Drexel 600. An Exploration of Faculty Perceptions of Tissue University, Philadelphia, PA, USA Engineering and Regenerative Medicine to Inform Biomedical Engineering Curriculum Development, N. 610. Interactions of Dermal Papilla Spheroid Array and Acellular Friend*, C. Woodcock, J. Stegemann, A. Huang-Saad; Skin Dermis During Hair Follicle Regeneration, Y.-Y. University of Michigan, Ann Arbor, MI, USA Huang*; National Taiwan University, Taipei, Taiwan 601. Biomaterials Experiential Learning: Integrating Research 611. Increased Nanoparticle Uptake Under Disturbed Flow- and Professional Development, K. Burg*, T. Burg; University Induced Degraded Glycocalyx Conditions, N. Bal*, M. of Georgia, Athens, GA, USA Cheng, R. Kumar, S. Sridhar, E. Ebong; Northeastern University, Boston, MA, USA BIOMATERIAL-TISSUE INTERACTION SIG 612. Cross-linked Electrospun Cartilage Acellular Matrix Film as an Anti-Adhesive Barrier, M.S. Kim*, J.Y. Park; Ajou 602. Assessment of the Osteopromotive Potential of a Novel University, Suwon, Republic of Korea Biocompatible Mineral-Organic Adhesive Bone Cement in the Microgravity of Space and on Earth., J. Willoughby, Sr.*1, M. Brown2, R. Jadia2, B. Ebendick-Corpus1, N. BIOMATERIALS FOR Hibbard1, J. McKim1, B. Hess2; 1IONTOX, LLC, Kalamazoo, CARDIOVASCULAR REGENERATION 2 MI, USA, LaunchPad Medical, LLC, Lowell, MA, USA 613. Bioprinted Cardiac Patch Composed of Cardiac Progenitor Cells and Extracellular Matrix for Heart Repair and 603. Keratin Nanomaterial Coating Limits Epithelial Downgrowth Regeneration, D. Bejleri*1, B. Streeter1, A. Nachlas1, M. Around Percutaneous Devices, B. Bennett*1,2, S. Brown1, R. Gaetani2, K. Christman2, M. Davis1; 1Georgia Jeyapalina1,2, J. Beck2, K. Bachus2, M. Van Dyke3, A. Trent3; Institute of Technology and Emory University, Atlanta, GA, 1University of Utah, SALT LAKE CITY, UT, USA, 2Department USA, 2University of California, San Diego, La Jolla, CA, USA of Veterans Affairs, Salt Lake City, UT, USA, 3Virginia Tech, Blacksburg, VA, USA 614. Targeted Treatment of Ischemic and Fibrotic Complications of Myocardial Infarction Using a Dual-Delivery Microgel 604. Engineering Autoclavable and Injectable Hyaluronic Acid- Therapeutic, E. Mihalko*1,2, K. Huang2,3, E. Sproul1,2, K. Based Cryogel Scaffolds, M. Rezaeeyazdi*1, T. Colombani1, Cheng1,2,3, A. Brown1,2; 1North Carolina State University and S. Bencherif1,2,3; 1Northeastern University, Boston, MA, the University of North Carolina at Chapel Hill, Raleigh, NC, USA, 2Harvard University, Cambridge, MA, USA, 3Sorbonne USA, 2North Carolina State University, Raleigh, NC, USA, University, Paris, France 3NC State University, Raleigh, NC, USA 605. Using Feature Datasets of Nanoparticle Diffusion to 615. ROS Scavenging Thermoresponsive Hydrogels Improves Predict Parameters of the Brain Microenvironment, C. Contractility in Ovine Myocardium Adjacent to a Myocardial Curtis*, M. McKenna, E. Nance; University of Washington, Infarction, Y. Zhu*1, K. Spaulding2, A. Ramasubramanian1, Seattle, WA, USA A. Badathala2, D. Lovett2, A. Baker2, N. Ziats3, K. Healy1, M. Ratcliffe2, H. Haraldsson2; 1University of California, Berkeley, 606. The Effect of Annealing and Surface Texture Of 3D Berkeley, CA, USA, 2Veterans Affairs Medical Center, San Printed PEEK on MC3T3 E1 Behavior, C. Basgul*1, T. Yu1, Francisco, CA, USA, 3Case Western Reserve University, S. Escobedo1, D. MacDonald1, M. Marcolongo1, S. Kurtz1,2; Cleveland, OH, USA 1Drexel University, Philadelphia, PA, USA, 2Exponent Inc., Philadelphia, PA, USA 616. Polyhydroxyalkanoates, Ideal Materials for Cardiac Regeneration, I. Roy*1, P. Dubey1, E. Humphrey2, Q. Majid2, 607. Characterizing Tissue Deformation and Inflammation Due C. Grigsby3, M. Stevens3,4, C. Terracciano2, S. Harding2; to Convection Enhanced Delivery in the Brain, M. Dessi*, 1University of Westminster, London, United Kingdom, S. Kodamasimham, C. Wood, J. Sy; Rutgers University, 2Imperial College London, London, United Kingdom, Piscataway, NJ, USA 3Karolinska Institutet, Stockholm, Sweden, 4Imperial 608. Designing Polymers for the Activation of, and Selective College, London, United Kingdom Resorption by, Osteoclasts for Bone Regeneration, S. Fung*1, 617. Substrate Stiffness Modulates Endothelial-to-Mesenchymal D. Martin2, A. Mahat1, P. Mishra2, J. Cohen1, E. Pashuck1, Y. Transition, N. Huang*, M. Zamani, F. Charbonier; Stanford Mao1, P. Moghe2, A. Merolli1, J. Kohn1; 1New Jersey Center University, Stanford, CA, USA for Biomaterials, Rutgers University, The State University of New Jersey, Piscataway, NJ, USA, 2Rutgers University, The State University of New Jersey, Piscataway, NJ, USA

58 Society For Biomaterials 2019 Program 2019.biomaterials.org 627. 626. 625. 624. 623. 622. 621. 620. 619. 618. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Verona, Italy, Pra A. Chiarini in vitro andinvivoTests, U.Armato* Small CaliberSilkFibroin Vascular Graft:from Designto Faculty ofMedicine,KyotoUniversity, Kyoto,Japan Center, Suita,Japan, Yamanaka Small-Diameter (2mmID)Ones,T. Yamaoka* (0.6mmID) AcellularBloodVessels: Differences from Characteristics Required forUltraSmall-Diameter Case Western ReserveUniversity, Cleveland,OH,USA OH, USA, Camardo* Matrix RegenerativeNanoparticlesforAortalWall Repair, A. Antibody andSyntheticPeptide-BasedSmartTargeting of Polytechnic Institute,Worcester, MA,USA Cardiac Patch,E.English*,G.Pins;Worcester Micropatterning intheTension-Culture Composite Increasing Cardiomyocyte AlignmentThrough OH, USA, NC, USA, Raleigh, NC,USA, Okkus Filaments andNanofibers, F. Zhang* An ECM-mimickingBilayerVascular Graftfrom Collagen Carolina StateUniversity, Raleigh,NC,USA Carolina StateUniversity, Raleigh,NC,USA, 1 J. Cores Targeted HeartRepair, T. Su* Cardiac Stromal Cell/Platelet-Inspired Nanoparticlesfor University inSt.Louis,MO,USA Guan*, N.Gao,H.Niu,Y. Dang,J.Guan;Washington Improve CellSurvivalunderIschemic Conditions,Y. Hypoxia-sensitive OxygenReleaseMicrospheres to G. Ameer;NorthwesternUniversity, Evanston,IL,USA Y. Zhu,X.Wang, N.RiveraBolanos,C.Duan,X.Zhang, Disease withInducedPluripotentStemCells,B.Jiang*, Autologous Vascular RegenerationforPeripheralArtery Y. Wang; SichuanUniversity, Chengdu,China Bioprosthetic HeartValves, Y. Lei*,W. Jin,G.Guo,M.Liu, Elastin StabilityandReducingCalcificationin Riboflavin Photocrosslinking MethodforImproving Arbor, MI,USA J. Stegemann,A.Putnam;UniversityofMichigan,Ann Model ofCriticalLimbIschemia,N.Friend*,J.Beamish, Evaluating Pre-vascularized Microtissues inaMouse University ofNorthCarolina atChapelHillandNorth 1 , G.Freddi 3 , M.King 1,2 , Z.Li 1 2 3 1,2 4 1 , A.Ramamurthi Cleveland Clinic Lerner College of Medicine of Cleveland ClinicLernerCollegeofMedicine Case Western ReserveUniversity, Cleveland, Donghua University, Shanghai,China , M.Biagiotti ; 1 2 National Cerebral andCardiovascular Silk Biomaterials Srl,Lomazzo(Co),Italy 2 1,2 ; 1,4 1 , S.Hu University ofVerona MedicalSchool, ; 2 1 UNC &NCStateUniversity, Raleigh, North Carolina StateUniversity, 2 Graduate SchoolofMedicineand 1,2 2 , G.Bassani , Q.Yin 1,2 ; 1 1,2 Cleveland Clinic, Cleveland, Cleveland Clinic,Cleveland, , K.Huang 2 , F. Ligler 1 2 1 , A.Alessandrino , V. Vincoli , S.Bernacki 1,2 1 , K.Cheng , P.-U. Dinh 1 2 , H. North 2 , I.Dal 2 , O. 1,2 2 2 , , ;

(CONTINUED) 630. 629. 628. 636. AND BLOODCOMPATIBILITY CARDIOVASCULAR BIOMATERIALS 635. 634. 633. 632. 631. Jarrell*, E.Vanderslice, M. Lennon,J.Jacot;Universityof Engineering,D. Dynamic CellCulture andTissue A Transparent andLong-LastingFibrinHydrogel for AL, USA Bradley, E.Lipke;AuburnUniversity, AuburnUniversity, through LAP-initiatedPhotocrosslinking, F. Finklea*,G. fromFormation ofCardiac EncapsulatedhiPSCs Tissues Diego, LaJolla,CA,USA Medicine, LaJolla,CA,USA, Jolla, CA,USA, Christman R. Gaetani a Chronic Myocardial Infarction Model,M.Diaz* Mitigates NegativeLeftVentricular Remodelingin Injectable DecellularizedMyocardial MatrixHydrogel Diameter Vascular Prostheses, S.Park* Polycaprolactone (PCL)-Collagen/SilicaforSmall Electrospun BilayerFibrous Membranes of Pennsylvania, Philadelphia,PA, USA Philadelphia, PA, USA, Tran Chen* Isolated from Pre-Conditioned CellstotheHeart,M. Injectable Hydrogel DeliveryofExtracellularVesicles Université, DepartmentofChemistry, Paris,France 2 O. Agbulut T. Dufour Cardiomyocytes andMorphology, Viability M.Kitsara* Plasma-modification ofPVDFScaffolds improve University, Cleveland,OH,USA Explants, X.Wang*, S.Senyo;CaseWestern Reserve Induced Cardiomyocyte CellCycle ActivityinCardiac Mechano-environment Modulates MatrixHydrogel CO, USA of ColoradoDenverAnschutzMedicalCampus,Aurora, Cardiac Patches,E.Beck*,A.Lyons, J.Jacot;University Increasing Pore SizeforPrevascularizing Electrospun Japan, Kishida A. Tamura on theDecellularizedAorta,M.Kobayashi* The Effect ofDecellularizationMethod onCellBehavior CO, USA Colorado Denver-AnschutzMedicalCampus,Aurora, C. Hwang Sorbonne Université,LPP, Paris, France, 2 , P. Atluri 1 , E.Li 1 2 ; Osaka InstituteofTechnology, Osaka,Japan 1 2 Tokyo MedicalandDentalUniversity, Tokyo, 1 , V. Humblot 1 1,2 1,2 , H.-E.Kim , Y. Hashimoto 1 ; ; , C.Luo 2 1 , A.Gaffey 1 2 Sorbonne Université,IBPS,Paris,France, University ofCalifornia,SanDiego,La , J.Burdick 2 Sanford ConsortiumforRegenerative 3 , R.Braden 1 , T.-S. Jang 3 , M.Legris 2 2 Hospital oftheUniversity , D.Goldberg 1 1 , T. Fujisato ; 1 University ofPennsylvania, 3 University ofCaliforniaSan 1,2 2 , A.DeMaria 1 ; , A.Simon 1 Seoul National 2 , T. Kimura 2 1 , S.Kim , M.Lee 3 Sorbonne 1 , M.Kondo 1 , G.Revet 3 2 , K. , Z. 1 , J.Kim 1,2 1 , A. , 1 1 , 1 1 , , ,

59 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

University, Seoul, Republic of Korea, 2Liquid Processing 646. Zn2+ Release from Intravascular Metallic Zinc Implants & Casting Technology R&D Group, Korea Institute of Promote Smooth Muscle Cells Apoptosis, R. Guillory, II*, J. Industrial Technology, Incheon, Republic of Korea Goldman; Michigan Technological University, Houghton, MI, USA 637. Particular Ratios of Blended, Electrospun Scaffolds Impact Molecular Orientation and Reduce Collagen 647. A Paradigm-Shifting Stent Technology: Liquid Cast Arterial Thrombogenicity, K. Washington*, P. Dewan, K. Clarke, Stents, W. He*, H. Kassam, M. Klein, N. Tsihlis, M. Kibbe; M. Shojaee, C. Bashur; Florida Institute of Technology, University of North Carolina at Chapel Hill, Chapel Hill, Melbourne, FL, USA NC, USA

638. Synergistic Effects of Functional Additives on the Physico- 648. Long Term Biocompatibility of Zn and Zn Alloys in a Murine Mechanical and Biological Properties of Poly(L-lactic acid) Arterial Model, E. Earley*1, R. Guillory, II1, A. Oliver1, J. Composites for Cardiovascular Implant Applications, D.K. Goldman1, J. Drelich2; 1Michigan Technological University, Han*1, E.Y. Kang1,2, B. Choi1, W. Park1, I.H. Kim2; 1CHA Houghton, MI, USA, 2Michigan Tech University, Houghton, University, Seongnama-si, Republic of Korea, 2Korea MI, USA University, Seoul, Republic of Korea 649. Vessel Graft Fabricated by the Onsite Differentiation of 639. Hemocompatibility of Superhydrophobic and Mesenchymal Stem Cells in the Vascular Extracellular Matrix Superhydrophilic Surfaces, R. Maia Sabino*, T. Kumar Scaffold Under Mechanical Stimulation in Bioreactor, Z. Jammu, H. Vahabi, S. Movafaghi, A. Kota, K. Popat; Hong*, N. Li; University of South Dakota, Sioux Falls, SD, Colorado State University, Fort Collins, CO, USA USA

640. Plasma Treated TiO2 Nanotubular Surfaces as Stents - 650. Inexpensive Method for Measuring Mechanical Properties of Interactions with Biological Materials, M. Benčina*1, I. Polymeric Biomaterials, S. Tasmim*, N. Bodiford, J. Coffer, T. Junkar1, A. Iglič2, K. Lakota3, M. Mozetič1, S. Sodin-Šemrl3; Tayag; Texas Christian University, Fort Worth, TX, USA 1Jozef Stefan Institute, Ljubljana, Slovenia, 2Faculty of Electrical Engineering, Ljubljana, Slovenia, 3University 651. Hydrogels with self-healing abilities as injectable carriers Medical Centre Ljubljana, Ljubljana, Slovenia for vasculogenesis, Z. Wei*, S. Gerecht; The Institute for NanoBioTechnology, Baltimore, MD, USA 641. In situ Generation of Nitric Oxide from Heparinized Surfaces for Enhanced Cardiovascular Therapy, L. Tran*, 652. A Biodegradable Knitted Heart Cap for the Delivery of K.D. Park, P. Le; Ajou University, Suwon, Republic of Korea Cardiosphere-Derived Cells (CDCs) to Induce Reverse Remodeling of a Failing Left Ventricle, J. Chen*1, K. Cheng2, 642. A Coronary Drug-Eluting Stent Functionalized with A. West1, M. Daneshmand3, M. King1; 1North Carolina Magnesium Hydroxide on Abluminal Layer for Improving State University, Raleigh, NC, USA, 2Veterinary School, Re-endothelialization with a Minimalized Inflammatory North Carolina State University, Raleigh, NC, USA, 3Duke Response, W. Park*, D.-W. Jeong, D.K. Han; CHA University, University Medical Center, Durham, NC, USA Seongnam-si, Republic of Korea 653. Fibrotic and Calcific Roles of TNF-a on Valvular Interstitial 643. Thrombogenicity of Poly(vinyl) Alcohol Hydrogels is Cells Encapsulated within 3D MMP-degradable Hydrogels, Dependent on the Crosslinking Agent, N. Bates*, C. Puy, A. Gonzalez Rodriguez*1,2, M. Schroeder1,2, K. Anseth1,2; O. McCarty, M. Hinds; Oregon Health & Science University, 1University of Colorado Boulder, Boulder, CO, USA, Portland, OR, USA 2BioFrontiers Institute, Boulder, CO, USA

CARDIOVASCULAR 654. Examining the Signaling Pathways Connecting Endothelial- BIOMATERIALS SIG Mesenchymal Transition (EndMT) and Smooth Muscle Cells in Vascular Calcification, C. Travis*, C. Roach, C.L. Simpson; 644. Characterizing the Long Term Inflammatory Response to Mississippi State University, Mississippi State, MS, USA Zinc Stent Materials, A. Oliver*1, E. Earley1, R. Guillory, II1, J. Drelich2, J. Goldman1; 1Michigan Technological University, 655. Design and development of stent coated with novel cardiac Houghton, MI, USA, 2Michigan Tech University, Houghton, stem cell-mimicking regenerative factors, M. King*1,2, T. MI, USA Bambharoliya1, S. Hu3,4, K. Cheng3,4; 1NC State University, Raleigh, NC, USA, 2Donghua University, Shanghai, China, 645. Corrosion Behavior of HF-treated Mg Alloy Scaffold After 3North Carolina State University, Raleigh, NC, USA, 1 1 2 2 1 Expansion, X. Wei* , Y. Kai , K. Yuki , S. Makoto , N. Takuro ; 4University of North Carolina Chapel Hill & North Carolina 1 2 Kumamoto University, Kumamoto, Japan, Japan Medical State University, Chapel Hill, NC, USA Device Technology Co., Lyd, Kumamoto, Japan

60 Society For Biomaterials 2019 Program 2019.biomaterials.org 657. 656. BIOMATERIALS SIG DENTAL/CRANIOFACIAL POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA 665. 664. 663. 662. 661. 660. 659. 658. Tissues, E.Sobiesk* Tissues, A PilotStudyontheStructuralRoleofWater inDental Ventura, CA,USA Consultant, Secunderabad,India, USA, Illinois atChicago,CollegeofMedicine,Rockford, IL, V. ARBarao TMJ CondylarProsthesis?, S.K.Mamidi* Si3N4 orUHMWPEaPotentialMaterialforFabricating TX, USA Grunlan, C.Houk;Texas A&MUniversity, CollegeStation, Scaffolds forCranialBoneDefectRepair, F. Beltran*,M. Silicon-Containing ShapeMemory Polymer(SMP) West China Hospital,SichuanUniversity, Chengdu,China University, Chengdu,China, Engineering Research CenterforBiomaterials,Sichuan J. Duan* with SuperparamagneticMRIprobes inMagneticField, Highly EfficientLabelingofMesenchymalStemCells Dentistry, Houston,TX,USA of Texas HealthScienceCenteratHoustonSchoolof M. AbuAlTamn, J.English,R.Paravina;TheUniversity 3D-Printed OrthodonticBrackets,F. Kasper*,A.Haynie, Color ChangesofResinsAppliedintheFabrication NY, NY, USA Regeneration, R.Horowitz*; NYUCollege ofDentistry, Bioactive MaterialsforDentoalveolarReconstructionand Dentistry, NY, NY, USA L-PRF andCalciumSulfate,R.Horowitz*; NYUCollegeof Growth BoneGrowthEnhancing Vital Enhancers- With Medical, LLC,Lowell,MA,USA Kay, M.Brown, C.Cavaleri,R.Shea,B.Hess;LaunchPad Organic BoneAdhesiveinvivoandvitro, R.Jadia*,G. Determination ofPhaseEvolutionaNovelMineral- Omaha, NE,USA Wang, S.Boda;UniversityofNebraskaMedicalCenter, Peptides forAlveolarBoneRegeneration,J.Xie*,H. Mineralized ShortNanofibersCoupledwithBMP-2 Science andTechnology, Rolla,MO,USA Injamuri, M.Rahaman,Y. Shen;MissouriUniversityof Microspheres inBoneRegeneration,Y.-W. Huang*,S. Relaxin asanEnhancerofBMP-2LoadedHydroxyapatite USA, 2 1 University ofMississippiMedicalCenter, Jackson,MS, Mississippi StateUniversity, MississippiState,MS,USA, 2 3 Jackson StateUniversity, Jackson,MS,USA University ofCampinas,Brazil, 1 , R.Jin 2 , N.Gurram 1 , L.Liu 2 , J.Livingston 1 , L.Yang 3 , M.LouisG 2 Department ofRadiology, 1 , H.Ai 4 1 TMJ Concepts, , Y. Duan 4 ; 1,2 1 University of 1 ; , M.TMathew 1 National 2 , S.Yang 3 CAE 3 ; 1 ,

(CONTINUED) 668. 667. 666. 674. 673. DRUG DELIVERY BIOMATERIALS FORTHERAPEUTIC 672. 671. 670. 669. GUIDED TISSUEREGENERATION Dentin Regeneration,N.Young* enhanced PhotobiomodulationTherapyforPulp- Smart DentalFillingswithRutheniumNanoparticles- NY, USA University atBuffalo SchoolofDentalMedicine,Buffalo, A. Sikora*,M.Nagrath,J.Graca,S.UrRahman,P. Arany; Following AdaptionofDentalMaterialsfor3DPrinting, Functionalization ofDentalProsthetic Interfaces P. Arany;UniversityatBuffalo, Buffalo, NY, USA Cell Differentiation, S.Rahman*,M.Nagrath,Ponnusamy, Synthetic MorphogenFieldsforDirected DentalPulpStem Seattle, WA, USA R. Jain,S.Shankland,Pun;University ofWashington, Eng, Y. Cheng,J.Pippin,R.Lamm,C.Ngambenjawong, of SyntheticAnionicPolymers,A. Prossnitz*, G.Liu,D. Glomerular DiseaseAugmentsKidney Accumulation Seattle, WA, USA 2 Stayton Srinivasan SP)-CTR, SaoPaulo,Brazil 2 C. Zeituni Pulmonary IntracellularInfections,D.Roy* for Controlled DrugPharmacokineticsAgainstAlveolar Macrophage-Targeted AntibacterialPolymeric Prodrug 2 A. Rosa H. Lopes Osteoporotic Rats,A.Souza* with MesenchymalStemCellsonBoneRepairin Effect ofaPolymer/CeramicMembrane Associated USA J. Bumgardner; UniversityofMemphis, Memphis,TN, Applications, P. Cameron*, V. Murali,F. DelbuqueGuerra, Raspberry KetoneforGuidedBoneRegeneration Electrospun ChitosanMembranes Loadedwith Bumgardner; UniversityofMemphis, Memphis,TN,USA Osteogenesis, V.P. Murali*,F. Guerra,T. Fujiwara,J. Membranes forDeliveryofSimvastatintoStimulate Electrospun ChitosanGuidedBone Regeneration G. Chen,H.Chen;SoochowUniversity, Suzhou,China Glycopolymers forCellSurfaceEngineering,Y. Gu*,B.Liu, A ModularHost-GustApproach toBuildup Harborview MedicalCenter, UniversityofWashington, Energetic andNuclearResearch Institute(IPEN/CNEN- Federal UniversityofItajubá,Brazil 1 1 ; ; 1 1 1 , R.Gimenes 2 1 University ofSãoPaulo,RibeirãoPreto, Brazil, University ofWashington, Seattle, WA, USA, ; , B.Lee 1 University atBuffalo, Buffalo, NY, USA, 2 , T. West 2 , S.Siessere 2 , D.Ratner 1 , A.Almeida 1 , R.Mosca 1 , L.Sousa 1 , S.Skerrett 1 1 , F.-Y. Su , G.Freitas 1,2 1 , P. Arany , M.Beloti 2 1 , P. , S. 1 1 , , 1 ,

61 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

675. Drug-Refillable In Situ Forming Implants for Recurrent 685. Development of Coacervates Using mPEGylated Tumor Chemotherapy, A. Dogan*, K. Young, H. von Recum; Poly(Ethylene Arginylaspartate Diglyceride) Cationic Case Western Reserve University, Cleveland, OH, USA Polymer for Protein Delivery, H. Jo*, G. Mani, K. Kim; Incheon National university, Incheon, Republic of Korea 676. Rm-loaded Polymeric Micelles Reduces Secondary Injury in a Rat TBI Model, C. Macks*1, D. Jeong1, M. Lynn2, J. 686. Implantable Peptide-Hydrogel Drug Delivery System for Lee1; 1Clemson University, Clemson, SC, USA, 2Greenville Treating Glioblastoma Multiforme, M. Elpers*, A. Gregory, Hospital System, Greenville, SC, USA E. Miller, A. Alexander-Bryant; Clemson, University, Clemson, SC, USA 677. N-Oxalylglycine-Conjugated Hyaluronic Acid Stimulates Angiogenic Gene Expression, A. DeMaria*, K. Webb, J.S. 687. Sustained-released Platelet-Rich Plasma from Lee; Clemson University, Clemson, SC, USA Polyethylene Glycol Hydrogels Exerts Beneficial Effects on Chondrocytes, A. Blanco*1, E. Jain2, N. Chinzei3, N. 678. Promotion of Accelerated Healing in a Mouse Wound Case1, S. Sell1, M. Rai3, S. Zustiak1; 1Saint Louis University, Model with a Viral Immunomodulator Serp-1/chitosan Gel, Saint Louis, MO, USA, 2Washington University in St. Louis, L. Zhang*, J. Yaron, S. Wallace, M. Burgin, A. Tafoya, A. St. Louis, MO, USA, 3Washington University School of Lucas; Arizona State University-Tempe, Tempe, AZ, USA Medicine, St. Louis, MO, USA

679. Targeted Drug Delivery via Cell-Nanoparticle Hybridization 688. 3D Printed Degradable Microneedles for Controlled Drug for Enhanced Efficacy and Reduced Off-Target Toxicity, R. Release in the Nervous System, M. Walter*, J. Johnson, R. Cooper*1, J. Wang2, H. Yang2,3,4; 1Virginia Commonwealth Saigal; University of Washington, Seattle, WA, USA University, College of Engineering, Richmond, VA, USA, 2Virginia Commonwealth University; College of 689. Sustained-Release Depots for HIV PrEP, C. LeGuyader*, Engineering, Richmond, VA, USA, 3Virginia Commonwealth D. Roy, S. Srinivasan, P. Stayton; University of Washington, University, School of Pharmacy, Richmond, VA, USA, Seattle, WA, USA 4Virginia Commonwealth University, Massey Cancer Center, Richmond, VA, USA 690. Polymeric Nanoparticles for Controlled and Systemic Delivery of an Anti-Cancer Chelator, C. Holley*, S. Majd; 680. Localized Tacrolimus Delivery for Transplant Rejection University of Houston, Houston, TX, USA Prevention via TyroSphere-loaded Rapidly Soluble Films, J. Molde*1, A. Merolli1, J. Steele1, M. Lima1, S. Pratts2, A. 691. Fluorescence Correlation Spectroscopy for the Lellouch2, C. Cetrulo, Jr.2, J. Kohn1; 1New Jersey Center for Measurement and Prediction of Drug Release from Biomaterials, Rutgers - The State University, Piscataway, NJ, Degradable Hydrogels, S. Sheth*1, E. Barnard2, M. USA, 2Center for Transplantation Sciences, Massachusetts Rathinam2, S. Zustiak1; 1Saint Louis University, St. Louis, MO, General Hospital, Charlestown, MA, USA USA, 2University of Maryland Baltimore County, Baltimore, MD, USA 681. Antibiotic Extended Release Concentration Quantification By Semi-empirical Model For Insulin Delivery Catheters, 692. PLGA-Encapsulated Nanoceria and SOD as a Deliverable, J. King*, B. Ratner; University of Washington, Seattle, WA, Antioxidative Therapy, A. Mehta*1, B. Scammon1, D. USA Ashley1, B. Stewart1, K. Jardim1, K. Shrake1, M. Bredikhin1, V. Ivanov2, V. Reukov1; 1Clemson University, Clemson, SC, USA, 682. Anti-VEGF Delivery from Alginate – Chitosan 2Kurnakov Institute of General and Inorganic Chemistry, Polyelectrolyte Complexes Decreases Bony Bar Formation Moscow, Russian Federation in Physeal Injuries, J. Newsom*1, C. Erickson2, N. Fletcher1, Z. Feuer2, Y. Yu2, F. Fontan2, N. Miller2, K. Payne2, M. Krebs1; 693. In situ Ethanol Depot Enhances Tumor Necrosis and 1Colorado School of Mines, Golden, CO, USA, 2CU Denver, Immune Activity in Breast Tumors, C. Nief*, R. Morhard, B. Aurora, CO, USA Crouch, N. Ramanujam; Duke University, Durham, NC, USA

683. Hollow Microshell Through Layer-by-Layer Self-Assembly 694. pH-sensitive Liposomes as Drug Carriers for the Treatment of Natural Polyelectrolytes on E. coli, M. Yitayew*, M. of Brain Infection Diseases, C. Bartomeu Garcia*, D. Shi, T. Tabrizian; McGill University, Montreal, QC, Canada Webster; Northeastern University, Boston, MA, USA

684. Polyzwitterion Coated Peptide Dendritic Carbon Dots 695. Target-switchable Modular Bacterial Toxin Delivery System, for Efficient Chemotherapy, Q. Yi*, J. Ma, Z. Gu; Sichuan S. Park*1, B. Choi2, Y. Bae1, S. Kang1; 1Ulsan National University, Chengdu, China Institute of Science and Technology, Ulsan, Republic of Korea, 2Northwestern University, Chicago, IL, USA

62 Society For Biomaterials 2019 Program 2019.biomaterials.org 704. 703. 702. 701. 700. 699. 698. 697. 696. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Columbia, Vancouver, BC,Canada Vancouver, BC,Canada, Vancouver, BC,Canada, J. Kizhakkedathu Takeuchi* Single MoleculeSoftPolymerNanoparticles invivo,L. Remodelling oftheProtein Corona onLongCirculating Republic ofKorea University, Daegu,RepublicofKorea, Daegu, RepublicofKorea, K.-O. Doh Kim Doxorubicin forTumor Targeting, J.-s.Choi* Folate-PEG ModifiedLiposomeUsingAmphiphilic 3 Medford, MA,USA, Perez-Ramirez Monoclonal Antibodies,B.Yavuz* Sustained ReleaseSilkFoamsfortheLocalDeliveryof Antonio, TX,USA USA, 3 USA, E. Brey to Target theInflamedPeripheralNerve,K.Langert* Engineering Poly(lactic-co-glycolic)AcidNanoparticles Clemson University, Clemson,SC,USA Emphysema, V. Parasaram*,X.Wang, N.Vyavahare; Targeted DeliveryofNanoparticlesasaTreatment for Republic ofKorea Kim*, J.Kim,Y. Kim,J.-H.Jang;Yonsei University, Seoul, Liquid FilledMultilayered CapsulesforOralDelivery, Y. Republic ofKorea Korea, Choi Pro-Oxidant Drugs,M.S.Shim* ROS-responsive DrugCarriersfor Intracellular Deliveryof Philadelphia, PA, USA PA, USA, Shultz Injury, Y. Zhong* Glial andFibrotic ScarFormationAfterSpinalCord Local DeliveryofHepatocyteGrowth FactorReduces MO, USA OH, USA, Y. Guan Dll4/VEGF DeliverySystem,H.Niu* Accelerated ArteriogenesisandVessel BranchingUsing University ofCalifornia-Merced, Merced, MA,USA University ofTexas atSanAntonio,TX, 1 , J.-W. Park 1 ; 4 2 1 Audie L.MurphyMemorialVA Hospital,San Edward Hines,Jr., VA Hospital,Hines,IL,USA, 1 , Y. Zhao 3,4 2 Incheon NationalUniversity, Incheon,Republicof 2 The CatholicUniversityofKorea, Gyeonggi-do, , J.Guan ; 2 1,2 1 1 Drexel UniversityCollegeofMedicine, 2 Illinois InstituteofTechnology, Chicago,IL, ; Washington UniversityinStLouis, , S.Abbina 1 College ofMedicine,Yeungnam University, 2 , P. LiWang 1 1 , S.Hou 1 , D.-B.Jeong 1,2,3 , Z.Wang 2 ; 1 ; The OhioStateUniversity, Columbus, 2 1 Sanofi, Framingham,MA,USA, University ofBritishColumbia, 1,2,3 2 ; 3 2 , A.Parambath The UniversityofBritish Centre for BloodResearch, 1 3 Drexel University, Philadelphia, 1 , D.Kaplan 2 , M.Yang Kyungpook National 1 , Y.-B. Seu 1 , Y.-S. Kim 1 , K.Harrington 1 , N.Gao 1 , J.Nong 1 3 ; DGMIF, Daegu, 1 Tufts University, 1,2,3 2 , J.-H.Nam 1 , S.Kim , K.Yu 1,2 2 , Y. Dang , B.-K. 1 , R. 1,2,3 1 2 , B. , D.G. , 3 1,2 , , 2 ,

(CONTINUED) 708. 707. 706. 705. 710. 709. 713. 712. 711. Endosomolytic PolymersdoesnotCorrelate with The EfficiencyofCytosolicDeliveryusingpH-Responsive H. Acar;UniversityofOklahoma,Norman,OK,USA Improved MicellarNanoparticleStabilization,E.Green*, Institute ofTechnology, Newark,NJ,USA Infarction HeartHealing,Z.Li*,X.Xu;New Jersey Growth FactorDeliveryforImproved PostMyocardial Injectable PolyesterHydrogel-mediated Myeloid-derived University ofSharj,Sharjah,UnitedArabEmirates of Sharjah,UnitedArabEmirates, AlSawaftah RGD), G.Husseini* Liposomes (HumanSerumAlbumin,Transferrin and Ultrasound MediatedReleasefrom Three Targeted regeneration., N.Kinoshita* to adipose-derivedstemcellformuscletissue Magnetic nanogeldeliveryoftranscriptionfactor Baltimore, MD,USA USA, MD, USA, 2 Fatemi Kambhampati Gok* Treatment ofaNeuro-Degenerative Disease,X-ALD, O. Design ofaDendrimericNanomedicinePlatformforthe 2 J. Wilson Dandy Activation oftheNLRP3Inflammasome,J.Baljon* Tsou; Chung Yuan ChristianUniversity, Taoyuan, Taiwan Ger*, Y.-C. Huang,C.-M.Su,T.-Y. Chen,F. Dong,C.-K. drug carrierforcoronary atherosclerotic treatment, T.-R. Development ofmagneticmicelles asanti-inflammation Vancouver, BC,Canada Edmonton, AB,Canada, R. K.C. Uludag* byusingLipopolymeric Carriers,H. Leukemia ExVivo Implementing siRNA-BasedTherapyofChronic Myeloid Stanford, CA,USA Maikawa*, A.Smith,E.Appel;Stanford University, to BiopharmaceuticalFormulationandDelivery, C. Supramolecular PEGylationasanInnovativeApproach Kyoto, Japan Dental University, Bunkyo-ku,Japan, Marukawa Johns HopkinsUniversitySchoolofMedicine,Baltimore, Tuskegee University, Tuskegee, AL,USA 1 4 , C.Nemeth Johns HopkinsUniversity, SchoolofMedicine, 2 1 2,3 , L.Wang-Bishop , J.Brandwein 1 ; , J.Valencia-Serna 1 ; 1 3 1 Johns HopkinsUniversity, Baltimore, MD,USA, Kennedy KriegerInstitute,Baltimore, MD, , H.Harada 1 1 , P. Kawak Vanderbilt University, Nashville,TN,USA, 1 , F. Zhang 2,3 1 , N.Awad , K.Rangaramanujam 1 1 , M.AlSayah , X.Jiang 1 , K.Akiyoshi 1 1 2 , M.Wehbe , A.Sharma University ofBritishColumbia, 1 , C.Kucharski 1,2 1 , V. Paul , Y. Sasaki 2 ; 1 University ofAlberta, 2 2 ; ; 1 1 1 1 1 2 American University American University , M.Jacobson , S.Kannan Tokyo Medicaland , M.Mahmoud Kyoto University, 2 , R.Kawasaki 1,3 1 2 , M.Chen American American , B.Turk 2,3,4 1 , A. 2,3 , A. 1 2 , 1 , , S. , N. , N. 2 , E.

63 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

714. RAGE targeting therapeutic exosome for drug delivery, 724. A Tumor-Specific Amplification of Oxidative Stress with G. Kim*, M. Lee, J. Ha; Hanyang University, Seoul, Triggered Drug Release Nanoparticle for Cancer Therapy, Republic of Korea L. Yang*, W. Zhuang, G. Li, Y. Wang; Sichuan University, Chengdu, China 715. Dual Aptamer-functionalized In Situ Injectable Fibrin Hydrogel for Promotion of Angiogenesis via Co-delivery 725. Two-Photon AIE Probe Conjugated Theranostic of Growth Factors, N. Zhao*; Penn State University, State Nanoparticles for Tumor Bioimaging and pH-Sensitive College, PA, USA Drug Delivery, G. Li*, B. Ma, W. Zhuang, Y. Wang; Sichuan University, Chengdu, China 716. Basic amino acids modified poly(amidoamine) generation 2 for delivery of plasmid DNA, Y.K. Lee*2, L.T. Thuy1, J.S. 726. Redox and pH Dual-Responsive Polymeric Micelle with Choi1, M. Lee2; 1Chungnam National University, Daejeon, Aggregation-Induced Emission Feature for Cellular Imaging Republic of Korea, 2Hanyang University, Seoul, Republic of and Chemotherapy, W. Zhuang*, L. Yang, G. Li, Y. Bing; Korea Sichuan University, Chengdu, China

717. Using Machine Learning to Predict the Binding Dissociation 727. Hyaluronic Acid-coated Gold Nanorods Enhancing of FDA Approved Drugs for Affinity-Based Drug Delivery Multivalent BMP2 peptide delivery for Chondrogenesis, Applications, E. Rivera Delgado*1, A. Xin2, H. von Recum1; K. Sansanaphongpricha*1, P. Sonthithai2, P. Kaewkong2, 1Case Western Reserve University, Cleveland, OH, USA, S. Bamrungsap1, W. Kosorn2, N. Saengkrit1; 1NANOTEC, 2Hathaway Brown High School, Shaker Heights, OH, USA National Science and Technology Development Agency, Pathumthani, Thailand, 2MTEC, National Science and DRUG DELIVERY SIG Technology Development Agency, Pathumthani, Thailand

718. Microneedle-Assisted Topical Drug Delivery for 728. Antisense Oligonucleotides Delivery with Bioreducible Combination Therapy of Deep-Seated Melanoma, Y. Zhao*, Lipid-based Nanoparticles in vitro and in vivo, L. Yang*; H.P. Tham, T.G.S. Thng, S. Venkatraman, C. Xu; Nanyang Tufts University, Medford, MA, USA Technological University, Singapore, Singapore 729. Fine-tuning Lung Cancer Nanotherapy Using Closed 719. Blurring the Line Between Device and Drug by Targeting Cardiopulmonary Circulation, D. Bölükbas*1,2, C. Morrone1, 1 1 the Fibrin Blood Clot Niche, N. White* , X. Wang , R. A. Doryab1, S. Datz3, D. Gössl3, S. van Rijt1, T. Stöger1, 1 1 1 2 2 Lamm , L. Chan , S. Pun , Y.S. Wong , S. Venkatraman ; T. Bein3, S. Meiners1, D. Wagner1,2; 1Comprehensive 1 2 University of Washington, Seattle, WA, USA, Nanyang Pneumology Center (CPC), University Hospital, Technological University, Singapore, Singapore Ludwig-Maximilians University and Helmholtz Zentrum München, Munich, Germany, (2)Lung Bioengineering 720. The Effect of Halloysite Addition on Chitosan/HNTs and Regeneration, Department of Experimental Medical Hydrogel Composites Material Properties, Y. Luo*, D. Mills; Sciences, Lund University, Lund, Sweden, (3)Department of Louisiana Tech University, Ruston, LA, USA Chemistry and Center for NanoScience (CeNS), University 721. Investigation of Diclofenac Sodium Release from of Munich (LMU), Munich, Germany Electrospun Composite Nanofibers of Poly (ε-caprolactone) 730. Engineering Anti-Cancer Extracellular Vesicles via Lipid and Chitosan, S. Saudi*, U. Adhikari, S. Aravamudhan, J. Hybridization and Layer-by-Layer Approaches, Y.-Y. Jhan*, Sankar, N. Bhattarai; North Carolina A&T State University, G. Palou Zuniga, C. Bishop; Texas A&M University, College Greensboro, NC, USA Station, TX, USA 722. 3D Printed Calcium Deficient Hydroxyapatite/Collagen/ 731. Targeted Delivery of Kartogenin-Encapsulated Platelet Rich Plasma Composite Scaffolds Functionalized Nanoparticles for Improved Uptake by Mesenchymal Stem with Sustained Release of Growth Factor for Bone Tissue Cells, B. Almeida*, Y. Wang, A. Shukla; Brown University, Regeneration, J. Lee*, S.J. Chae, W. Kim, J. Lee, M. Yeo, Providence, RI, USA G.H. Yang, H. Kim, Y. Choe, Y. Koo, G. Kim; Sungkyunkwan University (SKKU), SUWON-SI, Republic of Korea 732. Cellulose-based Biopolymers for Controlled Drug Delivery: A Mechanistic Investigation, K. ODonnell*1, N. Comolli1, 723. Stem Cells-Derived Nano-Vesicles for Augmented G. Oporto2; 1Villanova University, Villanova, PA, USA, 2West Regenerative Repair of Vascular Elastic Matrix, S. Virginia University, Morgantown, WV, USA Sankaranarayanan Thampi*, A. Ramamurthi; Cleveland Clinic, Cleveland, OH, USA 733. Multilayered Drug Delivery Sheet that Allows Minimally Invasive Delivery to the Eye, H. Kaji*, Y. Sato, N. Nagai, T. Abe; Tohoku University, Sendai, Japan

64 Society For Biomaterials 2019 Program 2019.biomaterials.org 740. THERAPY ANDEDITING NON-VIRAL DELIVERYFORGENE 739. 738. 737. 736. 735. 734. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA 742. 741. Therapeutic NucleicAcid(TNA)polyplexes,K.-T. Kim* Blood CompatibilityandBiodistributionofVarious Center, CollegeStation,TX,USA S. Ramasamy, S.Bondos;Texas A&MHealthScience Based Materials,R.Booth*,K.Churion,A.Alvarez, DNA DeliverytoCellsbyUltrabithoraxProtein- Republic ofKorea Seoul, RepublicofKorea, Kim Loading, I.-G.Kang* Embedded Hydroxyapatite (HA)Pattern forDrug Guided BoneRegeneration(GBR)Membranewith University ofHongKong,Kong Defect Regeneration,Z.Ning*,W. Lu,B.Tan; The to LocallyApplicateAbaloparatideinPromoting Bone Photo-crosslinked GelMAHydrogel asDrugCarriers National Univ., Busan,RepublicofKorea Chung conjugated withSpecificLigands,A.Jo* microgels ContainingMagneticNanoparticlesand Targeted DrugDeliverySystemUsingCore/Shell MA, USA Massachusetts InstituteofTechnology, Cambridge, M. Taylor, T. Graf,E.Budina,R.Langer, A.Jaklenec; Polio Vaccine, X.Lu*,K.McHugh,Z.Tochka, S.Rose, Single InjectionDeliverySystemforSabinInactivated Institute ofTechnology, Hoboken,NJ,USA Institute ofTechnology, Hoboken,NJ,USA, Applications, A.Bossart* Electrospun PullulanBasedNanofibersforMedical College ofEngineering, Richmond,VA, USA, Richmond, VA, USA, Commonwealth University, CollegeofEngineering, Sequence Peptide,R.Cooper* via PhysicalInteractionwithaNuclear Localization Improving Poly(amidoamine)DendrimerGeneDelivery Commerce University, Istanbul,Turkey 2 KS,USA, Wichita, Kansas SchoolofMedicine-Wichita, Jiang Including Osteosarcoma, S.-Y. Yang* IL-21 Vector-tethering NanofibersforCancer Treatment Carolina, Charlotte,NC,USA University, Clemson,SC,USA, J. Halman Wichita StateUniversity,Wichita KS,USA, Wichita, 1 , H.-E.Kim 1 , M.Ceylan 1 ; 1 Dong-A Univ., Busan,RepublicofKorea, 2 , C.Macks 1 , C.-M.Han 3 , B.Dart 1 2 1 , Y.-J. Seong Virginia CommonwealthUniversity; , K.Afonin 1 , S.Shady 2 1 Jeonju University, Jeonju, , R.Asmatulu 2 ; 1 Seoul NationalUniversity, 2 1 University ofNorth , H.Yang 2 , J.S.Lee 1 , E.-H.Song 2 , D.Kalyon 1 , X.Gong 2 1 2,3,4 ; , J.Yoon 1 1 ; University of ; 3 1 2 Istanbul Clemson 1 Stevens Virginia 3 Virginia 1 1,2 2 , J.-Y. ; , J. 1 Stevens 2 2 , J.W. Pusan 1 ,

(CONTINUED) 745. 744. 743. 751. 750. 749. 748. THERAPEUTIC DELIVERY SYNTHETIC NANOMATERIALSFOR 747. 746. Gene Delivery, H.Uludag*,R.K.C. Cationic Lipopolymers:Simple,Versatile Carriersfor of Korea Dentistry, SeoulNationalUniversity, Seoul,Republic cancer therapy, S.Hong*,M.Ahn,R.Arote; Schoolof Novel, biodegradable,sugar-based genecarriersfor China J. Wu*, Q.Yu, H.Chen;SoochowUniversity, Suzhou, Thermal-Responsiveness ofPoly(N-isopropylacrylamide), System viathePhotoporationofPolydopamineand A UniversalIntracellularDeliveryandCellReleasing Massey CancerCenter, Richmond,VA, USA Richmond, VA, USA, Commonwealth University, SchoolofPharmacy, Nashville, TN,USA Jyotsana, Z.Zhang,M.King;Vanderbilt University, TRAIL ImmunotherapyStudies,J. Dombroski*, N. The Establishmentofa4T1Breast CancerModelfor University, Stanford, CA,USA School ofMedicine,Stanford, CA,USA, G. Agmon Poly(I:C) through NanoparticleEncapsulation,E.Gale* Enhancing theStabilityandPotencyofAdjuvant Washington, Seattle,WA, USA on OralTolerance, H.Frizzell*,K.Woodrow; Universityof to UnderstandtheEffect ofGastrointestinal Digestion Selective Protection ofProteins inPolymericBiomaterials Florida, Gainesville,FL,USA Hopkins University, Baltimore, MD,USA, P. Khare Transmission BlockingVaccines, G.Howard* Node Trafficking andParacortexPenetrationforMalaria Biodegradable NanoparticlesforEnhancedLymph Chanchun, China, of Education,SchoolLifeSciences,JilinUniversity, Molecular EnzymologyandEngineeringofMinistry of LungCancer, H.Han* 23b DeliverytoInhibittheProliferation andMigration Nucleobase-Modified Polyamidoamine-MediatedmiR- National University, Seoul,RepublicofKorea AHN*, S.Hong,R.Arote; Schoolofdentistry,Seoul derivatives asgenecarriersforcancertreatment, M. Asialoglycoprotein receptor targeted sugar-alcohol of Alberta,Edmonton,AB,Canada 2 , X.Ke 2 , A.Smith 1 , R.Dinglasan 2 Tufts University, Medford, MA,USA 2 4 , E.Appel Virginia CommonwealthUniversity, 1,2 , Q.Li 2 , H.-Q.Mao 2 1 ; ; 1 1 Stanford University 1 1Key Laboratoryfor , B.Thapa; 2 2 Stanford University of 1 ; 1 1 Johns , G.Verma 1 University

1 , 2 ,

65 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

752. Engineered Polymeric Micelles for Combinational Oxidation 762. Human-based Nanocomposite Cryogels for Hemostatic Anticancer Therapy Through Concurrent HO-1 Inhibition and Wound Healing Applications, B. Mendes*1,2,3, M. and ROS Generation, H. Hyun*, E. Jung, S. Hong, D. Lee; Gómez-Florit1,2, L. Randall4, P. Babo1,2, R. Almeida1,2, M. Chonbuk National University, Jeonju, Republic of Korea Detamore4, R. Domingues1,2,3, R. Reis1,2,3, M. Gomes1,2,3; 1University of Minho, Guimarães, Portugal, 2ICVS/3B’s – PT 753. Intravenous Application of Bispecific Antibody for Cardiac Government Associate Laboratory, Braga/Guimarães, Regenerative Therapy After Heart Ischemia/Reperfusion Portugal, 3The Discoveries Centre for Regenerative and Injury, K. Huang*1,2, Z. Li2, T. Su1,2, S. Hu2, K. Cheng1,2,3; Precision Medicine, University of Minho, Guimarães, 1Comparative Medicine Institute, Raleigh, NC, USA, 2North Portugal, 4The University of Oklahoma, Oklahoma, OK, USA Carolina State University, Raleigh, NC, USA, 3North Carolina State University and University of North Carolina, Raleigh, 763. Melanogenesis Potential of EGF-Loaded Nano-Pillared NC, USA Chitosan-Gelatin Films, S. Altuntas*1,2,3, H. Dhaliwal2, A. Eid Radwan2,3, F. Buyukserin1, M. Amiji2; 1TOBB University of 754. Internalization of Folate Receptor Targeting Nanoparticles Economics and Technology, Ankara, Turkey, 2Northeastern into Ovarian Cancer Cell Lines, H. Acar*, K. Haddad, T. Le; University, Boston, MA, USA, 3Harvard Medical School, University of Oklahoma, Norman, OK, USA Boston, MA, USA

755. Effect of Heparin-Coated Magnetic Nanoparticles on 764. Antimicrobial Hydrogel Foam Dressings for Improved Human Vascular Cells, N. Ghobrial*, B. Fellows, O. Mefford, Chronic Wound Healing, Z. Lan*1, R. Kar1, J. Yoon1, T. D. Dean; Clemson University, Clemson, SC, USA Wilems1, T. Buie1, C. Whitfield2, N. Cohen2, E. Cosgriff- Hernandez1; 1University of Texas at Austin, Austin, TX, USA, 756. Combinational Effects of EPR, Folate Targeting and Shapes 2Texas A&M University, College Station, TX, USA for Cancer Theranostic Nanocarriers, A. Rad*1, W. Aresh1, M.-P. Nieh1, P.-S. Lai2; 1University of Connecticut, Storrs, CT, 765. Hydrogen Bonding-Driven Self-coacervation of Mussel Foot USA, 2National Chung Hsing University, Taichung, Taiwan Protein Mimics (MPMs) as Wet Biological Tissue Adhesives, P. Zhao*, B. Yang, L. Bian; The Chinese University of Hong 757. Superparamagnetic Iron Oxide Nanoparticles Kong, Hong Kong, Hong Kong Functionalized with Aggregation-Induced Emission Materials for Dual-Modal Fluorescence/MRI Imaging, S. 766. Developing a Knitted, Antibacterial Wound Dressing Fu*1, R. Jin1, Z. Cai1, H. Ai1,2; 1National Engineering Research Contact Layer for Infection Management, E. Gianino*, D. Center for Biomaterials, Sichuan University, Chengdu, Pham, J. Gilmore; Clemson Universtiy, Clemson, SC, USA China, 2Department of Radiology, West China Hospital, Sichuan University, Chengdu, China 767. Designing an Antimicrobial Knitted Wound Dressing for Vacuum Assisted Wound Closure, D. Zha*, P. Nakod, A. El- BIOMATERIAL TECHNOLOGIES FOR Shafei, M. King, T. He, A. Brown, S. Hudson; North Carolina HEMOSTASIS AND WOUND CARE State University, Raleigh, NC, USA 758. A Hydrogel-based Smart Bandage for Wound Monitoring 768. Fabrication of photocurable hemostatic agent with wound and Treatment, M. Akbari*1, B. Mirani1, E. Pagan1, A. healing and rapid hemostatic effect, C.H. Park*1,2, Y.J. Lee1, S.H. Ghahary2; 1University of Victoria, Victoria, BC, Canada, Kim1, M.T. Sultan1, O.J. Lee1, H.S. Park1,2, G. Khang3; 1Hallym 2University of British Columbia, Vancouver, BC, Canada University, Chuncheon, Republic of Korea, 2Chuncheon Sacred Heart Hospital, Chuncheon, Republic of Korea, 759. Silk-ECM Composite 3D Printed Constructs for Burn 3Chonbuk National University, Jeonju, Republic of Korea Wound Healing, D. Chouhan*, B. Mandal; Indian Institute of Technology Guwahati, Guwahati, India 769. Reduced Graphene Oxide Impregnated GelMA hydrogel Promotes Angiogenic Activity in Chick Embryo Model, 760. Enhanced Angiogenesis with Nitric Oxide Releasing A. Hasan*1,2, R.U.R. Syed1,2, R. Augustine1,2, A.A. Zahid1,2, 1,2 Chitosan-PVA Hydrogel for Wound Healing, A. Hasan* , R. Ahmed1,2; 1Qatar University, Doha, Qatar, 2Biomedical 1,2 1,2 1,2 1,2 A.A. Zahid , R. Ahmed , R.u.R. Syed , R. Augustine ; Research Center, Doha, Qatar 1Qatar University, Doha, Qatar, 2Biomedical Research Center, Doha, Qatar 770. Gelatin-Graphene Oxide Aerogels Loaded with Natural Extracts for Hemostatic Applications, S. Guajardo*1, T. 761. Coacervate-mediated Exogenous Growth Factor Delivery Figueroa1, J. Borges1, M. Meléndrez2, K. Fernández1; 1 2 for Scarless Skin Regeneration, U. Park* , M.S. Lee , H.S. 1Department of Chemical Engineering, Faculty of 2 1 1 Yang , K. Kim ; Incheon National University, Incheon, Engineering, University of Concepcion, Concepcion, 2 Republic of Korea, Dankook University, Cheonan, Republic Chile, 2Department of Materials Engineering, Faculty of of Korea Engineering, University of Concepcion, Concepcion, Chile

66 Society For Biomaterials 2019 Program 2019.biomaterials.org 778. NEURAL APPLICATIONS ENGINEERED BIOMATERIALS FOR 777. 776. 775. 774. FOR PRECISIONMEDICINE BIOMATERIALS TECHNOLOGIES 773. 772. 771. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Seattle, WA, USA Perlmutter, J.Bryers,B.Ratner;Universityof Washington, Size onGlialEncapsulation, I.Dryg*,L.Crawford, S. Porous Hydrogels forNeuralImplants:Effect ofPore Kingdom, USA, Irvine Composites, J.Contreras* Analysis ofUltrasoundSensitivePolyurethane-Glass School ofMedicine,HokkaidoUniversity, Sapporo, Japan Alhasan, N.Iwasaki;FacultyofMedicineandGraduate Takahashi*, M.A.Terkawi, G.Matsumae,Y. H. Tian, Triggered byofOrthopaedicImplantsDebris,D. Identification ofIL-27asPotentRegulatorOsteolysis Atlanta, GA,USA Urbana, IL,USA, A. García Encapsulate Cells,J.Serrano* Gelatin-based Thiol/DisulfideDegradableHydrogels to Institute ofTechnology, Atlanta,GA,USA Medicine, Atlanta,GA,USA,(5)Woodruff School,Georgia University, Atlanta,GA,USA, Department, Georgia InstituteofTechnology &Emory Institute ofTechnology, Atlanta,GA,USA, of ChemicalandBimolecularEngineering,Georgia Georgia InstituteofTechnology, Atlanta, GA,USA, R. Mannino Potency, R.Schneider* PlatformforMesenchymalStemCell Tissue-on-a-Chip A. Shrirao;RutgersUniversity, NewBrunswick,NJ,USA Response Data,T.P. Ashok*,U.Pamidigantam,S.Sadhu, Artificial SkinCharacterizationUsingGalvanic Hospital, Harvard MedicalSchool, Boston,MA,USA Institute, Worcester, MA,USA, Gaudette E. English* Engineered Skin, Multifunctional PlatformforTissue Wound Healing:DecellularizedSpinachLeaves asa Integrating PlantStructures andSystemsfor Republic ofKorea University ofScienceandTechnology (UST),Seoul, and Technology, Seoul,RepublicofKorea, Park* embedded Hydrogel PatchforSkinWound Repair, K. Human MSCsDeliveryviaExtracellularMatrix- 1,2 2 2 , A.Whittington University ofNottingham,United , J.H.Lee 2 1 ; , T. Dominko 3 1 1 Virginia Tech, Blacksburg, VA, USA 1,3,4 , J.Gershlak University ofIllinoisatUrbana-Champaign, , W. Lam 1 2 , S.S.Ha Georgia InstituteofTechnology, 1,3 1,2 1,3,4 1 , G.Pins ; 1 , E.K.Williams( , D.Dolivo , A.García 1 1,2 Virginia Tech, Blacksburg, VA, 1 ; , A.Stimpson 1 4 Korea InstituteofScience Emory University School of Emory UniversitySchoolof 1 , A.Gilchrist 2 Massachusetts General 1 ; 1 Worcester Polytechnic 1 1,5 , J.Goverman ; 1 1,3,4 Petit Institute, Petit Institute, 2 ), J.García , I.Ahmed 3 Coulter Coulter 1 2 , B.Harley KIST School, 2 2 , G. School School 1,5 2 , D. , 1 ,

(CONTINUED) 780. 779. 787. 786. 785. 784. 783. 782. 781. PA, USA Crescenz Veterans Affairs MedicalCenter, Philadelphia, Pennsylvania, Philadelphia,PA, USA, PA, USA, Applied Science,UniversityofPennsylvania,Philadelphia, H.I. Chen Struzyna in Parkinson’s Disease,W. Gordián Vélez* Hydrogel EncasementforLivingDeepBrainStimulation Engineered Dopaminergic AxonalTracts withinaTubular USA, Cullen Burrell* EngineeredImplantable Micro-Tissue NerveGrafts,J. Comparison ofHydrogel EncasementStrategiesfor Haven, CT, USA New Haven,CT, USA, Suh Spinal Cord inAdultMice,M.Khang* PLA-HPG NanoparticlesasaTherapeutic Carrierfor Place, WA, USA Krivoruk, J.McKenzie;Walla Walla University, College Scaffolds forNeuralCellApplications,N.Iwakoshi*,V. The FabricationofMelaninContainingElectrospun The StateUniversityofNewJersey, Piscataway, NJ,USA Regeneration, A.Merolli*, P. Louro, J.Kohn;Rutgers- the invivoStudyofBiomaterialsforPeripheralNerve for theEasyIdentificationofMotorComponentin A SequentialDoubleNon-Flourescent Immunostaining NE, USA, Duan Device, W. Shi* Using 3DCultured NeuralStemCells and3DPrinted Development ofaninvitro Traumatic BrainInjuryModel Rinaldi; UniversityofFlorida,Gainesville,FL,USA in vitro, I.Singh*,M.Kasper, C.Lacko,Schmidt, and Proliferation inMagneticallyTemplated Hydrogels Effects ofMicroarchitecture onSchwannCellMigration Piscataway, NJ,USA J. Kohn;Rutgers-TheStateUniversityofNewJersey, Protective Environment, A.Merolli*, B.Varghese, Y. Mao, on a3dPrintableDeviceAbletoProvide aDefined A Surgical Approach forSpinalCord RegenerationBased Center, Philadelphia,PA, USA Pennsylvania, Philadelphia,PA, USA, W. Gordian-Velez K. Panzer for NervousSystemRepair, J.Burrell* Self-Assembled AlignedGlialCellsas“LivingScaffold” 1 , Y.E. Seo 1,2 2 CMC VA MedicalCenter, Philadelphia,PA, USA 1,2 ; 1,2 ; 1 1,2,3 University ofNebraskaMedicalCenter, Omaha, , S.Das 1,2 1 2,3 2 2 University ofPennsylvania,Philadelphia,PA, University ofNebraska-Lincoln,Lincoln,NE,USA Perelman SchoolofMedicine,University , K.Helm , D.K.Cullen , K.Browne 1 , R.Bindra 1 , M.Kuss 1,2 1,2 , K.Katiyar , D.K.Cullen 1,2 , K.Katiyar 2 2,3 Yale SchoolofMedicine, New 1,2,3 , J.Burrell 2 1 , M.Saltzman , P. Dong ; 1 School ofEngineeringand 1,2 , F. Laimo 1,2 1,2 ; , K.Browne 1,2,3 1 2 University of , L.Gu 3 2 , J.Wolf 1,2 1 Corporal Michael CMC VA Medical , A.Lynn 1 , J.O’Donnell ; 1,2 1 Yale University, 1,2,3 2 , Z.Ali , H.J.Kim , L. 2,3 1,2 , J.Duda 1 , , H.W. 1 , D.K. 1 , B. 1,2 , 3 ,

67 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

788. A novel bioactive system based on surface-functionalized 798. Printable Cell Culture Platform, D. Soto Veliz*, M. Toivakka; plasmonic nanosystems for tunable biological surfaces, K. Abo Akademi University, Turku, Finland Alghazali*1, S. Newby, Z. Nima1, R. Hamzah1, F. Watanabe1, T. Masi2, S. Stephenson2, D. Anderson2, M. Dhar2, A. Biris1; 799. Engineering the in vitro Microenvironment of Human 1University of Arkansas at Little Rock, little rock, AR, USA, Schwann Cells by Providing Electrical Firing Artificial Axons, 2University of Tennessee, Knoxville, TN, USA A. Merolli*, Y. Mao, G. Voronin, J.AM. Steele, J. Kohn; Rutgers - The State University of New Jersey, Piscataway, 789. Effect of Microbial Metabolites on in vitro Enteric Nervous NJ, USA System Tissue Model, E. Manousiouthakis*, N. Alden, M. Dente, O. Hofheinz, K. Lee, D. Kaplan; Tufts University, 800. Engineering A Biomimetic Environment To Pre-Condition Medford, MA, USA Stem Cells For Efficacious Cardiovascular Repair, A. Raghavachar Chakravarti*, S. Pacelli, S. Bagchi, P. Alam, S. 790. Self-assembled human induced pluripotent stem cell- Modaresi, A. Czirock, R. P.H. Ahmed, A. Paul; University of derived brain organoids on PEG hydrogels for modeling Kansas, Lawrence, KS, USA melanoma metastasis, E. Aisenbrey*, E. Torr, V. Harms, W. Murphy; University of Wisconsin, Madison, WI, USA 801. Fabrication of 3D Lymph Node Mimetic and Its Potential for Cancer Diagnosis, A. Hakamivala*, J.-T. Hsieh, L. Tang; The ENGINEERED University of Texas at Arlington, Arlington, TX, USA MICROENVIRONMENTS IN HEALTH 802. Hyperosmolar Potassium Depolarization Suppresses AND DISEASE Pro-inflammatory Macrophage Activation, H. Chen*, J. 791. Developing a Spatially-Defined Biomaterial Model of the Enrdt-Marino, M. Hahn; Rensselaer Polytechnic Institute, Glioblastoma Perivascular Niche, C. Hunter*, M. Ngo, B. Troy, NY, USA Harley; University of Illinois at Urbana-Champaign, Urbana, 803. Fibrotic Cytokine TGF-B1 Increases Pericyte Migration IL, USA in a 3-D Microvascular Model, T. Chung*, A. Pellowe, A. 792. Development of the CellWell™ - A Novel Micropatterned Gonzalez; Yale University, New Haven, CT, USA Biphasic Nanocomposite Platform for Chondrocyte Cell 804. Targeting Adult Stem Cell-Derived Smooth Muscle Cells Culture, R. Saraswat*1, W. Schutz1,2, Z. Zhu1, P. Ahrenkiel1, S. to the Aortal Wall for Augmented ECM Repair, S. Dahal*1,2, Wood1; 1South Dakota School of Mines & Technology, Rapid A. Ramamurthi1,2,3; 1The Cleveland Clinic, Cleveland, OH, City, SD, USA, 2University of Wyoming, Laramie, WY, USA USA, 2Cleveland State University, Cleveland, OH, USA, 3 793. Versatile Core-Shell Microgels for Cell Encapsulation Cleveland Clinic Lerner College of Medicine, Cleveland, in Three-Dimensional Cell Culture, H. Chen*, L.P. Tan; OH, USA Nanyang Technological University, Singapore, Singapore 805. Engineered Nanoclay Based Bone-Mimetic 3D in vitro Test- 794. An in vitro Disease Model for Aggressive Hodgkin’s Bed for Bone Metastasis of Breast Cancer, S. Kar*, K. Katti, Lymphoma, L. Bahlmann*1, M. Shoichet1, A. Baker1, R. D. Katti; North Dakota State University, Fargo, ND, USA Laister2; 1University of Toronto, Toronto, ON, Canada, 806. Engineering Hydrogel Based Cancer Microenvironments 2Princess Margaret Cancer Centre, Toronto, ON, Canada for in Vitro Breast Cancer Cell Culture and Therapeutics 1 1 1 1 795. Controlling Fibrosis Stage of iPS-derived Myocardial Screening, W. Shi* , M. Kuss , B. Mohapatra , S. Mirza , H. 1 1 1,2 1 Models by Micro-Scaffold Technique, M. Matsusaki*1, K. Band , V. Band , B. Duan ; University of Nebraska Medical 2 Nishi1, J.-K. Lee2, S. Miyagawa2, Y. Sawa2; 1Graduate School Center, Omaha, NE, USA, University of Nebraska-Lincoln, of Engineering, Osaka University, Osaka, Japan, 2Graduate Lincoln, NE, USA School of Medicine, Osaka University, Osaka, Japan 807. Porous Chitosan-Chondroitin Sulfate Scaffolds To Mimic 1 796. Chondrogenesis of Mesenchymal Stromal Cells Modulated The Prostate Cancer Microenvironment, K. Xu* , S. 1,2 1 3 2 by Cell-Cell and Cell-Matrix Interactions, Y. Xiao*1, Y. Wang2, Florczyk , Z. Wang , J. Copland , R. Chakrabarti , K. 2 1 D. Huang1, X. Zhang1,2; 1Sichuan University, Chengdu, China, Ganapathy ; University of Central Florida, Orlando, FL, 2 3 2Guangxi Medical University, Nanning, China USA, University ofCentral Florida, Orlando, FL, USA, Mayo Clinic, Jacksonville, FL, USA 797. Studying the Effects of Pro-inflammatory Cytokines on Breast Cancer Metastasis in a Three-Dimensional Model, M. 808. A Microfluidic Platform to Generate 3D in vitro Blood Williams*, J. Alsaleh, C. Gomillion; University of Georgia, Vessels for the Study of Biofilm Dispersion, J. Li*; University Athens, GA, USA of Wisconsin-Madison, Madison, WI, USA

68 Society For Biomaterials 2019 Program 2019.biomaterials.org 817. 816. 815. MICROENVIRONMENTS SIG ENGINEERING CELLSANDTHEIR 814. 813. 812. 811. 810. 809. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA University, Compiegne,France USA, Bencherif Drug Screening, T. Colombani* Hypoxia-Inducing CryogelsforPreclinical Anticancer Urbana-Champaign, Urbana,IL,USA J. Lumibao,H.R.Gaskins,B.Harley;UniversityofIllinois in aThree-Dimensional GelatinHydrogel, J.W. Chen*, Patient DerivedGlioblastomaCellsActivateMicroglia Chen; SoochowUniversity, Suzhou, China Glycopolymers onCellSurfaces,Q.Liu*,G.Chen,H. A Chem-BioApproach forStableDisplayofSynthetic University ofFlorida,Gainesville,FL,USA Vitro, B.James*,N.Montoya,W. Ruddick,J.Allen; Complex Chemo-MechanicalMicroenvironments In A DecoupledMulti-StimulusBioreactor forStudying MD, USA, 1 Blatchley* Endothelial Progenitor Cluster-Based Vasculogenesis, M. SequentiallyRegulate Hypoxia andMatrixViscoelasticity Berkeley NationalLaboratory, Berkeley, CA,USA California, SanFransisco,Berkeley, CA,USA, CA, USA, S. Kumar Wolf* Mediated byCD44-DependentMicrotentacles, K. Tumor Invasionthrough Hyaluronic AcidMatricesis Feinberg SchoolofMedicine,Chicago,IL,USA Georgia, Athens,GA,USA, S. Mukherjee Logun* Glycosaminoglycans StemsGliomaCellInvasion,M. Inhibition ofExtratumoralChondroitin Sulfate 2 H.-L. Liu of LiverCancerStem-likeCells,I-ChiLee* Effect ofLowIntensityUltrasoundontheDifferentiation University, Clemson,SC,USA M. Maggio,Judge,O.Newkirk,D.Dean;Clemson Mechanisms asitRelatestoSportsInjuries,A.Seilkop*, Micro-TearingInvestigation intoSoftTissue andRepair Johns HopkinsUniversitySchoolofMedicine,Baltimore, Chang GungUniversity, Taoyuan, Taiwan 2 1,2 Harvard University, Boston,MA,USA, , S.Kenny 1 , G.Simchick 2 ; 1,2 1,2,3 2 1 1,2 2 University ofCalifornia,Berkeley- ; Chang-Gung University, Taoyuan, Taiwan, Johns HopkinsUniversity, Baltimore, MD,USA , F. Hall 1 ; University ofCalifornia,Berkeley, Berkeley, 2 1 , D.Brat Northeastern University, Boston,MA, 1 , S.Lee 1,2 , S.Wang 1 , W. Zhao 2 , L.Karumbaiah 1,2 , P. Shukla 2 Northwestern University 2 , H.Pruitt 1 1 , L.Mao , J.Sinoimeri 1 , C.Choy 1 ; 1 1 2 , Q.Zhao University of , S.Gerecht 1 , S.Fadera 3 Sorbonne 1 3 , S. Lawrence 1 , K.Xu 1 , 1,2 1 , 1,3 ; ,

(CONTINUED) 820. 819. 818. 828. 827. 826. 825. 824. 823. 822. 821. State University, Columbus,OH,USA Brian CancerCells,Y. TheOhio Cui*,S.Cole,J.Winter; Matrix InducedMorphologyandMigrationChangesin Using Hydrogel CompositeModelstoStudyExtracellular Technological University, Singapore, Singapore, Singapore Cao*, M.Lee,H.Yang, S.Sze,N.Tan, C.Tay; Nanyang on Cancer-associated Fibroblasts (CAFs)Behaviour, H. Network toExaminetheEffects ofMatrix-Mechanics Bioengineered 3DInterpenetratingCollagen-Alginate Illinois UniversityEdwardsville, Edwardsville, IL,USA 1 Substrates, S.Syed* as aFunctionofProlonged PassagingonCompliant Morphological AdaptationsinBreast CancerCells Ann Arbor, MI,USA J.Lahann;TheUniversityofMichigan, A. Sze,M.Wicha, Cell Behavior, A.Muniz*,M.Brooks, D.Neale,T. Topal, and 3DEngineered Microenvironments onDrivingStem Single CellAnalysisRevealstheInstructiveRoleof2D Salt LakeCity, UT, USA Irvin, M.Petney, J.Johnson, N.Sopko;PolarityTE,Inc, Destructive CharacterizationTechniques, P. Labroo*, J. andBioinspired MaterialsUsing Non- Biological Tissues Understanding Structure-Property Relationshipsin Chengdu, China F. Wu; EngineeringResearch CenterinBiomaterials, Through ActivatingWntSignalPathway, R.Yao*, J.He, The Effect ofMigrationonMSCDifferentiation Carolina A&TStateUniversity, Greensboro, NC,USA S. Khanal*,Tatum, J.Sankar, N.Bhattarai;North Alginate BasedHydrogel Platform forCellEncapsulation, Sugimoto; KansaiUniversity, Osaka,Japan Aptamers forCapture ofTumor Cells,Y. Iwasaki*,S. Surface EngineeringofMacrophages withNucleicAcid B. Gao,T. Konno;TheUniversityofTokyo, Tokyo, Japan Containing CellsforCancerDrugScreening, K.Ishihara*, Phospholipid PolymerMultilayered Hydrogels University, SUWON-SI,RepublicofKorea J. Lee,M.Yeo, J.Lee,G.Kim,W. Kim;Sungkyunkwan Regeneration,S.J.Chae*, Fibrillation forMuscleTissue Surface ModificationofPCLScaffold usingCollagen University, Clemson,SC,USA Vitro, A.Frank-Kamenetskii*,J.Mook,B.Booth;Clemson Human Her2-PositiveBreast CancerCellRedirection In Saint LouisUniversity, SaintLouis,MO,USA, 1 , A.Blanco 1 , J.Schober 2 , S.Zustiak 2 Southern 1 ;

69 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

829. Development of Vascularized 3D-Tissues with High ECM 837. Temperature-dependent Binding of Growth Factors and Density by Collagen Microfibers, Y. Naka, II*1, K. Nishi, II1, Cells to a Heparin-Immobilized Thermoresponsive Surface, M. Matsusaki1,2; 1Graduate School of Engineering, Osaka J. Kobayashi*, Y. Akiyama, M. Yamato, T. Okano; Tokyo University, Suita, Japan, 2Japan Science and Technology Women’s Medical University, Tokyo, Japan Agency, Chiyoda-ku, Japan 838. Photopatterned Protein Immobilization in Natural-based 830. Extracellular Matrix Functionalized Multi-Cell Aggregate for Hydrogels, I. Batalov*, C. DeForest, K. Stevens; University of Wound Repair, P. Labroo*, J. Irvin, N. Baetz, I. Robinson, J. Washington, Seattle, WA, USA Meiss, M. Sieverts, D. Miller, N. Sopko; PolarityTE, Inc, Salt Lake City, UT, USA 839. In vitro and in vivo Evaluation of Amorphous Silica Osteochondral Matrix, H. Kim*, S. Nukavarapu; University 831. Effect of Local Injection of Osteoblastic Cells Differentiated of Connecticut, Storrs, CT, USA from Bone Marrow or Adipose Tissue-Mesenchymal Stromal Cells on Bone Repair, G. Pereira Freitas*1, H. Bacha 840. Varying HRP Crosslinking Strategy Enables Tunable Lopes1, A.T. Portilho de Souza1, P.G. Faciola Pessôa de Fibrin Microthread Mechanical Properties, M. Carnes*1, Oliveira1, A.L. Gonçalves de Almeida1, P.G. Coelho2, M.M. R. Mooney2, C. Gonyea1, J. Coburn1, G. Pins1; 1Worcester WITHDRAWN1 1 1 Polytechnic Institute, Worcester, MA, USA, 2Bucknell Beloti , A.L. Rosa ; School of Dentistry of Ribeirao Preto - University, Lewisburg, PA, USA 832. Construction of ceramic-polymeric materials to generate neo bone tissue, G. Flores*1, R. Olayo2, J. Morales2, A. 841. Vascularization is Mediated by Scaffold Pore Size to Direct Raya3, D. Esquiliano3, P. Ontiveros4; 1Universidad La Salle, Bone Marrow Stromal Cell Fate, B. Swanson*, P. Ma; Mexico City, Mexico, 2Autonomous Metropolitan University, University of Michigan, Ann Arbor, MI, USA Mexico City, Mexico, 3Child Hospital of Mexico Federico Gomez, Mexico City, Mexico, 4Department of Pathology, 842. A Cell Glue: Inducing Cell Adhesion Using Surface Morelos, Mexico Modification with Cell-Penetrating Peptide-PEG-Lipid for 3D Cell Structures, Y. Teramura*1,2, S. Asif2, E. Gustafson3, K. Ekdahl2,4, B. Nilsson2; 1The University of Tokyo, Tokyo, FUNCTIONAL BIOMATERIALS TO Japan, 2Uppsala University, Uppsala, Sweden, 3Uppsala CONTROL AND DIRECT CELLULAR University Hospital, Uppsala, Sweden, 4Linnæus University, FUNCTION Växjö, Sweden 833. Novel TiO2 Hemisphere Surface Matrices Determine the 843. Modified Biomimetic Nanofibrous Scaffold Modulates Osteogenic Differentiation and Mineralization of Pre- Phenamil-Induced Stem Cell Differentation, Y. Liu*1, H. Osteoblastic Cells, Z. Yizhou*1, S. Wu2, K. Yeung1; 1The Sun2; 1University of South Dakota, Sioux Falls, SD, USA, University of Hong Kong, Hong Kong, Hong Kong, 2Hubei 2University of Iowa, Iowa City, IA, USA University, Wuhan, China 844. Enzymatically Triggered Shape Memory Polymers Direct 834. Extended Exposure to Stiff Microenvironments Leads to Cell Alignment, S. Buffington*1, M. Ali1,2, P. Mather2, J. Persistent Chromatin Remodeling in Human Mesenchymal Henderson1; 1Syracuse University, Syracuse, NY, USA, Stem Cells, A. Killaars*1,2, J. Grim1,2, C. Walker1,2, E. 2Bucknell University, Lewisburg, PA, USA Hushka1,2, T. Brown1,2, K. Anseth1,2; 1University of Colorado, Boulder, CO, USA, 2BioFrontiers Institute, Boulder, CO, USA 845. Reversible Dynamic Mechanics of Hydrogels for Regulation of Cell Behaviors, O. Jeon*1,2, T.-H. Kim1, E. Alsberg1,2; 835. Human Dermal Fibroblast Spheroids Combined with 1Case Western Reserve University, Cleveland, OH, USA, Platelets Rich Plasma Promote Skin Remodeling in a 2University of Illinois at Chicago, Chicago, IL, USA Skin Wrinkle Model of Aged Nude Mice, S. Hu*1,2, Z. Li1,2, K. Huang2, T. Su1,2, K. Cheng1,2; 1North Carolina State 846. Dynamic PEG-Peptide Hydrogels via Visible Light-Induced University and the University of North Carolina at Chapel- Tyrosine Dimerization, C.-C. Lin*1,2, H.-Y. Liu1; 1Purdue Hill, Chapel Hill, NC, USA, 2North Carolina State University, University, West Lafayette, IN, USA, 2Indiana University- Raleigh, NC, USA Purdue University Indianapolis, Indianapolis, IN , USA 836. Extracellular Matrix Derived from Chondrocytes Promotes WITHDRAWN Rapid Expansion of Human Primary Chondrocytes in vitro 847. Iron Oxide Nanoparticles Suppress RANKL-induced with Reduced Dedifferentiation, Y. Mao*1, T. Block2, A. Osteoclastogenesis through Regulating NF-κB and Singh-Varma1, A. Sheldrake2, R. Leeth2, S. Griffey2, J. Kohn1; MAPK Signaling Pathways, L. Liu*1, J. Duan1, L. Yang1, R. 1New Jersey Center for Biomaterials, Piscataway, NJ, USA, Jin1, H. Ai1,2; 1National Engineering Research Center for 2StemBioSys, San Antonio, TX, USA Biomaterials, Sichuan University, Chengdu, China, 2West China Hospital, Sichuan University, Chengdu, China

70 Society For Biomaterials 2019 Program 2019.biomaterials.org 856. 855. 854. 853. 852. 851. 850. 849. 848. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA 1 Yukawa* Mammalian CollagenGelsbyMicrofiberization, Y. Reversible ThermosensitivityofCompletely Natural Dentistry, UniversityofOslo,Norway di Milano,Italy 1 Gantz with EnhancedCellularResponse,M.C.Tanzi* ScaffoldsFunctionalized Polyurethane FoamsasTissue University, Zhengzhou,China Hong Kong, China, affiliated toShanghaiJiao Tong University, Shanghai, Kong, Hong Hospital, Shenzhen,China, Hong Kong, Chu J. Wei and SubsequentBoneFormation,K.Yeung* the FateofMacrophages andMesenchymal StemCells Valence StateofCeriumOxideNanoparticlesManipulate of Medicine,Aurora, CO,USA Golden, CO,USA, M. Pantcheva Trabecular MeshworkCellBehavior, M.Osmond* Glycosaminoglycans andScaffold MorphologyInfluence Lewisburg, PA, USA University, Syracuse,NY, USA, J. Waimin Direct CellMorphology, S.Buffington* TriggeredVisible-Light ShapeMemoryPolymersto Virginia, Charlottesville,VA, USA Cellular Infiltration,L.Pruett*,D.Griffin;Universityof Particle BasedHydrogel Heterogeneity forControlled College Station,TX,USA Kersey, L.Cross, A.Gaharwar;Texas A&M University, Stem CellOsteogenicDifferentiation, A.Brokesh*, A. Bivalent MetalIonsModulateHumanMesenchymal Korea, S.-H. Lee Mesenchymal StemCells,B.Choi* Accelerates Retroviral GeneTransduction ofHuman Priming viaThree-Dimensional Culture inHydrogels Rensselaer PolytechnicInstitute,Troy, NY, USA Erndt-Marino, F. Totsingan, S.Mekala,R.Gross, M.Hahn; Immunomodulation, A.Arabiyat*,P. DiazRodriguez,J. Human MesenchymalStemCellOsteogenesisand Effect ofPoly(Sophorolipid) Functionalizationon Graduate School ofEngineering,OsakaUniversity, INSTM LocalUnit, 3 , B.Li 2 4 , S.Bertoldi , W. Li 2 5 Dongguk University, Goyang-si,RepublicofKorea The UniversityofHongKong, 1 1,2 , H.Nakatsuji 1 6 ; , J.Apyapong ; 1 1 CHA University, Seongnam-si,Republicof 6 2 The UniversityofHongKong 3 The UniversityofHongKong-Shenzhen The FirstAffiliatedHospitalofZhengzhou 2 , W. Qiao , M.Krebs 3 Dept.ofBiomaterials,Inst.Clinical 2 , N.ContessiNegrini 2 2 University ofColoradoDenverSchool CMIC Dept.“G.Natta”,Politecnico 2 5 , S.Irie , J.Shen 1 1 ; , P. Mather 1 Colorado SchoolofMines, 3 City UniversityofHong 2 , M.Matsusaki 2 Bucknell University, 1,2 4 Ninth People’s Hospital , W. Jin 1 , Y. Lee 2 ; 1 Syracuse 1 2 , J.Henderson , H.J.Haugen 3 1 , X.Jiang , D.K.Han 1 , HongKong, 1,2 1,2,3 1 , J.Li , D. ; 1 , 4 1,2,3 , P. 1 , , 3 , 1 ,

(CONTINUED) 858. 857. 864. 863. 862. 861. 860. 859. of Cells,T. Kimura* RegulatedOrientationandShape Decellularized Tissue A SyntheticReplicaHavingSurfaceMorphologyof University ofKansas,Lawrence, KS,USA Kurlbaum, M.Fang,F. Castanho,S.Basu,A.Paul;The Pacelli*, S.Modaresi, A.R.Chakravarti,F. ElmiVergel, C. Using aMussel-Inspired Gelatin-BasedHydrogels, S. Modulation ofStemCellMorphologyandDifferentiation Science andTechnology Agency, Chiyodaku,Japan Advanced CellRegulatoryChemistry, Suita,Japan, Suita, Japan, Miami, FL,USA Institute, University ofMiamiMillerSchoolMedicine, School ofMedicine, Miami,FL,USA, Nanotechnology Institute,University ofMiamiMiller School ofMedicine,Miami,FL,USA, Miami, CoralGables,FL,USA, V. Mayo G.Tansik*Cell-Derived Cardiac Tissues, Stiffness forFunctionalMaturationofHumanStem Dynamic ModulationofGelatinMethacrylateHydrogel R. Oldinski;UniversityofVermont, Burlington, VT, USA Alcohol)-GelatinCryo-Theta-Gels, P.Poly(Vinyl Charron*, Effect ofFreeze-Thaw CyclingontheMechanicsof 4 3 Melbourne, Australia, Quigley Peptide Systems,K.Firipis* Agarose forMechanicalControl ofSelf-Assembling Arbor, MI,USA Michigan, AnnArbor, MI,USA, of Michigan,AnnArbor, MI,USA, Kopyeva* Matrix Proteins andPromotes Fibroblast Proliferation, I. Synthetic Hydrogel Culture SequestersExtracellular Kawamura; KansaiUniversity, Osaka,Japan Natsume, A.Matsuda,K.Okuma,C.Norioka,Okita, Dynamic Crosslinks forCellCulture, T. Miyata*,Y. Stimuli-responsive Sol-GelTransition Polymerswith St. Cloud,FL,USA Central Florida,Orlando,FL,USA, C. Wheeless Technology, Saitama,Japan of Technology, Osaka,Japan, and DentalUniveristy, Tokyo, Japan, Fujisato Human Foreskin Fibroblasts, B.Willenberg* Hydrogel (CapgelTM)InducesPreferential Orientationof Multi-layered FilmsofSelf-Assembled CapillaryAlginate Australian NationalUniversity, Canberra,Australia University ofWollongong, Wollongong, Australia, 1 2 2,3 , D.Velluto , N.Nakamura , D.Nisbet 1 , C.Tomaszewski 1 , M.Mathews 2 Joint Research Laboratory(TOPPAN) for 1 4 , M.Kobayashi , A.Agarwal 4 , R.Williams 2 BioFab3D, Melbourne,Australia, 3 , A.Kishida 1 2 , K.Crawford 1,2 , A.Shikanov , M.Boyd-Moss 3 Shibaura Instituteof 2 3 University ofMiamiMiller U ofMichigan,Ann 1,2,3,4 1,2 2 1 The Universityof 2 1 ; , Y. Hashimoto Saisijin Biotech,LLC, ; ; 1 2 1 RMIT University, 4 3 1 Osaka Institute Tokyo Medical Diabetes Research DJTMF Biomedical University of 1,2,3 1 2,3 ; 1 ; University of , A.Alassaf 1 1,2 University 1,2 , M.Kwan , A. 1 , T. 3 Japan Japan 1 , 1 ,

71 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

865. Influence of Nuclear Morphology on Differentiation of 875. Altering Metabolism Repolarizes Proinflammatory Human Mesenchymal Stem Cells, X. Wang*, V. Agrawal, C. Duan, Macrophages, B. Singh*, K. Wofford, K. Spiller; Drexel B. Jiang, V. Backman, G. Ameer; Northwestern University, University, Philadelphia, PA, USA Evanston, IL, USA 876. Engineering PEG-4MAL Hydrogels for Tolerogenic 866. Biorthogonal Shear Thinning Hydrogels to Generate Dendritic Cells, N. Beskid*1, A. García1, J. Babensee2; Macroscale Cellular Organization and Spatially Patterned 1Georgia Institute of Technology, Atlanta, GA, USA, Microenvironmental Physiochemical Cues, A. Dang*, J. 2Georgia Institute of Technology and Emory University, Gleghorn; University of Delaware, Newark, DE, USA Atlanta, GA, USA

867. Multicomponent Assembly of Biomaterial Scaffolds 877. Identification of CD137-Exosomes and Exploration of as Instructive Cellular Environments, R. Williams, III*1, Their Immunomodulatory Capacity, Y. Zhou*, H. Schwarz; D. Nisbet, V2; 1RMIT University, Melbourne, Australia, National University of Singapore, Singapore, Singapore 2Australian National University, Canberra, Australia 878. Modulation of Macrophage Phenotype via Phagocytosis 868. Porosity effects on the biocompatibility of PEEK and of Drug-Loaded Microparticles, K. Wofford*1,2,3, D Cullen2,3, Titanium-6Aluminum-4Vanadium, K. Nobles*, P. Pal, A. K. Spiller1; 1Drexel University, Philadelphia, PA, USA, Janorkar, R. Williamson; University of Mississippi Medical 2Corporal Michael J. Crescenz Veterans Affairs Medical Center, Jackson, MS, USA Center, Philadelphia, PA, USA, 3University of Pennsylvania, Philadelphia, PA, USA 869. Pumpless platform for high-throughput dynamic multicellular culture and chemosensitivity evaluation, Z. STUDENT AWARD FOR OUTSTANDING RESEARCH, Chen*1, S. He2, W. Lee1, J. Zilberberg2; 1Stevens Institute PHD CANDIDATE CATEGORY of Technology, Hoboken, NJ, USA, 2Hackensack University Medical Center, Nutley, NJ, USA 879. Design of Rapidly Eroding Polyanhydride Nanoparticles for Drug and Vaccine Delivery, S. Kelly*, A. Mullis, S. Jacobson, 870. Application of Chemically Defined Polymer to Existing A. Mitra, B. Narasimhan; Iowa State University, Ames, IA, USA Cell Culture Materials for hMSC Expansion, J. Krutty*, K. Koesser, S. Schwartz, A. Dias, W. Murphy, P. Gopalan; 880. Crosslinking of Ovalbumin Nanoparticles Affects Cellular University of Wisconsin-Madison, Madison, WI, USA and Humoral Immune Responses, S. Christau*1, N. Habibi1, L. Ochyl1, M. Kuehnhammer2, R. von Klitzing2, J. Moon1, IMMUNE ENGINEERING SIG J. Lahann1; 1University of Michigan, Ann Arbor, MI, USA, 871. Nanoparticle-mediated Knockdown of TGFBR2 Improves 2Technical University Darmstadt, Darmstadt, Germany Natural Killer Cell Cytotoxicity, I. Adjei*1, J. Jordan1, N. Tu 2, T.L. Trinh2, S. Wei2, B. Sharma1; 1University of Florida, 881. Environment-Responsive Two-Fluorophore Reporter Gainesville, FL, USA, 2Moffitt Cancer Center, Tampa, FL, USA System: A Potential Tool to Monitor Particulate Vomocytosis, N. Pacifici*1, A. Bolandparvaz1, S. Shams1, 872. Developing a 3D -Spatially Patterned Lymph Node Lobule R. Stilhano1,2, E. Silva1, J. Lewis1; 1University of California, on Chip, J. Ortiz-Cárdenas*, R. Pompano, A. Montalbine; Davis, Davis, CA, USA, 2Federal University of Sao Paulo, São University of Virginia, Charlottesville, VA, USA Paulo, Brazil

882. An Improved Isolation Method of Tolerogenic IMMUNOMODULATORY Polysaccharides via High Performance Chromatography, R. BIOMATERIALS Harriman*, K. Alvarez, L. Mckibbin, B. Noorafkan, J. Lewis; 873. Bioresponsive Microspheres for On-demand Delivery of University of California, Davis, Davis, CA, USA Anti-inflammatory Cytokines for Inflammatory Arthritis, R. T. Annamalai*1, E. Park1,2, M. Hart2, B. Rolauffs2, J. 883. Biphasic Response of T cell Activation to Substrate Rigidity, Stegemann1; 1University of MIchigan, Ann Arbor, MI, USA, D. Yuan*, L. Kam; Columbia University, New York, NY, USA 2University of Freiburg, Freiburg, Germany 884. Supplementing Cell Membrane-coated PLGA 874. Targeting Infiltrating Immune Cells to Improve Articular Nanoparticles with Exogenous Phosphatidylserine Reduces Cartilage Regeneration, F. Taraballi*1,2, G. Bauza1,2,3, L. Inflammatory Cytokine Production in Macrophages, C. Francis3, A. Zhang1, M. Hopson2, S. Shaikh2, F. Cabrera1, X. Kraynak*, L. Suggs; The University of Texas at Austin, Wang1, A. Shi1, D. Hamilton1; 1Houston Methodist Research Austin, TX, USA Insistute, Houston, TX, USA, 2Houston Methodist Hospital, houston, TX, USA,

72 Society For Biomaterials 2019 Program 2019.biomaterials.org 892. 891. 890. 889. 888. BIOSENSORS BIOELECTRONICS AND 887. 886. 885. DIABETES FOR TREATMENTOFTYPE1 NEXT-GENERATION BIOMATERIALS POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Kingdom K. Franze;UniversityofCambridge, Cambridge,United Carnicer-Lombarte*, D.Barone, G.Malliaras,J.Fawcett, Decrease Foreign BodyReactiontoNerveInterfaces,A. Mechanically CompliantImplantsasaStrategyto Richmond, VA, USA M. Xu,S.Pradhan;Virginia CommonwealthUniversity, Microstructures forBioinspired Devices, V. Yadavalli*, Organic, Flexible,andBiodegradableSilk WA, USA Johnson, R.Saigal;UniversityofWashington, Seattle, Electronically Controlled DrugRelease,J.Huang*, 3D PrintedPolypyrrole Microneedle Arraysfor WA, USA Perlmutter, B.Ratner;UniversityofWashington, Seattle, Interfaces, L.Crawford*, I.Dryg,N. Beeman,S. Improve theRecording LongevityofNeuroelectronic Porous, ConductiveHydrogel Electrodes Designedto Center, Philadelphia,PA, USA Medicine, Philadelphia,PA, USA, 1 K. Browne Monitoring, D.Adewole* Electrodes” forSynaptic-BasedNeuromodulation and Light-Controlled Engineered AxonalTracts as“Living Sasaki, M.Matsumori;Hitachi,Ltd.,Japan with OxygenGeneratingMaterials,M.Maruyama*,T. Prototype DevelopmentofMacroencapsulation Device MSOM, Miami,FL,USA 1 Encapsulated Islets,A.Stock* Optimization Improves theInsulinSecretion of Conformal CoatingProcess RefinementandMaterials Groningen, Netherlands Technology, Atlanta,GA,USA, J. Medina* andFunctionofEncapsulatedIslets, Enhance Viability Functionalization ofAlginatewithRgdPeptideto University ofPennsylvania,Philadelphia,PA, USA, University ofMiami,FL,USA, 2,3 1 , A.Garcia , J.Wolf 2,3 , H.-C.Chen 1 , P. deVos 1,2,3 , L.Struzyna 1,2 2 , D.Velluto University ofGroningen, 2 ; 3 2,3 CMC VA Medical 1 Georgia Instituteof , D.Cullen 2 University ofMiami 1,2,3 2 , J.Burrell , A.Tomei 1,2,3 ; 2 Penn 1,2,3 1,2 ; ,

(CONTINUED) 895. 894. 893. 900. 899. 898. RESEARCH *BTI* TRANSLATING BIOMATERIALS FROM BENCH-TO-BEDSIDE: 897. 896. RESEARCH TRANSLATIONAL PULMONARY ENGINEERING BIOMATERIALSFOR United Kingdom F. Rawson;UniversityofNottingham, Bioelectronic Systems,A.Shaw*,R.Rahman,Hague, Development ofBipolarElectrochemical Nano- Clemson, SC,USA Plantar Fasciitis,J.Johnson*,Mcgreevey, L.Schenk; Developing aMobileHealthSolutionforTreatment of Center, Cleveland,OH,USA Cleveland DepartmentofVeterans Affairs Medical Reserve University, Cleveland,OH,USA, H. Feng E. Ereifej Quality from IntracorticalMicroelectrodes, Y. Kim* Localized Resveratrol DeliveryImproves Recording Campinas, Brazil Limeira, Brazil, F. Vacchi Protocol of theAmesTest, G.Umbuzeiro* Microplate Agar(MPA) -APromising Miniaturized University, Glassboro, NJ,USA Hydrogels, V. LaMastro*, E.Brewer, A.Lowman;Rowan Crystallinity andReversibilityinInjectablePVA/PEG California, SanDiego,LaJolla,CA,USA M. Hernandez*,G.Yakutis, K. Christman;Universityof Assessing DecellularizedExtracellularMatrixHydrogels, Manufacturing ConsiderationsforProducing and 2 A. Kloxin M. Smithmyer Cells inBoronic Acid-BasedHydrogels, S.Cassel* Co-Culture ofLungFibroblasts andBreast Cancer 3 Colorado, AnschutzMedicalCampus,Aurora, CO,USA, Medical Campus,Aurora, CO,USA, Magin Petrou* for ModelingChronic PulmonaryDiseases invitro, C. CultureClickable, HybridHydrogels Platforms asTissue University ofFlorida,Newark,FL,USA Lund University, Lund,Sweden 1,2 1,2 1,2 ; 3 1,2 1 , A.Albuquerque 1 , N.Darling ; , J.Rayyan University ofColorado,Denver, Anschutz , S.Meade 1 University ofDelaware, Newark,DE, USA, 1 , C.Deng 2 NCSU, Raleigh,NC,USA, 1,2 2 1,2 , D.Bölükbas , J.Capadona , K.Chen 2 , P. LeValley 1 , H.Freeman 1,2 , W. Schwartzman 3 , D.Wagner 1,2 2 1 University of , B.Sumerlin ; 1 Case Western 2 ; 2 Louis Stokes 1 1,2 3 FT UNICAMP, UNICAMP, , D.Morales 3 , C. 2 1 1,2 , , 1,2 , , 1 ,

73 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

901. Soft Tissue Reinforcement with Poly-4-hydroxybutyrate GASOTRANSMITTER DELIVERY Mesh Scaffolds for Urogynecology Applications, D. Martin*, FROM BIOMATERIALS B. Shah, D. Antonuccio, K. Guo, J. Scott, I. Toponarski, A. 911. Reduction of Biofouling and Infection of Indwelling Medical Ganatra, S. Rizk; Tepha, Inc., Lexington, MA, USA Devices via Combined Nitric Oxide (NO) Release and 1 1 902. In vitro Experimentation Elucidates Mechanisms of Antifouling Polymer Interfaces, E. Brisbois* , M. Chug , 2 2 2 1 2 Reported Wound Healing Clinical Outcomes Using S. Hopkins , J. Pant , M. Douglass , C. Feit , H. Handa ; 1 2 Amnion-Derived Fluid and Membrane Products, D. University of Central Florida, Orlando, FL, USA, University Dominguez1, R. Audet1, R. Diller*1, T. Bardsley1, R. Kellar1,2; of Georgia, Athens, GA, USA 1Axolotl Biologix, Inc, Flagstaff, AZ, USA, 2Center for 912. Polymeric Micelle-Based Hydrogen Sulfide Donors, U. Bioengineering Innovation at Northern Arizona University, Hasegawa*1, A. van der Vlies2; 1Kansas State University, Flagstaff, AZ, USA Manhattan, KS, USA, 2Kansas State University, Department 903. Lubricant-Infused Urinary Catheters Prevent Bacterial of Chemistry, Manhattan, KS, USA Colonization in A Rat Model, M. Badv*1, F. Sayed2,3, J. 913. Antibacterial and Cellular Response Towards a Faugeroux4, D. Behr-Roussel4, M. Rottman3, T. Didar1; Gasotransmitter Based Wound Dressing, J. Pant*, S. 1McMaster University, Hamilton, ON, Canada, 2Laboratoire Hopkins, M. Goudie, M. Douglass, H. Handa; University of De Microbiologie, Boulogne-Billancour, France, 3Université Georgia, Athens, GA, USA de Versailles St Quentin, Paris, France, 4Pelvipharm, Montigny-le-Bretonneux, France MULTIFUNCTIONAL BIOMATERIALS: 904. New Technology to Reduce Complications and Procedure RECENT DEVELOPMENTS AND Time in Cranial and Spinal Surgery, P. Modak*, M. Nadig, FUTURE DIRECTIONS W. Hammond, M. Jaffe, R. Russo; Endomedix, Montclair, NJ, USA 914. Synthesis of Glycopolymers with Specificity for Bacterial Strains via Bacteria-Guided Polymerization, Y. Luo*, Y. Gu, R. 905. Development of Dual-Action Topical Therapeutics for Feng, G. Chen, H. Chen; Soochow University, Suzhou, China Cytomegalovirus-Induced Hearing Loss, M. Serban*1,2, E. Arrigali, E. Johnston2, B. Serban1; 1University of Montana 915. Glycosylated Hydrogels for Tunable Capture and Release - BMED, Missoula, MT, USA, 2University of Montana, of Carbohydrate-Binding Proteins, J. Olguin*, M. Missoula, MT, USA Molinaro, G. Hudalla, A. Restuccia; University of Florida, Gainesville, FL, USA 906. Development of an Implantable Inner Ear Corticosteroid Delivery System, E. Pierstorff*1, W.-W. Yang1, Y.-J.A. Chen2, 916. Glycosaminoglycans-mimicking Polymers Conjugated F. Kalinec3, W. Slattery1; 1O-Ray Pharma, Inc, Pasadena, CA, Gold Nanoparticles for Promoting Neural Differentiation USA, 2House Research Institute, Los Angeles, CA, USA, of Embryonic Stem Cells, L. Wang*, S. Zhang, H. Chen; 3University of California, Los Angeles, Los Angeles, CA, USA College of Chemistry, Chemical Engineering and Materials Science, Soochow University, Suzhou, China 907. Does Annealing Improve the Interlayer Adhesion and Structural Integrity of FFF 3D printed PEEK Lumbar Spinal 917. Co-assembling Tags for Modular Assembly of Glycosylated Cages?, C. Basgul*1, T. Yu1, D. MacDonald1, R. Siskey1,2, M. Peptide Nanomaterials, D. Seroski*, T. Roland, L. Astrab, G. Marcolongo1, S. Kurtz1,2; 1Drexel University, Philadelphia, PA, Hudalla; University of Florida, Gainesville, FL, USA USA, 2Exponent Inc., Philadelphia, PA, USA 918. Carbohydrate-based Biomaterial from Seafood Waste for 1 1 908. Evaluation of Printing Parameters for Additive Biomedical Applications, J. Chakravarty* , M.F. Rabbi , 1 1 1 2 Manufacturing of Bioresorbable Devices, C. Culbreath*1,2, V. Chalivendra , C.-L. Yang , T. Ferreira , C. Brigham ; 1 S. Taylor1, S. McCullen1, O. Mefford2; 1Poly-Med, Inc., University of Massachusetts Dartmouth, Dartmouth, MA, 2 Anderson, SC, USA, 2Clemson University, Clemson, SC, USA USA, Wentworth Institute of Technology, Boston, MA, USA

909. Novel Technique for Creating Aligned Microfibers within 919. Identifying Small Colony Variants and Related Antimicrobial 3D Printed Structures: A Preliminary Report, M.S. Taylor*, B. Treatments, B. Li*, J. Kang; West Virginia University, Gaerke; Poly-Med, Inc., Anderson, SC, USA Morgantown, WV, USA

910. Biocompatibility of Fused Deposition Modeling 3D Printed 920. Molecular Engineering Strategies for Designer 1,2 1 Biomedical Devices, S. Lyu*, C. Bakken, S. Tuominen, G. Polyelectrolyte Nanocomplexes, J. Ting* , H. Wu , S. 1 1 1,2 1 Lyu, V. Bhatia, R. Lahm, E. Rankin, M. Bucheger; Medtronic Meng , A. Herzog-Arbeitman , M. Tirrell ; University of 2 PLC, Mounds View, MN, USA Chicago, Chicago, IL, USA, Argonne National Laboratory, Lemont, IL, USA

74 Society For Biomaterials 2019 Program 2019.biomaterials.org 929. 928. 927. 926. 925. 924. 923. 922. 921. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA USA, Institute ClevelandClinicFoundation, Cleveland,OH, Western ReserveUniversity, Cleveland, OH,USA, OH, USA, University HospitalsClevelandMedical Center, Cleveland, A. Hijaz Celik Incontinence: invivoOvineModel,I.Isali* Filament Wound CollagenSlingforTreatment ofUrinary Kingston, ON,Canada Cyclization, B.Amsden*,S.Mohajeri;Queen’s University, Polycarbonates DegradableByIntra-Molecular In vivoDegradationandHostResponsetoAliphatic Dental University, Tokyo, Japan Biomaterials andBioengineering,Tokyo Medicaland Hepatocyte Functions,Y. Arisaka*,N.Yui; Instituteof Polyrotaxane andGrowth FactorsforImproving Combination ofMolecularMobilitySulfonated- Paso, ElTX,USA Photon Photolysis,K.Michael*;UniversityofTexas atEl Photoreactive PeptidesforMicropatterning byTwo Raleigh, NC,USA Singhi*, E.Ford, M.King;NorthCarolina StateUniversity, Drug-loaded FibersforControlled DrugDelivery, B. Wet SpinningofPoly(4-hydroxybutyrate) toProduce College London,UnitedKingdom Knappschaftskrankenhaus, Bochum,Germany, Technological Research Center, Eibar, Spain, (SESCAM), FincalaPeraleda,Spain, United Kingdom, Knowles R. Ortiz P. Basnett* Medical ImplantDevelopmentandDiseaseModelling, Polyhydroxyalkanoates: AFamilyof NaturalPolymers,for Ling, Y. Ling,Y. Luo;NantongUniversity, Nantong,China of MetastaticTumors andChemotherapy, Y. Yang*, J. HDACs-targeting pHProbe forIntraoperativeDetection Grunlan; Texas A&MUniversity, CollegeStation,TX,USA Membranes, P. Dong*,A.Means,B.Schott,G.Coté,M. Architecture for“Self-Cleaning”GlucoseBiosensor Thermoresponsive Hydrogels withComb-Type Medical Center, Gunma,Japan 1 peptide, A.Yoshihara* microfiber fabricsmodifiedwithmulti-functional Efficient capture and release ofrare tumorcellsusing University ofTokyo, Tokyo, Japan, 3 5 , C.Gillespie CollaMedix Inc.,Cleveland,OH,USA 1 3 , O.Akkus , I.Quintana 5 , I.Roy 2 Menoufia University, Cairo, Egypt, 1 , R.Nigmatullin 1 ; 1 2 4 3 University ofWestminster, London, Hospital NacionaledeParaplejicos , R.Colbrunn ; 1 3 Case Western ReserveUniversity& , J.Salber 1 , R.Sekine 1 , F. Rodríguez 4 4 , P. Onganer , S.Shankar 1 , Y. Yamada 2 Gunma Children’s 3 IK-4 Tekniker 1 2 , A.Khalifa , X.Mendibil 5 1 , K.Derwin 3 , J. 4 Case Case 2 UMC , M.Takai 5 University 4 Lerner Lerner 1,2 , H. , H. 3 4 , , 1 ;

(CONTINUED) 933. 932. 931. 930. 936. 935. 934. 939. 938. ANTIBIOFILM MATERIALS ANTIMICROBIAL AND RECENT ADVANCESIN 937. Novel Crosslinkers EnablingReversal ofCrosslinking with University, Tempe, AZ,USA Gomez*, B.Vernon, A.Pal,K.Lein;ArizonaState Drug DeliveryandBioresorbable Scaffolds, K.Rosas Thermo-responsive CopolymersforEnzyme-triggered State University, Jonesboro, AR,USA Polytechnic Institute,Worcester, AR,USA, Coburn* as Three-Dimensional Scaffolds forCellGrowth, J. Matrices from GeneticallyEngineered PlantCellLines Washington, Seattle,WA, USA K. Uto,P. Farahani,J.Wolfe, C.DeForest; Universityof Modulation ofDynamicBiomaterials,S.Adelmund*, Orthogonal PhotochemistryforWavelength-Selective Blacksburg, VA, USA Veterans Affairs, SaltLakeCity, UT, USA, of Utah,SaltLakeCity, UT, USA, Bachus Applications, J.Boothby* Engineering LiquidCrystallinePolymersforBiological University, Piscataway, NJ,USA Tamasi*, S.Kosuri,R.Upadhya,A.Gormley; Rutgers Throughput CustomizableRAFT-Polymerization, M. Adaptation ofLiquidHandlingRoboticsforHigh University,Elmer; Villanova PA, Villanova, USA Membranes, B.Austin-Carter*,E.Harris,N.Comolli,J. Isolation ofCAR-TCellswithModifiedPoly(vinyl)Alcohol El Paso,TX,USA Light, H.DelCastillo*,K.Michael;UniversityofTexas at Systems –APilotStudy, S.Jeyapalina* against InfectionAround thePercutaneous Implant Evaluating BarrierProperties oftheEpidermalSeal Development ofSmallAnimalInfection Modelfor Denton, TX,USA Zhu*, Y. Su,Y. Zheng,Y.-X. Qin;UniversityofNorthTexas, Enhanced BiocompatibilityandAntibacterialProperty, D. Engineering aZincPhosphateCoatingonfor Michigan Technological University, Houghton,MI,USA Incorporation, R.Pinnaratip*,Rajachar, B.Lee; from Mussel-inspired AdhesiveviaSilicaParticle Regulation ofHydrogen Peroxide Generation Kingdom TX, USA, Ware 1 ; 1 2 The UniveristyofTexas at Dallas,Richardson, , J.Beck 1 , N.Phan 2 University ofCambridge,United 2 , M.Van Dyke 1 , T. Wright 1 , C.Ambulo 2 , J.Xu 3 , B.Bennett 2 Department of 2 ; 1 1 1,2 Worcester , M.Saed , Z.Tiang 3 Virginia Tech, 2 Arkansas 1,2 ; 1 University 2 , T. 1,2 , K.

75 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

940. An Alternative, Quantitative Method for Measurement of 950. A Novel Highly-Adherent Polymer Coating to Prevent Bacterial Cell Coverage on Flat Samples Using Sem Image Orthopedic Pin-site Infections., M. Bredikhin*1, C. Gross2, I. Analysis, M. Zurawski*, C. Scotchford, S. Atkinson, D. Grant; Luzinov1, A. Vertegel1; 1Clemson University, Clemson, SC, USA, University of Nottingham, Nottingham, United Kingdom 2Medical University of South Carolina, Charleston, SC, USA

941. Silver-Doped Titania Nanotubes; Processing, 951. Polymer-Nanoparticle Interaction as a Design Principle in Characterization, and in vitro Cellular Interaction, S. the Development of a Durable Ultra-Thin Universal Binary Vahabzadeh*, M.K. Duvvuru; Northern Illinois University, Anti-Biofilm Coating with Long-Term Activity, Y. Mei*, K. Yu, DeKalb, IL, USA D. Lange, J. Kizhakkedathu; University of British Columbia, Vacnouver, BC, Canada 942. 2-Heptylcyclopropane -1-carboxylic Acid Loaded Acylated Chitosan Membranes Inhibit Bacterial Biofilms, R. Awais*, 952. Metallic Implant Surface Modification Process for Enhanced Z. Harrison, B. Raji, V. Murali, J. Bumgardner, D. Baker, J. Biofilm Resistance, J. DesJardins*1, C. Bales1, S. Helms1, Jennings; University of Memphis, Memphis, TN, USA L. O’Neill2; 1Clemson University, Clemson, SC, USA, 2TheraDep, San Jose, CA, USA 943. Development of a Polydopamine Antimicrobial Coating for Marine Applications, A. Tyo*1, S. Welch1, P. Forooshani1, 953. A Substrate-Independent Smart Antibacterial Surface for R. Ping1, B. Lee1, A. Zerbini2, J. Robbins3, R. Rajachar1; the Rapid and Effective Killing and Release of Adherent 1Michigan Technological University, Houghton, MI, USA, Bacteria, Y. Qu*1, T. Wei1, J. Zhao2, S. Jiang1, P. Yang2, Q. 2Alaska Fisheries Science Center, Seattle, WA, USA, 3Center Yu1, H. Chen1; 1Soochow University, Suzhou, China, 2Shaanxi for Coastal Studies, Provincetown, MA, USA Normal University, Xi’an, China

954. Addressing the Challenges of Bioactive and Antibacterial 944. Zinc-oxide Nanoparticles Act Catalytically and Thin Film Formation Using the Spin Coating Technique, L. Synergistically with Nitric Oxide Donors to Enhance Soule*, X. Chatzistavrou; Michigan State University, East Antimicrobial Efficacy, P. Singha*, C. Workman, J. Pant, S. Lansing, MI, USA Hopkins, H. Handa; University of Georgia, Athens, GA, USA

STUDENT AWARD FOR OUTSTANDING RESEARCH, 955. A Murine Model of Cutaneous Aspergillosis for Evaluation PHD CANDIDATE CATEGORY of Biomaterials-based Local Delivery Therapies, A. Tatara*1,2,3, E. Watson1, N. Albert3, P. Kontoyiannis1, D. Kontoyiannis3, A. Mikos1; 1Rice University, Houston, TX, 945. Local Delivery of Diflunisal Protects Host Bone Tissue USA, 2Massachusetts General Hospital, Boston, MA, USA, from S. Aureus Biofilm-Induced Bone Destruction, T. 3The University of MD Anderson Cancer Center, Houston, Spoonmore*1, A. Hendrix2, J. Cassat2, S. Guelcher1; TX, USA 1Vanderbilt University, Nashville, TN, USA, 2Vanderbilt University Medical Center, Nashville, TN, USA TARGETED AND STIMULI- 946. Fabrication of Cytocompatible Self-Assembling RESPONSIVE BIOMATERIALS Antimicrobial Nanofibers Via Peptide Self-assembly, H. 956. Fucoidan-coated Fibrous Mesh as a Skin Patch to Treat 1 2 1 3 1 Dong* , D. Xu , W. Chen , W. Qiang ; University of Texas Melanoma, C. Oliveira1,2, N. Neves1,2,3, R. Reis*1,2,3, T. 2 at Arlington, Arlington, TX, USA, Clarkson University, Silva1,2, A. Martins1,2; 13B´s Research Group, I3Bs – Research 3 Potsdam, NY, USA, Binghamton University, Binghamton, Institute on Biomaterials, Biodegradables and Biomimetics, NY, USA Guimarães, Portugal, 2ICVS/3B’s – PT Government Associate Laboratory, Braga, Portugal, 3The Discoveries Centre for 947. Mannose Conjugated Polymer Binding in the P. Aeruginosa Regenerative and Precision Medicine, Guimaães, Portugal Biofilm, E. Limqueco*1, D. Passos Da Silva2, F.-Y. Su1, C. 2 1 1 2 1 Reichhardt , J. Chen , D. Das , M. Parsek , P. Stayton , 957. Neutralization of Pro-inflammatory Cytokines by Intra- 1 1 D. Ratner ; University of Washington, Seattle, WA, USA, articular Injection of Biofunctionalized Nanoparticles as 2 University of Washington Microbiology, Seattle, WA, USA an Advanced Treatment for Osteoarthritis, A. Lima1,2, D. Amorim2,3, I. Laranjeira2,3, A. Almeida2,3, H. Ferreira1,2, 948. Smart Antibacterial Surfaces Fabricated via Layer-By-Layer F. Pinto-Ribeiro2,3, N. Neves*1,2,4; 13B’s Research Group, Deposition and Host-Guest Interaction, T. Wei*, W. Zhan, Guimarães, Portugal, 2ICVS/3B’s–PT Government Associate Q. Yu, H. Chen; Soochow University, Suzhou, China Laboratory, Braga, Portugal, 3Life and Health Sciences Research Institute (ICVS), Braga, Portugal, 4The Discoveries 949. Quantifying the Natural Antimicrobial Properties of Centre for Regenerative and Precision Medicine, N-halamine-based Cotton Against MRSA, T. Hoekstra*1, Y. Guimarães, Portugal Deng1, Y. Sun2; 1University of South Dakota, Sioux Falls, SD, USA, 2University of Massachusetts Lowell, Lowell, MA, USA

76 Society For Biomaterials 2019 Program 2019.biomaterials.org 967. 966. 965. 964. 963. 962. 961. 960. 959. 958. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA KS, USA Vlies, U.Haegawa; KansasStateUniversity, Manhattan, for Anti-CancerDrugDelivery, E.Radaha*,A.vander Reactive OxygenSpeciesSensitive PolymericMicelles Arlington, TX,USA L. Tang, Y. Huang, A.Hakamivala;UniversityofTexas at Treating InflammatoryDiseases,M.K.Khang*, J. Zhou, An Avidin-Biotin NanoparticleSystemforDetectingand Urbana, IL,USA H. Kong;UniversityofIllinoisUrbana-Champaign, Poly(Lactic-co-Glycolic Acid)Microgelator, Y.-T. Hong*, Based ExtracellularMatrixUsingStimulus-Responsive Tailoring GelationandMechanicalProperties ofFibrin- Shukla, A.Shukla;Brown University, Providence, RI,USA Diagnostic Biomaterials,H.Safford*, D.Alkekhia,S. A NovelChromogenic β-LactamaseSubstratefor University, Cheonan,RepublicofKorea coating byfacilein-situdeposition,E.-J.Lee*;Dankook Graphene oxide-bonemorphogenicprotein2 complex University ofIowa,IowaCity, IA,USA E. Teixeira, S.Armstrong, C.deMattosPimentaVidal; the AdhesiontoCementInterface,H.G.Deery*, Effect ofCAD/CAMDentalMaterials Compositionon Guimaraes, Portugal Medicine, HeadquartersatUniversityofMinho,Barco - Discoveries Centre forRegenerativeandPrecision Associate Laboratory, Braga/Guimarães,Portugal, – Guimarães,Portugal, EngineeringandRegenerativeMedicine,Barco Tissue Headquarters oftheEuropean Institute ofExcellenceon Biodegradables andBiomimetics,UniversityofMinho, Research Group, I3Bs–Research InstituteonBiomaterials, Casanova Biofunctionalized withHumanFibronectin, M. Chondrogenic InductiveNanofibrous Mesh Hangzhou, China K. Cheng*,W. Weng, X.He;ZhejiangUniversity, Nanorods /CollagenAuCompositeCoatings,TiO2 Light-Induced, SurfaceMediatedGeneTransfection on Stabler; UniversityofFlorida,Gainesville,FL,USA of CellularSpheroids, N.Abuid*,K.Gattas-Asfura,C. Cerium OxideNanoparticlesfortheEncapsulation Redox-Active Layer-by-Layer CoatingsContaining Health CenteratSanAntonio,TX,USA San Antonio,TX,USA, S. Miar* Polyvinylidene Fluoride-Polypyrrole Core-Shell Fibers, Stimulus-Responsive DrugDeliveryfrom PEGylated 1,2 1,2,3 , F. Acosta , R.Reis 1,2,3 1,2 , T. Guda , A.Martins 2 ICVS/3B’s –PTGovernment 1,2 ; 1 1,2 University ofTexas at , N.Neves* 2 University ofTexas 1,2,3 ; 3 The The 1 3B’s

(CONTINUED) 970. 975. 974. 973. NANOMATERIALS SIG 972. 971. 969. 968.

WITHDRAWN Toronto, ON,Canada, Toronto, ON,Canada, Toronto, ON,Canada, Rutka (EVs), M.Chen* In situFormationofFluorescent ExtracellularVesicles University, Tokyo, Japan, M. Yamato Southeast University, Nanjing,China Induced bySilver Nanoparticles,Y. Huang*,X.Lü, X.Lü; Research oftheRoleMicroRNAs inCytotoxicity Ltd., Otawara,Japan University, Yangon, Myanmar, University, Kumamoto,Japan, A. Harada by LightIrradiation,T. Niidome* Nanoplates byGoldCoatingandControl oftheActivity Enhancement ofAntimicrobial ActivityofSilver SuZhou, China Field, R.Dai*,Y. Pan,H.Chen;SoochowUniversity, Magnetic Iron OxideNanoparticlesunderMagnetic Improved NeuralDifferentiation ofStemCells via Ratner; UniversityofWashington, Seattle,WA, USA using molecularlyimprintedpolymers,R.Tang*, B. Removal oftrimethylamineN-oxideduringhemodialysis University ofTexas atAustin,TX,USA Pharmaceutics andDrugDelivery, CollegeofPharmacy, at Austin,TX,USA, Pediatrics, DellMedicalSchool,UniversityofTexas of Texas atAustin,TX,USA, and PerioperativeCare, DellMedical School,University Texas atAustin,TX,USA, 3 Medicine, UniversityofTexas atAustin,TX,USA, for Biomaterials,DrugDeliveryandRegenerative University ofTexas atAustin,TX,USA, 1 H. Oldenkamp* Delivery ofHighIsoelectricPointTherapeuticProteins, pH-Responsive PolymericNanoparticlesfortheOral Centre, Toronto, ON,Canada Polydimethylsiloxane Surfaces,Y. Akiyama* Stretched Poly(N-isopropylacrylamide) GelGrafted Evaluation oftheProperties ofMechanically Technology, Daegu,RepublicofKorea Kim, E.Kim;DaeguGyeongbukInstituteofScienceand Magnetic Hyperthermia,H.AlFaruque*,E.-S.Choi,J.-H. Direct RemovalofCirculating LeukemiaCellsby Department ofBiomedicalEngineering,University McKetta DepartmentofChemicalEngineering, 1,2 , J.Drake 1 1 , Y. Miyazawa , T. Okano 1 1,2 , Y. Xiang 1,2 , M.Koetting , N.Matsuura 1 ; 4 3 2 1 Sunnybrook HealthSciences Sunnybrook Research Institute, The HospitalforSickChildren, Tokyo Women’s Medical 3 2 , M.Daigou Waseda University, Tokyo, Japan 1 , A.Waspe 6 Division ofMolecular 3 2 Dai NipponToryo Co., 1,2 Yangon Technological 1 1 , N.Peppas ; , K.Kyaw 4 Department ofSurgery 1 University ofToronto, 5 3 Department of 1,2 ; 1 , C.Heyn Kumamoto 1,2 1 , N.Takeda , H.Ichimaru 1,2,3,4,5,6 2 Institute 1,3,4 ; , J. 2 , 1 ,

77 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

976. Effect of Laser Pulse Width on Bioactivity of Titania 985. Effect of Gold Nanoparticle Size on Their Properties as Nanofibrous Structures Deposited on Glass Substrate via Contrast Agents for Computed Tomography, Y. Dong*1, High Intensity Laser Induced Reverse Transfer Method M. Hajfathalian2, J. Hsu1, P. Naha2, J. Kim1, P. Chhour2, (HILIRT), A. Kiani*1, N. Safaie1, M.-H. Beigi2, M.-H. Nasr- P. Maidment2, H. Litt2, D. Cormode1,2; 1University of Esfahani2; 1University of Ontario Institute of Technology Pennsylvania, Philadelphia, PA, USA, 2Hospital of the (UOIT), Oshawa, ON, Canada, 2Royan Institute for University of Pennsylvania, Philadelphia, PA, USA Biotechnology, ACECR, Isfahan, Islamic Republic of Iran 986. Material Decomposition of Elemental Ca and P Using 977. Engineering Antibacterial Nanosurfaces for Clinical Photon-Counting Spectral Computed Tomography, T. Implementation, J. Moxley*, P. Ghannadian, T. Webster; Curtis*, R. Roeder; University of Notre Dame, Notre Dame, Northeastern University, Boston, MA, USA IN, USA

978. Mass Production of Biocompatible Graphene Using 987. The Intracellular Interaction of HA-based Nanocrystals Silk Nanofibers, X. Zhang*, Q. Lu; National Engineering with Uniform Shape and Traceable Fluorescence, X. Li*1, H. Laboratory for Modern Silk, Soochow University, Suzhou, Chen2, W. Li1; 1Sichuan University, Chengdu, China, 2Peking China University, Beijing, China

979. Green Synthesis of a Synergetic Structure of Tellurium 988. Biodistribution of Cancer Stem Cells Targeting Nanowires and Metallic Nanoparticles for Biomedical Nanoparticle Image Contrast Agents and It’s Implications Applications, A. Vernet*, D. Medina, B. Zhang, T. Webster; in Early Diagnosis, P. Nallathamby*1, K. Cowden Dahl2, R. Northeastern University, Boston, MA, USA Roeder1; 1University of Notre Dame, Notre Dame, IN, USA, 2Indiana University School of Medicine - South Bend, South 980. Group Distribution: An Ignored Determinant for Silk Bend, IN, USA Chemical Modification, Y. Hang*1, Q. Lu2, H. Chen1; 1College of Chemistry, Chemical Engineering and Materials 989. Tumor Targetable High-field MRI T1 Contrast Conjugates Science, Soochow University, Suzhou, China, 2National With Gd(III)-chelate Complexes and Protein Cage Engineering Laboratory for Modern Silk, Soochow Nanoparticles, H. Kim*, S. Jin, H. Choi, Y. Bae, M. Kang, H. University, Suzhou, China Cho, S. Kang; UNIST, Ulsan, Republic of Korea

981. Influences of Material Factors on the Anti-Melanoma 990. Optimization of Energy Thresholds for Multi-Contrast Effects of Hydroxyapatite Nanoparticle, X. Zhu*, H. Wu, X. Imaging in Photon-Counting Spectral Computed Yang, X. Zhang; National Engineering Research Center for Tomography, T. Curtis*, R. Roeder; University of Notre Biomaterials, Sichuan University, Chengdu, China Dame, Notre Dame, IN, USA

982. Engineering TiO2 Nanotube Growth on Titanium Implant 991. Contrast-Enhanced Mammographic Detection of Breast to Enhance its Biotribological Performance & Biocorrosion- Microcalcifications Using Targeted Gold Nanoparticles, T. resistance, J. Luo*1, S. Ma2, S. Ajami1, F. Zhou2, C. Liu1; Finamore*, E. Gies, T. Vargo-Gogola, R. Roeder; University 1University College London, London, United Kingdom, of Notre Dame, Notre Dame, IN, USA 2Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, Lanzhou, China 992. Radiographic Detection Limits for HER2+ Breast Cancer Cells Immunotargeted by Gold Nanoparticles, T. 983. NIR-mediated Spatiotemporal Control of Stem Cell Fate McGinnity*1,2, T. Curtis1, T. Vargo-Gogola2,3, R. Roeder1,2; Using Multifunctional Upconversion Nanoparticles, Y. 1University of Notre Dame, Notre Dame, IN, USA, 2Harper Zhang*, K.-B. Lee; Rutgers University, Piscataway, NJ, USA Cancer Research Institute, South Bend, IN, USA, 3Indiana University School of Medicine - South Bend, South Bend, SEEING MORE CLEARLY: IN, USA

NANOPARTICLE IMAGING PROBES 993. Evaluation of Quantum Dots as Marker for Her2-Positive IN BIOMEDICINE Breast Cancer Cells, A. Frank-Kamenetskii*, A. Thomson, L. 984. Predicting Rupture Potential of Abdominal Aortic Pasig, M. Kouame, M. Hedge, R. Abdel-Tawab, W. Ashley, V. Aneurysms with Gold Nanoparticles Targeting to Degraded Reukov; Clemson University, Clemson, SC, USA Elastin in an Angiotensin Ii Induced Mouse Model, X. Wang*1, B. Lane2, J. Eberth2, S. Lessner2, N. Vyavahare1; 1Clemson University, Clemson, SC, USA, 2University of South Carolina, Columbia, SC, USA

78 Society For Biomaterials 2019 Program 2019.biomaterials.org 1002. OPHTHALMIC BIOMATERIALSSIG 1001. 1000. 999. 998. 997. 996. 995. 994. IMMUNOENGINEERING DELIVERY, IMAGING,AND NANOMATERIALS FORDRUG SUPRAMOLECULAR POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Kaplan; Tufts University, Medford, MA,USA Vitreous HumorSubstitutes,N.Raia*,C.Ghezzi,D. Characterization ofSilk-hyaluronic AcidHydrogels as Normal University, Fuzhou, China University, SanMigueldeUrcuquí, Ecuador, bionanotechnology, M.Ni* Applications ofself-assemblingultrashortpeptidesin University ofMissouri,Columbia,MO,USA J.Smith,X.Wang,Rygelski, B.Allen,J.Kramer, B.Ulery; Amphiphile MicellesVaccine Bioactivity, R.Zhang*,B. Size, Charge, andAdjuvantIncorporationImpactPeptide Laboratory, Lemont,IL,USA of Chicago,IL,USA, Marras* Oligonucleotide Polyelectrolyte ComplexMicelles,A. Relating ChemicalandPhysicalProperties of school ofEngineering,KyotoUniversity, Kyoto,Japan R. Miura*,S.-i.Sawada,Y. Sasaki,K.Akiyoshi;Graduate Presenting CellsTargeting Self-AssembledNanogel, Development ofTherapeuticVaccine byAntigen University ofVirginia, Charlottesville,VA, USA USA, Caliari B. Miller* Tissue Architecture,Nanofibers forMimickingFibrous Supramolecular AssemblyofElectrospun Hydrogel Gainesville, FL,USA B. Soto-Morales*,G.Hudalla;UniversityofFlorida, assembling PeptidesasLocally-injectableBiomaterials, Supramolecular Hydrogels Fabricated from Co- Texas A&MUniversity, CollegeStation,TX,USA Biosensor, V. Baldock*,F. Jivan,D.Alge,M.McShane; Sensing Microdomains foraLong-term,Implantable Poly(ethylene glycol)ClickHydrogels withEmbedded CT, USA Y. Wang, UniversityofConnecticut,Storrs, S.Wimberley; Properties SynthesizedusingClickChemistry, K.Burke*, Liquid CrystallineBiomaterialswithShapeMemory 2 3. George MasonUniversity, Fairfax,VA, USA, 1,3 1,2 ; 1 1 , J.Vieregg 1. UniversityofVirginia, Charlottesville,VA, , O.Nicholas 1,2 , J.Ting 1 , A.Jackson 1,2 , S.Zhuo 2 1,2 Argonne National , M.Tirrell 2 , C.Highley 2 ; 1 Yachay Tech 1,2 2 ; Fujian 1 University 1,3 , S. 3 2.

(CONTINUED) 1005. 1004. 1003. 1012. 1011. 1010. ORTHOPEDIC BIOMATERIALSSIG 1009. 1008. 1007. 1006. University, Columbus,OH,USA M. Ruzga,Reilly, K.Swindle-Reilly;TheOhioState Traumatic OpticNeuropathy, A.Soltisz*,S.Thobe, Evaluation ofSemi-InterpenetratingNetworkforTreating USA Army InstituteofSurgical Research, SanAntonio,TX, J. Acevedo,P. Edsall,B.Lund,D.Zamora;UnitedStates Suitable forTesting BiomaterialTherapeutics,E.Snider*, Development ofaBenchtopCornealPuncture Model University ofSouthCarolina, Charleston,SC,USA Incorporated, Charlottesville,VA, USA, Broderick of OpenGlobeInjuries,L.Costella* Nanofiber-Reinforced Hydrogels fortheStabilization University, DeKalb,IL,USA of NewHampshire, Durham,NH,USA, M.K. Duvvuru Interaction withBoneMarrow Stromal Cells,W. Han* Anodization;Effects ofChemistryandinvitroTitanium Kitamura; Tomita PharmaceuticalCo.,Ltd.,Naruto,Japan Fiber, Y. Kushiki*,Y. Konishi,D.Miyagi,Y. Tsumura, N. Advanced Control ofHydroxyapatite/β-TCP Ratioin Tomita PharmaceuticalCo.,Ltd.,Naruto,Japan Kushiki*, S.Minami,Y. Tsumura, A.Bando,N.Kitamura; High AdhesivenessandHardness Hydroxyapatite, Y. USA, MA, USA, Linhardt Bencherif J. Kundu* as Vehicles forRetinalProgenitor CellsTransplantation, Engineering InjectableSyntheticECM-BasedHydrogel Chinn LLC,Lafayette,CO,USA University ofSouthCarolina, Charleston, SC,USA, 1 Zhu* Dimensions ofSiliconeHydrogel ContactLenses,D. Effect ofMultipurposeCare SolutionsUponPhysical McMaster University, Hamilton,ON,Canada for OcularDrugDelivery, T. Rambarran*,H.Sheardown; New RoutestoMucoadhesiveBlockCopolymerMicelles Korea Republic ofKorea, S. An Study onContactLensforBlockingBlueLight,J.Lee* Clemson University, Clemson,SC,USA, 1,2 1,2 3 Rensselaer PolytechnicInstitute,Troy, NY, USA , S.Smith , H.Choi 3 , R.Carrier 1 1 1 , M.Young 2 , A.Eiseman , P. Zhao Schepens EyeResearch Institute,Boston,MA, 2 , S.Vahabzadeh 1 1,2 , J.K.Kim , D.Pierre 1 2 1 , A.Desai Envoy Vision, Gimhae,Republicof Envoy Vision, ; 2 1 , J.Monaghan Northeastern University, Boston, 2 , C.Tison 1 ; 1,2 1 Inje University, Gimhae, 1 , J.Gilbert , M.Rezaeeyazdi 2 , S.Elsawa 1 ; 1 Luna Innovations 1 1 , L.Woodard , S.-Y. Kim 2 2 1,2 Northern Illinois Medical 2 1 Medical , J.Chinn ; 1 University 3 1 , R. , S. 1 , K. 3 3 J ; 1 , 1 ,

79 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

1013. Glycosaminoglycan Incorporation into Particle-Based 1021. Establishing a Periprosthetic Infection Model in Rats, E. Hydrogels for Enhanced Articular Cartilage Regeneration, Oral*1,2, Y. Xiao1, W. Sabuhi1, C. Leape1, Y. Fan1, D. Gil1,2, O. B. Pfaff*, N. Cornell, P. Cottler, C. Schaeffer, B. DeGeorge, Muratoglu1,2, J. Collins2,3, M. Randolph1,2; 1Massachusetts D. Griffin; University of Virginia, Charlottesville, VA, USA General Hospital, Boston, MA, USA, 2Harvard Medical School, Boston, MA, USA, 3Brigham and Women’s Hospital, 1014. Modeling and Characterization of Porous Tantalum (Ta) Boston, MA, USA Scaffolds, S.K. Mamidi*1, B.R. Golla2, V.R. S2, M.A. S2, A. Yadav2, S.C. T D2, S. K2,3, M. T Mathew1; 1University of 1022. Injectable Chemokine Loaded Fibrin Gel for Glenoid Labrum Illinois at Chicago, College of Medicine, Rockford, IL, Tear Repair and Regeneration, L. Tang*, S. Li, J. Zhou, J. USA, 2National Institute of Technology, Warangal, India, Borrelli; University of Texas at Arlington, Arlington, TX, USA 3Metallurgical Research Laboratory, Hyderabad, India 1023. Mechanical Compression Improves Decellularization of 1015. Collagen Hydrogel Models for Investigating Macrophage Intact Intervertebral Disc Xenografts, V. Casler*, A. Garon, Inflammatory Response to Wear Particles, P. Turner*1,2, E. M. Krussig, M. Namiranian, J. Walters, J. Mercuri; Clemson Sussman2, J. Stegemann1; 1University of Michigan, Ann University, Clemson, SC, USA Arbor, MI, USA, 2US Food and Drug Administration, White Oak, MD, USA 1024. 3D Printing of Poly Lactic Acid (PLA)/nano-hydroxyapatite (HA) Composites for Bone Tissue Engineering, H.-D. Jung*, 1016. Injectable Gelatin Microcarriers for Osteogenic Induction of J. Lee, T.-S. Jang; Korea Institute of Industrial Technology, MSCs for Bone Regeneration, C. Nweke*, R. T. Annamalai, Incheon, Republic of Korea J. Stegemann; University of Michigan, Ann Arbor, MI, USA 1025. Mechanical Evaluation of Woven Collagen Patch for Rotator 1017. Engineered Bio-composite Scaffold with Controlled Cuff Tendon Repair, Y. Huang*1, Y. Xie1, M. King1,2; 1Wilson Magnesium Ion Release for Bone Defect Repairing, J. College of Textiles, North Carolina State University, Raleigh, SHEN*1, K.W.K. YEUNG1,2; 1The University of Hong Kong, NC, USA, 2Donghua University, Shanghai, China Hong Kong, Hong Kong, 2The University of Hong Kong Shenzhen Hospital, Shenzhen, China 1026. The Effect of Autoclaving on Rheological and Mechanical Properties of Thermogelling Chitosan-Based Nanocomposite 1018. Biological and Corrosion Behavior of 3D Printed Hydrogel, S.m. Latifi*, C. Tang, H.J. Donahue; Virginia Titanium Alloy for Biomedical Application, D. Morris*1,2, Commonwealth University, Richmond, VA, USA D. Bijukumar1, E. Ceppi1, P. Tsai3, M. Wu4, A. Orias5, M. Mathew1,5; 1University of Illinois-College of Medicine 1027. Injectable Biodegradable Elastomer to Aid in Healing of at Rockford, Rockford, IL, USA, 2University of Alabama, Bone Fractures, J. Sanabria*, S. Huddleston, G. Ameer; Tuscaloosa, AL, USA, 3Industrial Technology Research Northwestern University, Evanston, IL, USA Institute, Chutung, Taiwan, 4Taipei Medical University Hospital, Taipei, Taiwan, 5Rush University Medical Center, 1028. Investigation into Soft Tissue Micro-Tearing and Repair Chicago, IL, USA Mechanisms as it Relates to Sports Injuries, O. Newkirk*, M. Maggio, M. Judge, A. Seilkop, K. Lindsey, A. Santore, 1019. Analgesic-Eluting UHMWPE Promises Antimicrobial M. Hermanns, E. Caruso, D. Dean; Clemson University, Prophylaxis After Primary Arthroplasty, D. Gil*1,2, S. Grindy1,2, Clemson, SC, USA O. Muratoglu1,2, H. Bedair1,2, E. Oral1,2; 1Massachusetts General Hospital, Boston, MA, USA, 2Harvard Medical 1029. Serioss: A Bone Graft Substitute with Autograft like 2 1 2 School, Boston, MA, USA Properties, S. Shukla* , A. Nisal , R. Deshpande , S. Salunke2; 1CSIR National Chemical Labarotory, Pune, India, 1020. Analgesic-Loaded UHMWPE Can Improve the Efficacy 2BiolMed Innovations Private Limited, Pune, India of Antibacterial Therapy for Prosthetic Joint Infections, D. Gil*1,2, S. Grindy1,2, K. LaPlante3,4,5, K. Daffinee4, O. 1030. Impacts of Bone Scaffold Architecture on Vascular Muratoglu1,2, H. Bedair1,2, E. Oral1,2; 1Massachusetts General Network Development, C. Perez*, A. Boehme, F. Acosta, S. Hospital, Boston, MA, USA, 2Harvard Medical School, Montelongo, C. Rathbone, J. Ong, T. Guda; University of Boston, MA, USA, 3University of Rhode Island, Kingston, Texas at SAn Antonio, San Antonio, TX, USA RI, USA, 4Providence Veterans Affairs Medical Center, Providence, RI, USA, 5Brown University, Providence, RI, USA PROTEIN AND CELLS AT INTERFACES SIG 1031. PAMA-Arg Brush-Functionalized Magnetic Nanocomposites for Phosphorylated Biomolecule Enrichment, F. Lan*, B. Luo, Y. Wu; Sichuan University, Chengdu, China

80 Society For Biomaterials 2019 Program 2019.biomaterials.org 1039. AND MODIFICATION SIG SURFACE CHARACTERIZATION 1038. 1037. 1036. 1035. 1034. 1033. MODIFICATION UNDERSTANDING OFSURFACE IN TECHNOLOGIESAND BIOMATERIALS: ADVANCES DEVELOPING BETTER 1032. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Gung MemorialHospital, Kwei-Shan,Taoyuan, Taiwan University, Tainan, Taiwan, Lin* Antimicrobial AdhesionandHemocompatibility, J.-C. of Polypropylene: Synthesis,SurfaceCharacterization, A NovelZwitterionicPolymerforSurface Modification USA, 1 Alzate Bone Formation,A.Mesa* SurfacestoPromoteAnodized/Etched andDIStreated Ti Urbana, IL,USA J.P. Allain;UniversityofIllinois atUrbanaChampaign, Civantos*, A.Mesa,C.Jaramillo,Barnwell,Shetty, designedbyDirected irradiationsynthesis, A. (Ti6Al4V) alloy bioactive nanotopographysurfacesonTitanium Evaluation ofimmuneresponse of macrophages using National University, Seoul,RepublicofKorea C. Hwang*,J.Kim,S.Park,H.-E.S.-H.Jeong;Seoul with LubricativePerformanceforIntravascularGuidewire, Sol-gel BasedHyaluronic Acid-Silica Nanocomposite Y. Hirano;KansaiUniversity, Osaka,Japan Collagen BackboneStructure, S.Kakinoki*,Y. Noguchi, the SurfaceImmobilizedwithOligo-PeptideMimicking Resistance toProtein Adsorptionand CellAdhesionon University, Suzhou,China Microfluidic Systems,S.Li*,X.Liu, H.Chen;Soochow Switching BiologicalFunctionalitiesofPDMS-based University ofSaoPaulo,Brazil - Unaerp,RibeiraoPreto, Brazil, Ribeirao Preto, Brazil, Dentistry ofRibeirãoPreto, UniversityofSaoPaulo, A. Souza R. Bighetti and InhibitsOsteoclastDifferentiation, H.Lopes* withNanotopographyInducesOsteoblast Titanium USA, University ofNorthCarolina atChapel-Hill,Raleigh,NC, Su Endogenous StemCells,z.Li* Antibody-Armed PlateletsforRegenerativeTargeting of University ofIllinoisatUrbana-Champaign,Urbana,IL, 1,2 1 , K.Cheng , C.-S.Hung 2 2 North Carolina StateUniversity, Raleigh,NC,USA University ofAntioquia,Medellín,Colombia 2 , A.Civantos 1 , G.Freitas 1 , B.Poker 1,2 ; 1 , C.-H.Cheng 1 North Carolina StateUniversityandthe 1 1 , N.Balcázar 1 , A.Rosa , L.Castro-Raucci 2 School ofDentistry, RibeiraoPreto 2 Chang GungUniversity, Chang 1,2 , R.Montes 1,2 1 , M.Beloti 2 ; , S.Hu 3 1 2 School ofDentistry, National Cheng Kung National ChengKung , J.J.Pavón 1,2 2 , K.Huang , E.Ferraz 2 , E.Patiño 1 ; 1 School of 2 , J.P. Allain 1 3 1,2 , , 2 , J.F. , T. T. , 1 ;

(CONTINUED) 1048. 1047. 1046. 1043. 1042. 1041. 1040. 1045. REGENERATIVE MEDICINE IN TISSUEENGINEERINGAND 3D BIOPRINTINGAPPLICATIONS 1044. Republic ofKorea K. GeunHyung;Sungkyunkwan University, Suwon-si, Scaffold Engineering,L.JaeYoon*, forHard Tissue Fabrication ofm13-Bacteriophage-Conjugated Alginate Jayasuriya; UniversityofToledo, Toledo, OH,USA vitro andin vivoEvaluation,J.Unagolla*,B.Gaihre, C. Based PhotocurableScaffolds forBoneRegeneration:in Novel 3DPrintedPoly(ethyleneglycol) Dimethacrylate and Precision Medicine,Guimarães,Portugal Spain, Vigo, Portugal, 2 Biodegradables andBiomimetics,Guimarães,Portugal, Group, I3Bs–Research InstituteonBiomaterials, Pirraco G.Diogo* Tissues, Printed Scaffolds fortheEngineeringofMineralized Cell-laden PrionaceGlaucaSkinCollagen-based3D Science (KIMS),Changwon-si,RepublicofKorea Suwon-si, RepublicofKorea, Produced byPlasmaElectrolytic Oxidation,P. Soares* Characterization ofBioglassDepositedonPorous TiO2 College London,UnitedKingdom Measurement Systems,Allentown,PA, USA, Humidity, D.Burnett* Surface Energy ofAlbuminsandtheEffect ofRelative Memphis, TN,USA Gopalakrishnan, T. Fujiwara,J.Bumgardner; Universityof Substrates,B.Watson*,Chitosan CoatingstoTitanium R. Improvement ofSurfaceAdhesionElectrosprayed Indianapolis, IN,USA Howard, D.Xie;IndianaUniversity-Purdue Universityat for Polyurethane SurfaceModification,R.Almousa*,L. A QuaternaryAmmoniumBromide-Containing Polymer H.-S. Yun W. Kim* Potential ApplicationinRegeneratingHard Tissues, Fabricated UsingaTwo-step PrintingProcess for An InnovativeCell-ladena-TCP/collagenScaffold The UniversityofWashington, Seattle,WA, USA Mass Spectrometry, M.Taylor*, D.Graham, L.Gamble; SecondaryIon Biomaterial Scaffolds usingTime-of-Flight Label-free 3DImagingSurfaceModifications within 2 Universidade CatolicadoParana,Curitiba,Brazil, L. Bemben ICVS/3B’s -PTGovernmentAssociateLaboratory, Braga, Colorado StateUniversity, FortCollins,CO,USA 1,2 1 , C.Sotelo , J.Lee 2 3 , G.Kim Instituto deInvestigacionesMarinas(CSIC), 1 , D.Weiss 4 The DiscoveriesCentre forRegenerative 1 , M.Yeo 1 ; 1,2 3 1 , R.Reis Sungkyunkwan University(SKKU), , C.Marques 1 1 , R.Sabino , V. Karde 1 , J.Lee 1,2,4 2 Korea InstituteofMaterials , T. Silva 2 , J.Heng 1 2 , S.Chae 1,2 , K.Popat , R.Pérez-Martin 1,2 ; 2 1 ; 1 3B’s Research , J.Kim 1 2 Surface ; 2 1 Imperial Pontificia 1 , 3 , R. 1 ,

81 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

1049. Aligned Microfibrous Bundle Structure Fabricated Using 1059. Architectures of 3D Printed, Sintered β –TCP Scaffolds Electrohydrodynamic Jet Printing and Cell Printing Process, Optimized for Strength and Permeability, G. Chiou*1,2, S. M. Yeo*, W. Kim, J. Lee, J. Lee, S.J. Chae, G.H. Kim; Montelongo1,2, S. Miar1,2, J. Ong1,2, T. Guda1,2; 1University Sungkyunkwan University, Suwon, Republic of Korea of Texas at San Antonio, San Antonio, TX, USA, 2UT Health San Antonio, San Antonio, TX, USA 1050. A Bioengineered 3D Printed Calciumalkaliorthophosphate- based Bone Graft Facilitates Repair of Critical-Size 3D PRINTING AND BIOENGINEERED Segmental Discontinuity Bone Defects in vivo, C. Knabe*1, M. Stiller1, M. Kampschulte2, B. Peleska3, R. Gildenhaar4, TISSUES FOR IN VITRO MODELING G. Berger4, A. Rack5, J. Guenster4, U. Linow4, D. Adel- OF DISEASE PROCESS AND DRUG Khattab6; 1Philipps University Marburg, Marburg, Germany, SCREENING 2 Justus Liebig University of Giessen, Giessen, , Germany, 1060. “Cancer Extracellular Vesicles Derived Supported Lipid 3 Philipps University, 35039 Marburg, Marburg, Germany, Bilayer as a Platform for Cell Culture to Understand 4 Federal Institute for Materials Research and Testing, Interactions between Adipose Stem Cells and Oncogenic 5 Berlin, Germany, European Synchrotron Radiation Facility, Extracellular Vesicles ”, J. Uribe*, H.-Y. Liu, C. Fischbach, S. 6 Grenoble, France, Ain Shams University, Cairo, Egypt Daniel; Cornell University, Ithaca, NY, USA

1051. Hierarchical 3D Scaffolds for Bone Tissue Engineering: Full 1061. Digitization and Solid Deposition for Layer-By-Layer 3D 1 Factorial Design and Dynamic Cell Culture, A. Yousefi* , S. Biofabrication of Varying Bone Densities, T. Burg*, K. Burg, J. 1 2 1 1 2 3 Koo , J. Powers , J. Liu , K. Sampson , P. James , J. Zhang ; Williams, N. Morris; University of Georgia, Athens, GA, USA 1Miami University - 1, Oxford, OH, USA, 2Miami University - 2, Oxford, OH, USA, 3Miami University - 3, Oxford, OH, USA 1062. Comparison of Human and Porcine Pancreatic Decellularized Extracellular Matrix Bioink Using Proteomic 1052. Rheological Characterization of Bioinks for Cell-based 3D Approaches, M. Kim*1, J. Kim, I.K. Shim2, S.C. Kim2, J. Jang3; 1,2 2 2 2 Bioprinting, M. Elizondo* , G. Gillispie , S. Lee , J. Yoo , 1POSTECH, Pohang, Republic of Korea, 2University of Ulsan 2 1 2 A. Atala ; Rice University, Houston, TX, USA, Wake Forest College of Medicine, Seoul, Republic of Korea, 3POSTECH, Institute for Regenerative Medicine, Winston-Salem, NC, USA Pohang, Republic of Korea

1053. Bioprinting of Three-Dimensional Microtissues to Evaluate 1063. 3D Printable Polydimethylsiloxane for Hybridized Adipocyte-Breast Cancer Cell Interactions, S. Chaji*, J. Scaffolding in Building Biomimetic Tissue, M. Heon*, D. Alsaleh, C. Gomillion; University of Georgia, Athens, GA, USA Aks, M. He; University of Kansas, Lawrence, KS, USA

1054. 3D Printing Technique to Produce Biomaterial Scaffolds 1064. Fabrication of Artificial Skin Model Using Decellular with Tailored Hierarchical Porosity, Z. Wang*, S. Florczyk; Extracellular Matrix Bioink, M.-J. Kim*1, I. Jang1, J.-H. Shim2, University of Central Florida, Orlando, FL, USA W.-S. Yun2, S. Jin2; 1Research Institute of T&R Biofab Co. Ltd., Siheung, Republic of Korea, 23D Bioprinting Research 1055. Thermal Inkjet Printed Endothelial Cells Cause Center, Siheung, Republic of Korea Microvasculature Formation in Host Tissues via Heat shock 1 1 Protein Induced VGEF release, T. Boland* , B. Oropeza , L. 1065. Printing Mechanically Tunable Cardiac Decellularized 1 2 1 Solis , M. Yanez ; The University of Texas at El Paso, El Paso, Extracellular Matrix Bioinks for Modeling Cardiac Fibrosis, 2 TX, USA, University of South Carolina, Columbia, SC, USA Y.J. Shin*, R. Shafranek, J. Tsui, A. Nelson, D.-h. Kim; University of Washington, Seattle, WA, USA 1056. 3D-printing patterned biocompatible hydrogels to promote angiogenic sprouting, C. Pan*, G. Calderon, S. Paulsen, D. Sazer, B. Grigoryan, J. Miller; Rice University, Houston, TX, USA ADVANCED FABRICATION APPROACHES FOR MULTISCALE 1057. Development and Evaluation of a Perfusable Dual Hydrogel TISSUE ENGINEERING System for Prevascularization in Tissue Engineering, S. Kim*, 1066. High and Low Perfusion Microvascular Breast Tumor C.-C. Pan, Y. Yang; Stanford University, Stanford, CA, USA Mimetic Chip for Anti-Cancer Drug Screening, B. Anbiah*, I. Hassani1, N. Habbit1, R. Arnold1, B. Prabhakarpandian2, 1058. Three-dimensional Extrusion Bioprinting of Self-healing E. Lipke1; 1Auburn University, Auburn, AL, USA, 2Center for Hydrogel for Tissue Regeneration, K.Y. Lee*, S.W. Kim, H.H. Drug Research Corporation, Huntsville, AL, USA, Auburn Roh, H.S. Kim; Hanyang University, Seoul, Republic of Korea University, Auburn, AL, USA

82 Society For Biomaterials 2019 Program 2019.biomaterials.org 1076. 1075. 1074. 1073. REGENERATIVE ENGINEERING BIOMATERIALS FOR 1072. 1071. 1070. 1069. 1068. 1067. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA Institution, Houghton, MI,USA Kwesiga, B.Lee, R. Rajachar;MichiganTechnological for useinTendon Repair, K. Caspers*,K.Meyers,M. Polyethylene Glycol-FibrinMicroparticle Hydrogels on PhysicalandRheologicalProperties ofComposite Impact ofFibrinMicroparticle Crosslinking Density Mercuri; Clemson University, Clemson, SC,USA Kinematic Model,A.Garon*, R.Borem, J.Walters, J. Replacement Improves RepairEfficacyinSpinal Compaction andCrosslinking ofNucleusPulposus University, Montreal, QC,Canada Defects, C.Agnes*,T. Baudequin,M.Tabrizian; McGill Osteogenesis fortheTreatment ofCriticalSizeBone Chitosan/ GDPScaffold toImprove Angiogenesisand Co-Culture ofOsteoblastsandEndothelialCellsina Drexel University, Philadelphia,PA, USA Kebab PeriodicityandSize,T. Yu*, M.Marcolongo, C. Li; Cellular ResponseofMC3T3E1CellsonNanofiberShish Syracuse, NY, USA Chando, P. Soman,J.Henderson;SyracuseUniversity, Biocompatible, Shape-MemoryPolymers,K.Pieri*,P. Programming viaPrinting:PrintingofReady-to-Trigger, MI, USA, Rea Collector, W. Ren* Microstructures UsingaProgrammed 3DNanofiber Preparation ofElectrospun NanofiberswithDesired University, Raleigh,NC,USA State University, Raleigh,NC,USA, University ofNorthCarolina, Raleigh,NC,USA, A. Brown Engineering, D.Chester* Printing ColloidalMicrogel ParticlesforModularTissue HealthCare, Lexington,KY, USA Latif Heart, B.Berron* Intentional PositioningofCellsinaDecellularized Pittsburgh, PA, USA A. Feinberg, P. Campbell;CarnegieMellonUniversity, as Growth FactorDeliveryVehicles, S.Li*,Yerneni, Three-Dimensional PrintableHydrogel Precursor Bioinks Ahsan; RoosterBio,Frederick, MD,USA Medicine, J.Lembong*,R.Kirian,D.Wang, J.Rowley, T. Mesenchymal StemCells(hMSCs)forRegenerative Bioreactor SystemforBiomanufacturingofHuman A ScalableXeno-Free Microcarrier-based Suspension 1 2 , W. Chen ; 1 University ofKentucky, Lexington,KY, USA, 1,2 2 Providence Hospital,Southfield,MI,USA ; 1 North Carolina StateUniversityand The 1 , D.Markel 1 , C.Li 1 , L.Chen 1 , M.Montalvo 2 1,2 ; 1 , T. Ngobili Wayne StateUniversity, Detroit, 1 , A.AL-SHAWK 3 North Carolina State 1 1 , M.Daniele , A.Abdel- 1 , X.Wu 2 NC 2 1,2,3 UK 1 , C. ,

(CONTINUED) 1080. 1079. 1078. 1077. 1086. 1085. 1084. 1083. 1082. 1081. Characterization ofDetachableGelatin/Chitosan Hopkins University, Baltimore, MD,USA Defects,C.Chang*,Zhang,J.Chua;Johns Tissue Cell DeliveryandPro-Regenerative MaterialforSoft Nanofiber-Hydrogel CompositeMicroparticles asaStem USA, King Polyesters forSurgical Suture Applications,R.Vaid* Determine Hydrolytic DegradationofAliphatic Integrating ExperimentsandMDSimulationsto Boston, MA,USA Y. Hu*,W. Wu, A.Ekenseair;NortheasternUniversity, Thermoplastic ElastomersforNerveGuidanceChannels, PLLA-PEG-PLLA Triblock CopolymersasBiodegradable Dayton, OH,USA 1 Biomaterial Matrices,S.Gunasekaran* Mis-concepts aboutCollageninRegenerative Sciences, Hiroshima University, Japan,Hiroshima, Japan Hirata, K.Kato;GraduateSchoolofBiomedical&Health E. Imado,N.K.Phuong,T. Matsuyama,K.Horimoto,I. Expansion ofMesenchymalStemCells,A.Shakya*, Factor: aNovelBioengineered SurfaceDesignforthe Oriented ImmobilizationofBasicFibroblast Growth Langone, NewYork, NY, USA Medical Center, NewYork, NY, USA, New York, NY, USA, Vega Mineral, C.Rivera* Using BetaTricalcium Phosphate andSyntheticBone Comparative invitro Studyof3DRobocasting Scaffolds for ModernSilk,SoochowUniversity, Suzhou,China Capacity, Q.Lu*,Z.Ding;NationalEngineeringLaboratory Silk BiomaterialswithMultipleCuesforVascularization Kyungpook NationalUniversity, Daegu,RepublicofKorea Nanofibers withControlled Deformation, Y.H. Jeong*; York, NY, USA USA, Brooklyn, NY, USA, 1 Witek* Bone MineralInkforRobocastingApplications,L. Physical andChemicalCharacterizationofSynthetic Nottingham, UnitedKingdom A. CampbellRitchie,C.Scotchford; TheUniversityof EngineeringApplications,K.Kret*,Hydrogel forTissue ENCOLL Corp.,Fremont, CA,USA, Tandon SchoolofEngineering,NewYork University, 1,2 2 2 3 , B.Cronstein Donghua University, Shanghai,China New York UniversityLangoneMedicalCenter, New , M.Pasquinelli 2 , D.Eckstein 1 2 , L.Witek 2 1 , P. Coelho New York University, NewYork, NY, 2 , C.Rivera New York UniversityLangone 1 ; 1 NC StateUniversity, Raleigh,NC, 1 , D.Mijares 1,3 2 , D.Mijares ; 1 New York University, 2 3 Kadiri HealthLLC, New York University 1 , C.Cox 1 , A.Larranaga- 2 , P. Coelho 2 ; 1 , M. 2,3 ;

83 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

1087. Collagen Type I and II Blend Hydrogels with Mesenchymal 1097. In Vitro Model of Schwann Cell Migration in Multilayered Stem Cells as a Scaffold for Articular Cartilage Defect Clickable Microsphere-Based Scaffolds with Tunable Repair, J. Liu*1, C. Kilmer1, A. Durkes1, G. Breur1, A. Panitch2; Degradation Rates, H. Meng*, D. Elbert; University of Texas 1Purdue University, West Lafayette, IN, USA, 2University of at Austin, Austin, TX, USA California, Davis, Davis, CA, USA 1098. Immunodeficiency Potentiates the Ability of Decellularized 1088. A Hybrid Dendrimer Hydrogel as Bone Tuberculosis Defect Muscle Matrix to Regenerate a Volumetric Muscle Injury, L. Scaffold for Regeneration and Chemotherapy, J. Wang*1, Olson*1, D. Cohen1, B. Boyan1,2, Z. Schwartz1,3, M. McClure1; R. Cooper2, B. Li1, H. Yang1,3,4; 1Virginia Commonwealth 1Virginia Commonwealth University, Richmond, VA, USA, University, School of Engineering, Richmond, VA, USA, 2Georgia Institute of Technology, Atlanta, GA, USA, 2Virginia Commonwealth University, Richmond, VA, USA, 3University of Texas Health Science Center at San Antonio, 3Virginia Commonwealth University, School of Pharmacy, San Antonio, TX, USA Richmond, VA, USA, 4Virginia Commonwealth University, Massey Cancer Center, Richmond, VA, USA 1099. Decellularized Materials Derived from Genetically Engineered Mice with Enhanced Regenerative Potential, T. 1089. Nanofiber Microspheres for Cell Delivery, J. Xie*, J. John, S. Kyriakides*, A. Morris; Yale University, New Haven, CT, USA Boda; University of Nebraska Medical Center, Omaha, NE, USA 1100. Identifying the Cell-Cell Communication Network Driving 1090. Defect Driven Gelation of 2D Nano-assemblies and Methacrylic Acid (MAA)-Based Biomaterial Nerve Growth, Polymeric Binder for Bone Tissue Engineering, K. Deo*, A. Androschuk*, I. Talior-Volodarsky, R. Mahou, M. Sefton; M. Jaisawal, S. Bhunia, A. Gaharwar; Texas A&M University, University of Toronto, Toronto, ON, Canada College Station, TX, USA 1101. Biomimetic Modification of Thermoresponsive Hydrogel 1091. Cryogenic Formation of Multi-Layered Hydrogel Scaffolds Scaffolds for Enhanced Mucoadhesion, N. Kanetkar*, A. with Tunable Interfaces, A. Najarzadeh*, E. Pyles, D. Puleo; Ekenseair; Northeastern University, Boston, MA, USA University of Kentucky, Lexington, KY, USA 1102. Oxygen-generating Polycaprolactone/Calcium Peroxide 1092. 2D Nanomaterials Functionalized 3D Nanofibrous Scaffolds Microparticles to Support Cell Survival in Hypoxic for Bone Regeneration, H. Sun*1, Q. Yao2; 1University of Environment, T. Kiratiwongwan*, M. Zhang, W. Shen; Iowa, Iowa City, IA, USA, 2Wenzhou Medical University, University of Minnesota, Minneapolis, MN, USA Wenzhou, China 1103. Development and Optimization of Modular Self- 1093. β-Tricalcium Phosphate (β-TCP) Scaffold Promote Cell Assembling Nucleopeptide-Based Scaffolds for Tissue Infiltration in vitro, X. Wang*, M. Lin, Y. Kang; Florida Engineering Applications, A. Noblett*, K. Baek, L. Suggs; Atlantic University, Boca Raton, FL, USA The University of Texas at Austin, Austin, TX, USA

1094. Performance of an Octacalcium Phosphate Biomaterial in 1104. In vitro and in vivo Evaluation of Commercially Available a Long Bone Defect in Ovariectomized Rat, O. Suzuki*1, Acellular Human Amniotic Membrane and Porcine K. Baba1,2, Y. Shiwaku1, T. Anada1,3, Y. Mori2, K. Tsuchiya1, Xenografts, R. Early*1, H. Hewitt1, H. Aberman2; 1SEED E. Itoi2; 1Tohoku University Graduate School of Dentistry, Biotech Inc., Dallas, TX, USA, 2Purdue University, Malvern, Sendai, Japan, 2Tohoku University Graduate School of PA, USA Medicine, Sendai, Japan, 3Institute for Materials Chemistry and Engineering, Fukuoka, Japan 1105. Gene Silencing Therapy for In Situ Elastic Matrix Regenerative Repair, S. Carney*1,2, T. Broekelmann3, R. 1095. Wound Healing Evaluation of Equine Amniotic Membrane Mecham3, A. Ramamurthi1,2,4; 1Cleveland Clinic, Cleveland, Compared to Commercially Available Porcine Xenografts, OH, USA, 2Case Western Reserve University, Cleveland, R. Early*1, H. Hewitt1, H. Aberman2; 1SEED Biotech, Inc, OH, USA, 3Washington University at St. Louis, St. Louis, Dallas, TX, USA, 2Purdue University, Malvern, PA, USA MO, USA, 4Cleveland Clinic Lerner College of Medicine of Case Western Reserve University, Cleveland, OH, USA 1096. Synthesis and Characterization of an Elastic and Biodegradable Poly(Xylitol-Dodecanedioic Acid) for 1106. Adipose Derived Mesenchymal Stem Cells Seeded Biomedical Engineering Applications, N. Firoozi*1, Y. on Biomimetic Polymer Scaffolds Induce Rapid Bone Kang1,2; 1Florida Atlantic University, Boca Raton, FL, USA, Regeneration Across a Large Segmental Bone Defect, D. 2FAU, Boca Raton, FL, USA Margolis*, D. Gonzales, J. Smith, J. Szivek; The University of Arizona, Tucson, AZ, USA

84 Society For Biomaterials 2019 Program 2019.biomaterials.org 1116. 1115. 1114. 1113. 1112. 1111. 1110. 1109. 1108. 1107. POSTER PRESENTATIONS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA University, detroit, MI, USA T. Alamin*,C.Gabrion,H. Matthew;Wayne State Secreted ECM andPromote MSCChondrogenesis, Chitosan CapsulesSynergize withCollagenItoRetain Crosslinked Hyaluronan Hydrogels inHyaluronan- San Antonio,TX,USA Montelongo, T. Guda;UniversityofTexas atSanAntonio, Scaffolds usingaComputationalModel,E.Jui*,S. Predicting Vascularization inPorous Hydroxyapatite of Technology, Atlanta,GA,USA, Akman* Polymer viaAcrylationofPoly(glycerol dodecanoate),R. Development ofaPhotocurableShapeMemory Seongnam-si, RepublicofKorea Kim*, J.S.Park,K.H.J.M.Park;CHAUniversity, Controls MultilineageDifferentiation ofhMSCs, H.J. Nanoparticles ComplexedwithpDNAandshRNA Transfection ofDexamethasone-ConjugatedPEI Republic ofKorea Seoul, RepublicofKorea, Shin Esophageal Defect.,I.G.Kim* Scaffold andBioreactor CultivationinCircumferential 3D Reconstructionthrough Two-Layered Tubular Hongik University, Sejong,RepublicofKorea Engineering,J.Kim*,B.Kim; Hydrogels forTissue by IncorporatingPolyethyleneGlycol(PEG)-based Novel HybridHydrogels withTunable Properties Technology, Wuhan, China Y. Du,J.Wang; HuazhongUniversityofScienceand Regeneration ofTwo S.Zhang*, KindsofTissues, A GradientHierarchical Scaffold Inducesinvivo 2 1 Delivery, A.Shridhar* Hydrogels forAdipose-DerivedStem/Stromal Cell ExtracellularMatrixComposite Design ofTissue-Specific Republic ofKorea Engineering &Technology (KICET),Cheongju-si, Biomaterials, M.H.Park*;Korea InstituteofCeramic Stem CellinThree-Dimensional Cues-Integrated- The Differentiation PotentialofHumanMesenchymal 3 Centre Lithuania, forInnovativeMedicine,Vilnius, University, Taipei, Taiwan, Ng EngineeringApplications,W.-B.for Tissue Tsai* Proteoglycan/gelatin Hydrogel viaEnzymaticGelation Latvian InstituteofOrganic Synthesis,Riga,Latvia Queens University, Kingston,ON,Canada University ofWestern Ontario,London, ON,Canada, 1 , E.Bernotiene 2 , E.-J.Chung 1,2 , H.Ramaraju 1 2 ; , A.Sobolev 1 Seoul NationalUniversityHospital, 1 , B.Amsden 1,2 , S.Hollister 2 2 State Research Institute Inje University, Gimhae, 1 , Y. Wu 3 ; 1 2 National Taiwan 2 GIT, Atlanta,GA,USA , E.Gillies 1,2 2 , H.Cho ; 1 Georgia Institute 1 , L.Flynn 1 , J.-W. 1 , S.C. 1 ;

(CONTINUED) 1119. 1118. 1117. 3D TISSUEFABRICATION BIOPRINTABLE HYDROGELSFOR 1124. 1123. 1122. 1121. 1120. R. Reis for MeniscusRegeneration,J.Costa* Bioprinting ofPatient-SpecificMemory-ShapeImplants Novel EnzymaticallyCross-linked Silk Fibroin Bioinkfor Rice University, Houston,TX,USA Applications, Y.S. Kim*,A.Navara,Chien,Mikos; isopropylacrylamide)-based Bioinkfor3DBioprinting Shear-thinning, ThermallyResponsivePoly(N- Blacksburg, VA, USA 2 A. Whittington of GelatinMethacrylate,W. Surbey* Mask Projection Microstereolithography (3DPrinting) Lund, Sweden D.A. Bölükbas,H.Alsafadi,D.E.Wagner; LundUniversity, 3D PrintingofDecellularisedPorcine LungECM,S.Tas*, Canberra, Australia Mount Helen,Australia, Melbourne, Parkville,Australia, Wollongong, Wollongong, Australia, 2 D. Nisbet M. Boyd-Moss* EngineeringApplications, Bioinks forNeuralTissue Development ofSelf-AssemblingPeptideinspired Institute ofTechnology, Melbourne,FL,USA Hydrogels, N.Kajave*,T.-U. Nguyen,V. Kishore; Florida Properties andStabilityofMethacrylatedCollagen Dual Crosslinking StrategytoEnhancetheMechanical Jerusalem, Israel Devices, D.Cohn*;Hebrew University ofJerusalem, 3D PrintingEnvironmentally Responsive Medical Medical School,Boston,MA,USA USA, 1 Kheirkhah Corneal Lacerations,E.ShirzaeiSani* A BioadhesiveHydrogel forSealing andTreatment of Barco/Guimarães, Portugal Precision Medicine,HeadquartersatUniversityofMinho, Portugal, 2 and RegenerativeMedicine,Barco/Guimaraes, Portugal, Engineering European InstituteofExcellenceon Tissue Biomimetics ofUniversityMinho,Headquartersthe Research InstituteonBiomaterials, Biodegradablesand ICVS/3B’s–PT GovernmentAssociateLaboratory, Braga, Virginia PolytechnicInstituteandStateUniversity, St Vincents Hospital,Fitzroy,St Vincents Australia, University ofCalifornia-LosAngeles,CA, 2 Massachusetts EyeandEarInfirmary, Harvard 1,2,3 , J.Oliveira 3 6 2 The DiscoveriesCentre forRegenerativeand , R.Williams , Y. Taketani 1,2 1,2 ; , A.Quigley 1 Virginia Tech, Blacksburg, VA, USA, 1,2,3 1,2 2 ; , Z.Sun 1 ; 6 3Bs Research group, I3Bs– Australian NationalUniversity, 1 RMIT, Bundoora,Australia, 2,3,4 2 , R.Dana 5 , K.Firipis Federation University, 1 1,2,3 , N.Chartrain 1 4 , C.Jumelle University of , J.Silva-Correia 3 University of 2 , N.Annabi 1,2 , B.Long 2 1 , A. , 5 1 , ; 1,2 ,

85 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

POSTER PRESENTATIONS (CONTINUED)

1125. Polymers for Additive Manufacturing, E. Alam*, B. Treiber, 1131. Developing A 3D Niche Microenvironment To Improve G. Brokaw, B. Sewell, I. Lipe, B. Scammon, V. Reukov; Stem Cell-Derived β-Cell Maturation For Treatment of Type Clemson University, Clemson, SC, USA 1 Diabetes, R. Youngblood*1, D. Clough1, C. Cras-Meneur2, L. Shea1; 1University of Michigan, Ann Arbor, MI, USA, 1126. Effect of a Cryogenic Build Platform on 3D Printed 2University of Michigan, Ann Arbor, Ann Arbor, MI, USA Hydrogel, K. Dharmadhikari*, Y. Cheema, M. Hildreth, N. Kewalramani, C. Liu, A. Rodriguez, D. Sidelnikov, P. 1132. Development of Spiral Scaffolds with 3D Printing-based Vemulakonda, L. Warburton, L. Schultheis; Gemstone Combinatorial Technologies for Bone Tissue Engineering, Honors Program, College Park, MD, USA A. Kumar*, X. Yu; Stevens Institute of Technology, Hoboken, NJ, USA 1127. The Tailored 3D-Bioprinted Gelatin Scaffold Fabricated by Physical Cross-Linked without Chemical Cross-Linking 1133. X-ray Phase Contrast Imaging of Soft Biomaterials in a Agents, C.-H. Kim*, D.J. Choi, S.J. Park; Korea Institute of Whole-Animal Model, J. Brown*1, S. Somo2, F. Brooks3, S. Radiological and Medical Sciences, Seoul, Republic of Korea Komarov3, W. Zhou3, M. Anastasio3, E. Brey1; 1The University of Texas at San Antonio, San Antonio, TX, USA, 2Illinois TISSUE ENGINEERING SIG Institute of Technology, Chicago, IL, USA, 3Washington University in St. Louis, MO, USA 1128. Pre-differentiated Human Bone Marrow Stromal Cells and Platelet-rich Plasma Pretreated PLGA Scaffold for Meniscal 1134. Vitamin C and B3 as New Biomaterials to Alter Intestinal Regeneration, J.J. Yoo*, H.J. Kim; Seoul National University Stem Cells, Y. Qi*, J. Lohman, N. Peroutka-Bigus, B. College of Medicine, Seoul, Republic of Korea Bellaire, M. Wannemuehler, Q. Wang; Iowa State University, Ames, IA, USA 1129. Widespread Changes in Transcriptome Profile of Human Mesenchymal Stem Cells Induced by 2D Nanosilicates, A. 1135. Evaluation of Schwann Cells Proliferation on Heparin- 1 1 1 1 1 Gaharwar* , J. Carrow , L. Cross , R. Reese , M. Jaiswal , collagen Layer-by-Layer Coatings, L.C. Pinzon Herrera*, J. 2 1 3 1 C. Gregory , R. Kaunas , I. Singh ; Texas A&M University, Almodovar Montanez; University of Arkansas, Fayetteville, 2 College Station, TX, USA, Texas A&M Health Science AR, USA Center, College Station, TX, USA, 3Memorial Sloan Kettering Cancer Center, New York, NY, USA 1136. Osteoinductive PolyHIPE Scaffolds as Improved Bone Void Fillers, P. Dhavalikar*1, K. Salhadar1, T. Wilems1, D. Stahl, B. 1130. Recombinant Human Bone Morphogenetic Protein 2 Saunder, E. Cosgriff-Hernandez1; 1UT Austin, Austin, TX, USA Delivery from Tunable Keratin Biomaterials in a Critically- Sized Rat Femur Defect Model, J. Saul*1, J. Bohnert1, M. 1137. Engineering Vascularized Adipose Tissue Using O’Brien1, T. Carnwath1, S. Alnuaimi1, T. Smith2; 1Miami Microvascular Fragments in Fibrin Hydrogels, F. Acosta*, K. University, Oxford, OH, USA, 2Wake Forest University Stojkova, E. Brey, C. Rathbone; The University of Texas at School of Medicine, Winston-Salem, NC, USA San Antonio, San Antonio, TX, USA

86 Society For Biomaterials 2019 Program 2019.biomaterials.org Allen, Josephine Allen, Brittany Allcock, Harry Allain, JeanPaul Alkekhia, Dahlia Ali, Zarina Ali, Matthew Alhasan, Hend Alghazali, Karrer Alge, Daniel Alferiev, Ivan Alexander-Bryant, Angela Alexander, Peter Alessandrino, Antonio Alden, Nicholas Aldawood, Zahra Alcazar, Oscar Albuquerque, Anjaina Albert, Nathaniel Alassaf, Ahmad Alamin, Tuhfah Alam, Perwez Alam, Eram Al Sayah,Mohammad Al Faruque,Hasan Aks, Daniel Akman, Ryan Akkus, Ozan Akkouch, Adil Akkineni, Ashwini Akiyoshi, Kazunari Akiyama, Yoshikatsu Akbari, Mohsen Ajami, Sara Aisenbrey, Elizabeth Ainslie, Kristy Ai, Hua Ahsan, Taby Ahrenkiel, Phil Ahn, Minhye Ahmed, Rashid Ahmed, Ifty Ahmed, Bulbul Aguado, Brian Agrawal, Vasundhara Agnes, Celine Agmon, Gillie Agbulut, Onnik Agarwal, Ashutosh Afonin, Kirill Adlouni, Mu’ath Adjei, Isaac Adhikari, Udhab Adewole, Dayo Adelmund, Steven Adel-Khattab, Doaa Adamo, Arianna Acosta, Francisca Ackun-Farmmer, Marian Acevedo, Jorge Accolla, Robert Acar, Handan Abuid, Nicholas Abu AlTamn, Mustafa Abeyrathna, Nawodi Aberman, Harold Abebayehu, Daniel Abe, Toshiaki Abdel-Tawab, Rashesd Abdel-Latif, Ahmed Abbina, Srinivas A RBarao,Vatlentim AUTHOR INDEX APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA ...... 286, 291,490,995 ...... 364, 1037,1038 958, 1030,1137 163, 1095,1104 . 664, 757,847 . 363, 964 497, 627 710, 998 837, 969 744, 746 760, 769 120, 750 133, 864 500, 721 409, 471 707, 754 239, 959 1063 1114 1067 1074 1050 1004 1069 1000 1116 1125 814 328 779 844 776 788 686 183 789 900 955 864 800 705 968 929 399 150 758 982 790 482 792 777 501 221 865 634 740 509 871 888 930 202 663 370 733 993 704 656 60 84 33 91 67 Ash-Shakoor, Ariel Ashok, Tejaswini Priya Ashley, Will Ashley, Donald Ashida, Maki Arun Kumar, Shreedevi Artzi, Natalie Arthur, Ian Arrigali, Elizabeth Arote, Rohidas Arnold, Robert Armstrong, Steven Armato, Ubaldo Arisaka, Yoshinori Arias, Sandra Aresh, Wafa Aravamudhan, Shyam Arany, Praveen Arabiyat, Ahmad Apyapong, Johnson Appel, Eric Antonuccio, David 296, 653,834 Anseth, Kristi Annamalai, Ramkumar Annamalai, Prakasam Annabi, Nasim Androschuk, Alaura Anderson, Trent Anderson, Shannon Anderson, Luke Anderson, Leah Anderson, Deirdre Anderson, David Anderson, Daniel Ander, Eric Anbiah, Benjamin Anastasio, Mark Anandakrishnan, Nanditha Anada, Takahisa An, Xiaoxian An, Sungho Amsden, Brian Amorim, Diana Amini-Nik, Saeid Amiji, Mansoor Amendt, Brad 620, 865,1027 Ameer, Guillermo Ambulo, Cedric Alzate, JuanFernando Alverson, Jeremy Alvarez, Kenneth Alvarez, Adrian Altuntas, Sevde AL-SHAWK, Ameer Alsberg, Eben AlSawaftah, Nour Alsaleh, Jenna Alsafadi, Hani Alper, Scott Alnuaimi, Saif Almousa, Rashed Almodovar Montanez,Jorge Almendros, Isaac Almeida, Raquel Almeida, Emily Almeida, Bethany Almeida, Armando Almeida, Adriana Alley, Jessica Allen, Sean Allen, Riley ...... 120, 278,410,711,750 ...... 132, 135,142,221, ...... 501, 506,1066 107, 241,450, 666, 667,668 91, 402,1120 . 24, 59,266 . 797, 1053 506, 1066 928, 1109 744, 746 472, 882 156, 845 66, 905 1071 1124 1130 1040 1135 1100 1133 1094 1006 1038 739 763 705 284 762 149 731 957 672 119 131 269 144 773 993 692 436 414 272 962 627 927 364 756 721 848 852 901 146 285 455 506 400 788 478 220 515 500 957 460 763 399 936 43 32 66 54

Aziz, Aaron Azimi, Mohammad Axpe, Eneko Awais, Rukhsana Awad, Nahid Avram, Dorina Avochinou, Jean-Emmanuel Austin-Carter, Brian Auster, Jeff Augustine, Robin Augenstein, Vedra Audet, Robert Atluri, Pavan Atkinson, Stephen Atkinson, Mark Atala, Anthony Astrab, Leilani Assanah, Fayekah Asmatulu, Ramazan Asmani, Mohammadnabi Aslan, Can Asif, Sana Basu, Sayantani Bassir, SeyedHossein Bassani, Giulia Basnett, Pooja Basiri, Ali Bashur, Chris Basgul, Cemile Bartomeu Garcia, Caterina Barone, Damiano Barnwell, Alethia Barnard, Emily Barlow, Abby Barker, Thomas Bardsley, Tatum Barbosa, Mayara Barata, David Bannister, Kendra Bando, Akihito Band, Vimla Band, Hamid Bamrungsap, Suwussa Bambharoliya, Tushar Baljon, Jessalyn Bales, Caroline Baldock, Victoria Balcázar, Norman Bal, Nandita Bakken, Chris Baker, Ethan Baker, Daniel Baker, Anthony Baker, Alexander Baker, Aaron Bajpayee, Ambika Bahlmann, Laura Bagchi, Samik Baetz, Nicholas Baek, Kiheon Bae, Yoonji Badv, Maryam Badon, Mary Badeau, Barry Badathala, Anusha Backman, Vadim Bachus, Kent Bachelder, Eric Bacha Lopes,Helena Babo, Pedro Babensee, Julia Baba, Kazuyoshi ...... 84, 317,637 . . 151, 1052 122, 123 760, 769 193, 902 497, 627 606, 907 396, 892 507, 794 695, 989 603, 939 57, 857 1037 1010 1038 1103 1094 342 120 942 705 184 934 313 281 635 940 123 917 165 741 502 250 842 924 375 694 691 103 370 902 339 504 142 806 806 727 655 708 952 995 611 910 111 942 615 794 313 171 800 830 903 184 411 615 865 482 831 762 876 50 91 Beamish, Jeffrey Bircsak, Kristin Bellis, Susan Bellaire, Bryan Bejleri, Donald Bein, Thomas Beigi, Mohammad-Hossein Behr-Roussel, Delphine Behre, Anne Beeman, Neal Bednarski, Olivia Bedell, Matthew Bedair, Hany Becker, Matthew Beck, James Beck, Emily Bayless, Kayla Bauza, Guillermo Baudequin, Timothee Bates, Novella Bates, Frank Batalov, Ivan Basurto, Ivan Bobbala, Sharan Block, Travis Bloch, Elizabeth Bliley, Jacqueline Blatchley, Michael Blanco, Alexandra Blanchard, Emmeline Bishop, Corey Biris, Alexandru Binnebose, Andrea Bing, Yunbing Bindra, Ranjit Billaud, Marie Bijukumar, Divya Biguetti, Claudia Bighetti, Rayana Bierman, Rebecca Bienek, Diane Bidwell, Gene Bide, Martin Bian, Liming Biagiotti, Marco Bhunia, Sukanya 721, 825 Bhattarai, Narayan Bhatia, Varun Bhardwaj, Pranshu Bharadwaj, Vimala Bhalekar, Rohan Bhaduri, Sarit Beyer, Simon Besser, Rachel Beskid, Nicholas Bertoldi, Serena Berthier, Erwin Berron, Brad Bernstein, Zachary Bernotiene, Eiva Bernacki, Susan Berger, Michael Berger, Georg Benoit, Danielle Bennett, Brian Benghuzzi, Hamed Ben Bencherif, Sidi Bemben, Leticia Beltran, Felipe Beloti, Marcio Mateus Beloti, Marcio č ina, Metka ...... 171, 604,817,1009 500, 721, 255, 409,415,471 . . . . 140, 672,1033 222, 234,765 . 1019, 1020 687, 818 414, 730 497, 627 603, 939 77, 1134 603, 939 200, 632 1018 1033 1090 1069 1107 1050 1043 1074 131 836 384 514 813 121 788 485 726 787 204 494 245 249 190 910 356 105 133 876 855 127 623 104 249 640 665 831 103 613 729 976 903 115 889 142 167 239 618 874 643 838 453 77 35 90 43 97 23 52 9

87 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

AUTHOR INDEX (CONTINUED)

Boccaccini, Aldo ...... 98 Bunde, Katie...... 17 Chakravarty, Jayashree...... 918 Chinzei, Nobuaki...... 687 Boda, Sunil...... 659, 1089 Burch, Patrick...... 76 Chalivendra, Vijay ...... 918 Chiou, Gennifer...... 155, 1059 Bodiford, Nelli...... 650 Burdick, Jason. . . 49, 289, 330, 332, Chambers, Dwight...... 370 Chizari, Shahab ...... 269 Boehme, Allison...... 1030 341, 442, 510, 635 Chan, Leslie...... 719 Cho, Hana...... 1112 Boggess, Steven ...... 295, 392 Burg, Karen...... 225, 601, 1061 Chando, Paul...... 1072 Cho, HyungJoon...... 989 Bohannon, Laurie...... 443 Burg, Timothy ...... 601, 1061 Chang, Calvin...... 1079 Cho, Jonathan...... 122, 123 Bohnert, Judy...... 1130 Burgin, Michelle...... 678 Chang, Wei...... 287, 498 Choe, Youngeun ...... 722 Boland, Thomas...... 1055 Burke, Jacqueline ...... 241 Charbonier, Frank ...... 617 Choi, Bogyu...... 638, 849 Bolandparvaz, Amir. . . . . 472, 881 Burke, Kelly...... 994 Charbonneau, Cindy...... 188 Choi, Bongseo...... 695 Bölükbas, Deniz...... 729, 896 Burnett, Daniel...... 1042 Charrez, Berenice ...... 295, 392 Choi, Dae Gun...... 698 Bölükbas, Deniz A...... 1124 Burrell, Justin. . . .779, 780, 781, 888 Charron, Patrick...... 863 Choi, Dong Jin...... 1127 Bondos, Sarah...... 35, 739 Burris, SJ...... 516 Chartrain, Nicholas . . . . .149, 1117 Choi, Eun-Sook ...... 968 Bonnevie, Edward...... 332 Busari, Hafiz...... 115 Charwat, Verena...... 295, 392 Choi, Hongjin...... 1006 Boorman, Sophie...... 114 Bushnell, Grace...... 124 Chatzistavrou, Xanthippi. . . 113, 954 Choi, Hyukjun...... 989 Booth, Brian...... 821 Buyukserin, Fatih...... 763 Chee, Eunice...... 11 Choi, Jonghoon...... 206 Booth, Rebecca...... 739 Cabrales, Pedro...... 201 Cheema, Yahya ...... 1126 Choi, Jong-soo ...... 703 Boothby, Jennifer...... 936 Cabrera, Fernando ...... 874 Chen, Chen ...... 328 Choi, Joon Sig...... 716 Borem, Ryan...... 1075 Cai, Zhongyuan...... 757 Chen, Gaojian . . . 383, 669, 815, 914 Choi, Yeji...... 275 Borges, Jessica ...... 770 Calderon, Gisele...... 244, 1056 Chen, Guojun...... 305 Choi, Yonghyun...... 206 Borrelli, Joseph...... 1022 Caldwell, Alexander ...... 132 Chen, H. Isaac ...... 780 Choi, Yoo-mi...... 1062 Bosh, Kyla...... 104 Caliari, Steven ...... 453, 997 Chen, Haifeng...... 987 Chouhan, Dimple...... 759 Bossart, Alexander...... 734 Camacho, Paula...... 115 Chen, Han-Chiao...... 888 Chow, Lesley ...... 115 Botchwey, Edward...... 400 Camardo, Andrew...... 625 Chen, Hong. . . . 36, 383, 669, 743, Choy, Caleb...... 812 Bothun, Geoffrey...... 216 Camci-Unal, Gulden ...... 458 815, 914, 916, 948, 953, 973, 980, 1034 Christ, George...... 404, 453 Bouche, Mathilde ...... 219 Cameron, Paul...... 671 Chen, Hongyu...... 802 Christau, Stephanie...... 880 Bousalis, Deanna...... 314 Campbell, Phil...... 209, 1068 Chen, Huizhi...... 793 Christman, Karen. . 201, 613, 628, 898 Bouten, Carlijn...... 64 Campbell Ritchie, Alastair. . . . 1080 Chen, Huyun ...... 160 Chu, Paul ...... 854 Boyan, Barbara. . . . . 93, 104, 136, Canadas, Raphael...... 424 Chen, Jasmin...... 303, 947 Chu, Stanley...... 169 435, 1098 Canga, Sophia...... 313 Chen, Jee Wei...... 816 Chua, Justin...... 1079 Boyd-Moss, Mitchell. . . . 862, 1123 Cao, Huan...... 819 Chen, Jeffrey ...... 509 Chug, Manjyot...... 911 Bracho-Sanchez, Evelyn . . . 465, 483 Cao, Rui ...... 128 Chen, Jingming...... 15 Chung, Eun-Jae...... 1112 Braden, Rebecca...... 628 Cao, Yi ...... 76 Chen, Jiyang ...... 652 Chung, Jin Woong...... 736 Bradley, Gabrielle ...... 629 Capadona, Jeffrey...... 893 Chen, Jun...... 207 Chung, Tracy ...... 803 Brandwein, Joseph...... 712 Caplan, Michael...... 496 Chen, Jyh-Ping...... 69 Churion, Kelly...... 739 Brat, Daniel...... 811 Carbonero, Daniel...... 133 Chen, Keying...... 893 Civantos, Ana. . . . .364, 1037, 1038 Bredikhin, Mikhail ...... 692, 950 Cardwell, Nancy...... 371 Chen, Liang ...... 1071 Clare-Salzler, Michael ...... 123 Breur, Gert...... 1087 Carleton, Miranda...... 454 Chen, Matthew ...... 970 Clark, Alicia...... 609 Brewer, Erik...... 899 Carlson, Peter...... 272 Chen, Meiwan ...... 208 Clark, Kaitlin...... 443 Brey, Eric...... 701, 1133, 1137 Carmichael, Stanley...... 48 Chen, Min...... 712 Clarke, Kai ...... 637 Brigham, Christopher...... 918 Carnes, Meagan...... 840 Chen, Minna...... 635 Claudia, Claudia ...... 442 Brimeyer, Alexandra ...... 400 Carney, Sarah...... 1105 Chen, Naihan...... 482 Claure, Isabella ...... 133 Brisbois, Elizabeth...... 911 Carnicer-Lombarte, Alejandro. . 396, 892 Chen, Peng...... 436 Claussen, Jonathan...... 499 Brito, Ilana ...... 265 Carnwath, Troy...... 1130 Chen, Po-Chih...... 313 Clegg, John...... 220 Broderick, Kelsey...... 1003 Carrier, Rebecca...... 1009 Chen, Qian...... 305 Clinch, Andrea...... 505 Broderick, Scott...... 77 Carriero, Alessandra...... 317 Chen, Shiyi...... 207 Clokie, Cameron...... 163 Broekelmann, Tom...... 1105 Carrow, James...... 306, 1129 Chen, Tan-Yueh...... 713 Clough, Daniel...... 1131 Brokaw, Grace...... 1125 Cartwright, Jarrod...... 149 Chen, Weike...... 946 Cobb, Jared...... 385 Brokesh, Anna...... 850 Caruso, Eva ...... 1028 Chen, Wen...... 1071 Coburn, Jeannine . . . .145, 840, 931 Brooks, Frank...... 1133 Carvalho, Mariana...... 504 Chen, Xiaobing ...... 360 Cochran, David ...... 191 Brooks, Michael...... 828 Casanova, Marta...... 961 Chen, Xiaoyu...... 222 Coelho, Paulo...... 153, 1081, 1084 Brougham-Cook, Aidan . . . . . 486 Cascalho, Marilia...... 339 Chen, Yang...... 68 Coelho, Paulo Guilherme. . . . .831 Broughton, David ...... 110 Case, Natasha...... 687 Chen, Yen-Jung Angel ...... 906 Coffer, Jeffery...... 650 Brown, Ashley...... 11, 290, 370, 373, Casler, Victor ...... 1023 Chen, Zhaowei...... 488 Cohen, D. Joshua ...... 136 614, 767, 1070 Cason, Zelma...... 249 Chen, Zhehuan...... 869 Cohen, David...... 93, 435, 1098 Brown, Daniel...... 53 Caspers, Kiaya...... 1076 Cheng, Chi-Hui ...... 1039 Cohen, Jarrod ...... 608 Brown, Jacob...... 1133 Cassat, James ...... 945 Cheng, Hao...... 172 Cohen, Noah...... 764 Brown, Michael ...... 191, 660 Cassel, Samantha...... 897 Cheng, Jing...... 76 Cohn, Daniel ...... 1121 Brown, Mike...... 602 Castanho, Flavia...... 857 Cheng, Ke. . . . .614, 622, 652, 655, Coindre, Virginie...... 242 Brown, Milton...... 613 Castro-Raucci, Larissa...... 1033 753, 835, 1032 Colbrunn, Robb...... 929 Brown, Tobin ...... 834 Cavaleri, Christy...... 660 Cheng, Kui...... 960 Cole, Jacqueline...... 319 Browne, Kevin . . . . . 780, 781, 888 Ceccaldi, Caroline...... 174 Cheng, Lei ...... 94 Cole, Sara...... 820 Browne, Shane...... 173 Ceccato, Tova...... 142 Cheng, Ming ...... 611 Collier, Joel...... 127 Brudno, Yevgeny...... 8 Celik, Hakan...... 929 Cheng, Ming Kit...... 364 Collier, Micheal ...... 482 Bryant, Stephanie . . . . 50, 169, 284 Ceppi, Enrique...... 1018 Cheng, Nan...... 460 Collins, Jamie...... 1021 Bryers, James...... 457, 778 Cerqueira, Susana...... 46 Cheng, Yilong ...... 674 Colombani, Thibault. . . . .604, 817 Bucheger, Mark...... 910 Cetnar, Alexander...... 148 Cheon, Kwang-Hee...... 92 Comerford, Michael ...... 411 Buchwald, Peter...... 67 Cetrulo, Curtis...... 680 Chester, Daniel...... 290, 1070 Comolli, Noelle...... 732, 934 Budina, Erica ...... 735 Ceylan, Muhammet...... 741 Chhour, Peter...... 985 Conde, Joao...... 59 Buffington, Shelby...... 844, 852 Chae, Soo Jung. . . . 722, 822, 1049 Chiang, Ya-Ling...... 381 Conley, Jessica...... 441 Buie, Taneidra ...... 365, 764 Chae, SooJung ...... 1045 Chiarini, Anna...... 627 Conner, Jackson...... 468 Buksa, Chris...... 152 Chaji, Sarah ...... 1053 Chiellini, Federica...... 183 Constantinou, Pamela...... 485 Bumgardner, Joel . . . 231, 670, 671, Chakfe, Nabil...... 318 Chien, Athena ...... 1118 Contijoch, Francisco...... 201 942, 1041 Chakrabarti, Ratna...... 807 Chinn, Joseph ...... 1008

88 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

AUTHOR INDEX (CONTINUED)

Contreras, Jerry...... 777 Danis, Tori...... 89 Doi, Hisashi ...... 436 Elsawa, Sherine ...... 1012 Contreras, Mauricio...... 190 Darabi, Mohammad ...... 329 Doiron, Amber...... 256 El-Shafei, Ahmed...... 767 Convertine, Anthony...... 468 Daramola, Kaitlyn...... 175 Dolivo, David...... 772 Elumulai, Anusha...... 20 Cooper, Remy . . . . .679, 742, 1088 Darling, Nicole...... 56, 508, 896 Dollinger, Bryan...... 412 Eng, Diana...... 674 Copeland, Connor...... 43 Darling, Ross ...... 119 Doloff, Joshua...... 478 Engel, Paul...... 85 Copland, John...... 807 Dart, Bradley ...... 741 Dombroski, Jenna...... 751 Engiles, Julie ...... 114 Corbett, Daniel ...... 161 Das, Debobrato...... 947 Domingues, Rui...... 492, 762 English, Elizabeth ...... 624, 772 Corbett, Joel...... 276 Das, Subha...... 209 Dominguez, Dominic. . . . .193, 902 English, Jeryl ...... 663 Cores, Jhon ...... 622 Das, Suradip...... 779 Domínguez-Bajo, Ana...... 47 En-Leh Tsai, Samuel...... 467 Corliss, Bruce...... 342 Datz, Stefan...... 729 Dominko, Tanja ...... 772 Enrdt-Marino, Joshua...... 802 Cormode, David ...... 219, 985 David, Anu...... 338, 339 Donahue, Henry J...... 1026 Ereifej, Evon...... 893 Cornell, Nicholas...... 1013 Davidson, Jeffery...... 371 Dong, Fan...... 713 Erickson, Christopher . . . . 170, 682 Cornett, Wendy...... 357 Davidson, Matthew...... 49, 332 Dong, He...... 946 Erndt-Marino, Josh...... 848 Coronel, Maria...... 243, 270 Davis, Jennifer...... 143 Dong, Pengfei...... 784 Escobedo, Sofia...... 606 Correa, Santiago...... 247 Davis, Michael...... 613 Dong, Ping...... 922 Esquiliano, Diego ...... 832 Cosgriff-Hernandez, Elizabeth. . 200, Day, Emily...... 10 Dong, Yuxi ...... 985 Essers, Christopher...... 100 365, 764, 1136 Day, James...... 338, 339 Donius, Amalie...... 15 Esteban Florez, Fernando. . . . .245 Costa, João ...... 343, 1119 Day, John...... 52 Donta, Maxsam...... 499 Faciola Pessôa de Oliveira, Costa, Lígia...... 343 de Carvalho, Cristiana...... 498 Doron, Gilad...... 440 Paula Gabriela...... 831 Costella, Lauren. . . . 196, 394, 1003 De Long, William...... 115 Doryab, Ali...... 729 Fadera, Siaka...... 810 Coté, Gerard ...... 922 de Mattos Pimenta Vidal, Cristina. .962 Dosta Pons, Pere...... 59 Falcones, Bryan...... 54 Cottler, Patrick...... 1013 De Nardo, Luigi...... 188 Dotti, Gianpietro...... 305 Fan, Lir-Wan...... 249 Cotton, Brittney...... 281 De Toni, Teresa...... 67, 73 Douglass, Megan. . . . 433, 911, 913 Fan, Yingfang...... 1021 Coulombe, Kareen ...... 199 de Vos, Paul...... 885 D’ovidio, Tyler ...... 56, 508 Fan, Zhiyuan...... 172 Cowden Dahl, Karen...... 988 Dean, Delphine. . . . 755, 809, 1028 Drake, James...... 970 Fang, Madeline...... 857 Cox, Christopher...... 1086 Dedas, Rachel ...... 51 Drashansky, Theodore. . . . 122, 123 Farahani, Payam...... 930 Cox, Martijn...... 192 Deery, Hannah Grace ...... 962 Dravid, Vinayak ...... 218 Farhadi, Shaheen...... 465, 483 Coyan, Garrett...... 202 DeForest, Cole. . 7, 348, 411, 838, 930 Drelich, Jaroslaw...... 644, 648 Farre, Ramon...... 54 Cras-Meneur, Corentin. . . . . 1131 DeGeorge, Brent...... 1013 Dryg, Ian...... 778, 889 Farris, Ashley...... 516 Crawford, Kaitlyn...... 859 DeGroot, Andre...... 313 Du, Wenjun...... 65 Fatemi, Ali ...... 709 Crawford, Lars...... 778, 889 DeJulius, Carlisle...... 412 Du, Yingying...... 1110 Faugeroux, Julie ...... 903 Crawford, Sean ...... 319 Del Castillo, Hector...... 933 Du, Yiqin...... 445 Faulon Marruecos, David. . . . .284 Creason, Sharon...... 316 Delbuque Guerra, Fernanda. . 231, 671 Duan, Bin...... 513, 784, 806 Fawcett, James ...... 892 Creighton, Rachel...... 63 Delparastan, Peyman ...... 76 Duan, Chongwen. . . . 107, 620, 865 Fay, Meredith...... 370 Cronstein, Bruce ...... 153, 1084 Delplace, Vianney...... 467 Duan, Jimei ...... 664, 847 Fecek, Ronald ...... 413 Cross, Lauren. . . . . 306, 850, 1129 DeMaria, Andrew...... 677 Duan, Tianbi...... 289 Feinberg, Adam. . . . .53, 445, 511, Crouch, Brian...... 693 DeMaria, Anthony...... 201, 628 Duan, Yuanyuan...... 657 514, 1068 Cruz, Mache...... 210 Deng, Christopher...... 897 Dubey, Prachi...... 616 Feit, Corbin ...... 911 Cui, Shujun...... 395 Deng, Jingyao...... 435 Duda, John...... 780 Fellows, Benjamin...... 755 Cui, Tracy...... 308 Deng, Ying...... 949 Dufour, Thierry...... 634 Feng, He...... 893 Cui, Xinyan...... 283 Dente, Michael...... 789 Dumanian, Zari...... 154 Feng, Ruyan...... 914 Cui, Yixiao...... 5, 820 Deo, Kaivalya...... 1090 Duncan, Francesca ...... 88 Feng, Yi...... 57 Culbreath, Clayton...... 908 Derwin, Kathleen...... 929 Dunn, Andrew ...... 313 Fenn, Michael...... 491 Cullen, D...... 878 Desai, Ashav...... 1009 Durkes, Abigail...... 1087 Ferber, Shiran...... 266 Cullen, D. Kacy. . . . . 779, 780, 781 Deshpande, Monica ...... 233 Duvall, Craig...... 157, 371, 412 Ferguson, Stephen ...... 19 Cullen, Daniel...... 888 Deshpande, Rucha ...... 1029 Duvvuru, Murali Krishna . . .941, 1012 Ferguson, Virginia...... 50 Cunningham, Craig...... 422 DesJardins, John...... 952 Dvornik, Michael ...... 133 Fernández, Katherina ...... 770 Curry, Andrew...... 103 Dessi, Mariagemiliana...... 607 Dzidotor, Godwin...... 184 Ferraz, Emanuela...... 1033 Curtis, Chad...... 605 Detamore, Michael...... 762 Earley, Elisha...... 644, 648 Ferreira, Helena...... 957 Curtis, Tyler...... 986, 990, 992 Devorkin, Joshua...... 364 Early, Ryanne . . . . .163, 1095, 1104 Ferreira, Tracie...... 918 Cuthbert, Julia...... 209 Dewan, Prerona...... 637 Ebendick-Corpus, Bonnie. . . . .602 Fettis, Margaret...... 79, 465 Czirock, Andras...... 800 Deweshwar, Nikhil...... 392 Eberth, John...... 984 Feuer, Zachary...... 170, 682 Daffinee, Kathryn...... 1020 Dewey, Marley...... 125 Ebong, Eno ...... 611 Fields, Francisco ...... 260 Dahal, Shataakshi...... 804 Dhaliwal, Harkiranpreet...... 763 Ecker, Melanie...... 391 Figarol, Agathe ...... 141 Dai, Guohao...... 344 Dhar, Madhu...... 788 Eckstein, Daniel...... 1081 Figueroa, Toribio...... 770 Dai, Jing...... 490 Dharmadhikari, Kunal...... 1126 Edsall, Peter...... 1004 Filip, Alex...... 158 Dai, Ran ...... 973 Dhavalikar, Prachi...... 1136 Edwards, Andrew...... 295 Finamore, Tyler...... 991 Daigou, Mizoguchi ...... 974 Dias, Andrew...... 870 Eggert, Matthew...... 506 Finklea, Ferdous...... 629 Dailey, Hannah...... 115 Diaz, Miranda...... 628 Eid Radwan, Ahmed...... 763 Fiorellini, Joesph...... 191 Dal Pra, Ilaria ...... 627 Diaz Rodriguez, Patricia . . . . . 848 Eiseman, Andrew...... 1003 Firipis, Kate...... 862, 1123 Daly, Andrew ...... 49 Dickman, Christopher...... 23 Ekdahl, Kristina ...... 842 Firoozi, Negar ...... 1096

D’Amore, Antonio...... 202 Didar, Tohid...... 903 Ekenseair, Adam . . . . . 1077, 1101 Fischbach, Claudia ...... 1060 Dana, Reza...... 1120 Diller, Robert ...... 193, 902 Elbert, Donald...... 1097 Fishbein, Ilia...... 33 Dandy, Aamina...... 708 Ding, Xiaochu...... 147 El-Ghannam, Ahmed...... 387 Fisher, Bryant...... 204 Daneshmand, Mani...... 652 Ding, Zhaozhao...... 1083 Elghazali, Nafisa...... 152 Fisher, John ...... 152, 235 Daneshmandi, Leila...... 102 Dinglasan, Rhoel...... 748 Elias, Carlos...... 140 Fitzpatrick, Emmet...... 33

Dang, Allyson...... 866 Dinh, Phuong-Uyen...... 622 Elisseeff, Jennifer...... 268 Fitzpatrick, Lindsay ...... 282 LISTINGS & INDEXES Dang, Jocelyn ...... 212 Diogo, Gabriela...... 1046 Elizondo, Maryam...... 1052 Fletcher, Nathan ...... 170, 682 Dang, Megan...... 10 Dirks, Peter...... 507 Ellis, Morgan ...... 203 Florczyk, Stephen...... 807, 1054 Dang, Tram...... 68, 213 DiStasio, Nicholas...... 75 Elmer, Jacob...... 934 Flores, Guadalupe...... 832 Dang, Yu...... 214, 621, 696 Dogan, Alan...... 675 Elmi Vergel, Filippo...... 857 Flores, Roberto ...... 153 Daniel, Susan...... 1060 Doh, Kyung-Oh...... 703 Elpers, Maggie...... 686 Flynn, Lauren...... 1109 Daniele, Michael ...... 1070 Fontan, Francisco ...... 170, 682

2019.biomaterials.org 89 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

AUTHOR INDEX (CONTINUED)

Forbes, Thomas...... 319 Gianino, Elizabeth...... 766 Grigsby, Christopher...... 616 Han, Woojin...... 455 Ford, Audrey ...... 19 Gies, Evan...... 991 Grim, Joseph...... 221, 296, 834 Hanawa, Takao...... 436 Ford, Ericka ...... 925 Gil, Dmitry . . . 258, 1019, 1020, 1021 Grindy, Scott. . . . . 258, 1019, 1020 Handa, Hitesh . . . 433, 911, 913, 944 Forooshani, Pegah...... 943 Gilbert, Jeremy . . . . .16, 250, 1008 Groff, Dustin...... 157 Hang, Yingjie...... 36, 980 Fortin, Chelsea...... 346 Gilbert-Honick, Jordana. . . . . 403 Gross, Christopher...... 950 Haq-Siddiqi, Nada...... 17 Fosang, Amanda...... 134 Gilchrist, Aidan...... 292, 775 Gross, Richard...... 848 Harada, Ayaka...... 974 Francis, David...... 484 Gildenhaar, Renate ...... 1050 Gruber, Andras...... 29 Harada, Hiroyuki ...... 710 Francis, Lewis...... 874 Gillespie, Callan...... 929 Grunlan, Melissa . . . . 248, 665, 922 Haraldsson, Henrik ...... 615 Francisco, David...... 356 Gillies, Elizabeth ...... 1109 Gu, Linxia...... 784 Harding, Sian...... 616 Frank-Kamenetskii, Anastasia. .821, 993 Gillispie, Gregory...... 1052 Gu, Yan...... 669, 914 Hargita, Michelle...... 160 Franze, Kristian...... 892 Gilmore, Jordon...... 766 Gu, Zhen...... 305 Harley, Brendan. . . . 125, 164, 186, Fraser, David...... 471 Gimenes, Rossano...... 672 Gu, Zhongwei...... 684 292, 340, 775, 791, 816 Frayman, Rylie...... 235 Gionet-Gonzales, Marissa. . .443, 456 Guajardo, Sebastián ...... 770 Harman, Melinda...... 281 Freddi, Giuliano...... 497, 627 Giselbrecht, Stefan ...... 504 Guan, Jianjun...... 214, 621, 696 Harms, Victoria...... 790 Free, Kendall ...... 516 Giuseppetti, Anthony...... 245 Guan, Ya...... 214, 621, 696 Harp, Mary...... 370 Freeman, Harold...... 900 Gleason, Thomas...... 204 Guda, Teja ...... 116, 155, 958, Harriman, Rian...... 472, 882 Freeman, Sabrina...... 465, 483 Gleghorn, Jason ...... 288, 866 1030, 1059, 1115 Harrington, Daniel...... 485 Freitas, Gileade. . . . 140, 672, 1033 Godula, Kamil ...... 325 Gudesala, Sudhakar ...... 375 Harrington, Kristin...... 702 Friend, Nicole ...... 600, 618 Goh, Bee Tin ...... 307 Guelcher, Scott . . . . .157, 371, 945 Harrington, Maya...... 93 Friis, Elizabeth...... 18, 108, 422 Gok, Ozgul...... 709 Guenster, Jens...... 1050 Harris, Bryana...... 203 Frizzell, Hannah...... 749 Golabchi, Asiyeh...... 283 Guerra, Fernanda...... 670 Harris, Emily...... 934 Frost, Megan...... 366 Gold, Karli...... 51 Guerrero, Edgar...... 391 Harris, Jeremy ...... 27 Frukhtbeyn, Stanislav...... 245 Goldberg, Drew...... 635 Guerry, Alexandre...... 174 Harrison, Zoe...... 367, 942 Fu, Shengxiang ...... 757 Golding, Madelyn...... 30 Guida, Lidia...... 90 Hart, Melanie...... 873 Fujisato, Toshiya. . . . . 90, 631, 858 Goldman, Jeremy . . . .644, 646, 648 Guillory, Roger. . . . . 644, 646, 648 Hartfield, Rachel ...... 124 Fujiwara, Tomoko...... 670, 1041 Goldstein, Aaron...... 401 Guldberg, Robert ...... 137 Harukaze, Hiroki...... 90 Funderburgh, James...... 445 Golla, Brahma Raju...... 1014 Gunasekaran, Subramanian. . . 1086 Hasan, Anwarul ...... 760, 769 Fung, Stephanie...... 70, 608 Gomes, Manuela...... 492, 762 Günay, Kemal...... 142 Hasegawa, Urara...... 912 Funk, Grahmm...... 101 Gómez-Florit, Manuel...... 762 Guo, Gaoyang...... 31, 619 Hashimoto, Yoshihide. . . . 631, 858 Gabriele, Peter...... 27 Gomillion, Cheryl...... 797, 1053 Guo, Jason...... 85 Hassani, Iman. . . . . 501, 506, 1066 Gabrion, Charles...... 1116 Gonçalves, Ana...... 492 Guo, Kai...... 901 Haugen, Håvard...... 855 Gadalla, Dina...... 401 Gonçalves de Almeida, Guo, Ting...... 152 Hayashi, Koichiro...... 187 Gaerke, Brian...... 909 Adriana Luisa...... 831 Gupta, Avi...... 32 Haynie, Allison...... 663 Gaetani, Roberto...... 613, 628 Gong, Shaoqin...... 272 Gurczynski, Stephen ...... 466 Hays, Madeline ...... 136 Gaffey, Ann...... 635 Gong, Xuan ...... 741 Gurram, Narayana...... 656 He, Brian...... 255 Gaharwar, Akhilesh . . . . . 51, 306, Gonyea, Cailin...... 840 Gurumurthy, Bhuvaneswari. . . . 249 He, Jing ...... 826 509, 850, 1090, 1129 Gonzales, David...... 1106 Gustafson, Elisabet...... 842 He, Li...... 399 Gaihre, Bipin ...... 96, 1047 Gonzalez, Anjelica...... 803 Guvendiren, Murat ...... 149 He, Mei...... 1063 Galarraga, Jonathan...... 510 Gonzalez, Grecia...... 116 Gyu Hwang, Dong...... 1062 He, Songmin ...... 869 Gale, Emily...... 120, 750 Gonzalez Rodriguez, Andrea. 135, 653 Ha, Junkyu...... 714 He, Ting...... 767 Gall, Ken...... 106 Gonzalez-Fernandez, Tomas. . . .489 Ha, Sang Su...... 771 He, Wenhan...... 647 Gallovic, Matthew...... 482 González-Mayorga, Ankor . . . . .47 Haack, Amanda...... 52 He, Xuzhao...... 960 Galuppo, Larry...... 443 Gonzalez-Vargas, Yarelis. . . . . 239 Haas, Evan...... 18, 108 Healy, Kevin. . 173, 295, 345, 392, 615 Gamble, Laura...... 1044 Good, Jacob ...... 414 Habbit, Nicole. . . . .501, 506, 1066 Hedden, Brian...... 90 Ganapathy, Kavya ...... 807 Goodwine, James...... 256 Habibi, Nahal...... 880 Hedge, Melanie...... 993 Ganatra, Amit...... 901 Gopalakrishnan, Ranganathan. . 1041 Habibović, Pamela...... 504 Hefferon, Meghan...... 342 Gantz, Daniel...... 855 Gopalan, Padma...... 870 Haddad, Katherine ...... 754 Heim, Frederic...... 318 Gao, Botao...... 823 Gordian-Velez, Wisberty. . . 780, 781 Haegawa, Urara...... 967 Heimbach, Bryant ...... 109 Gao, Changyou. . . . .126, 215, 374 Gormley, Adam. . . . . 80, 223, 935 Hagmann, Sébastien...... 100 Heise, Rebecca ...... 55 Gao, Leiming...... 19 Gosh, Deepanjan...... 375 Hague, Richard ...... 895 Heldt, Caryn...... 366 Gao, Ning...... 214, 621, 696 Gössl, Dorothee...... 729 Hahn, Mariah...... 802, 848 Helm, Eric...... 122 Garcia, Emma...... 152 Gottardi, Riccardo...... 183 Hahn, Sei Kwang...... 376 Helm, Kaila...... 781 Garcia, Kyle ...... 276 Goudie, Marcus...... 433, 913 Hainline, Kelly ...... 127 Helms, Sarah ...... 952 García, Andrés. . . . .137, 257, 270, Goverman, Jeremy ...... 772 Hajfathalian, Maryam...... 985 Helquist, Paul...... 81 368, 455, 774, 775, 876, 885 Gower, Michael ...... 285 Hakamivala, Amirhossein . .72, 801, 966 Henderson, James. .144, 844, 852, 1072 García, José...... 774 Graca, Jacob ...... 667 Haley, Rebecca...... 61 Hendley, Michael...... 285 Gargus, Emma...... 337 Graf, Tyler...... 735 Hall, Franklyn...... 813 Hendrix, Andrew...... 945 Garon, Alex ...... 1023, 1075 Graham, Daniel...... 1044 Halman, Justin...... 740 Hendrix, David...... 414 Gaskins, H Rex...... 816 Grant, David...... 940 Hamadani, Christine...... 26 Heng, Jerry...... 1042 Gattas-Asfura, Kerim...... 959 Grant, James...... 431 Hamilton, Dale...... 874 Heniford, Todd...... 281 Gaudette, Glenn...... 772 Grassi, Shannon...... 496 Hammersley, Margaret . . . .338, 339 Heon, Mikala ...... 1063 Gelinsky, Michael...... 150 Gray, David...... 162 Hammond, Paula...... 246 Hermanns, Mandy...... 1028 Ger, Tzong-Rong...... 713 Grayson, Warren ...... 403, 516 Hammond, Willis...... 904 Hernandez, Melissa...... 898 Geraldo Mendes, Gabriela. . . . .35 Green, Erika...... 707 Hamzah, Rabab...... 788 Herzog-Arbeitman, Abraham. . . 920 Gerecht, Sharon...... 651, 813 Green, Jordan . . . 211, 271, 355, 356 Han, Arum ...... 490 Hess, Brian...... 191, 602, 660 Gershlak, Joshua...... 772 Greene, Michael ...... 501 Han, Biao...... 129 Hewitt, Holly...... 1095, 1104 Geuna, Stefano...... 497 Greenier, Madeline...... 387 Han, Chendong...... 256 Heyn, Chinthaka...... 970 GeunHyung, Kim...... 1048 Gregory, Arica ...... 686 Han, Cheol-Min...... 92, 738 Hibbard, Nicolas...... 602 Ghadri, Najib...... 231 Gregory, Carl...... 291, 1129 Han, Dong Keun . . . . 638, 642, 849 Hickey, Kassondra...... 496 Ghahary, Aziz...... 758 Griffey, Sy...... 836 Han, Haobo...... 747 Hicks, Emily Anne ...... 451 Ghannadian, Paria...... 112, 977 Griffin, Donald. . . . .404, 851, 1013 Han, Lin...... 129, 330 Hiers, Rochelle...... 245 Ghezzi, Chiara...... 1002 Grigoropoulos, Costas ...... 345 Han, Seulgi...... 376 Highley, Christopher...... 997 Ghobrial, Nardine...... 755 Grigoryan, Bagrat . . . . . 161, 1056 Han, Weiguo ...... 1012 Hijaz, Adonis ...... 929

90 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

AUTHOR INDEX (CONTINUED)

Hilburger, Claire...... 326 Hunckler, Michael ...... 137, 270 Jayawardena, Hapuarachchige Jung, Eunkyeong...... 74, 752 Hildreth, Michael...... 1126 Hung, Chia-Sheng...... 1039 Surangi...... 210 Jung, Hong-Hee ...... 275 Hill, Jennifer...... 204 Hung, Hsiang-Chieh...... 434 Jeffreys, Nicholas...... 295 Jung, Hyun-Do...... 1024 Hill, Lindsay ...... 58, 441 Hunter, Christine...... 791 Jennings, J. Amber...... 367 Jung, Juhyung...... 499 Hilton, Sarah...... 372 Hushka, Ella...... 834 Jennings, Jessica...... 942 Junkar, Ita...... 640 Hinds, Monica ...... 29, 32, 643 Husseini, Ghaleb...... 705 Jeon, Oju...... 156, 845 Jyotsana, Nidhi ...... 751 Hines, Gary...... 111 Hwang, Billanna...... 457 Jeong, Da-Bin ...... 703 K, Shivkumar...... 1014 Hinton, Thomas. . . . . 53, 511, 514 Hwang, Changha...... 636, 1036 Jeong, DaUn ...... 676 K.C., Remant ...... 712, 745 Hirano, Yoshiaki...... 1035 Hwang, Geelsu...... 255 Jeong, Da-Won...... 642 Kaar, Joel ...... 284 Hirata, Isao...... 1085 Hwang, Mintai...... 413 Jeong, Hyeon...... 156 Kabanov, Alexander ...... 12 Ho, Eric...... 469 Hyun, Hyejin...... 752 Jeong, Lipjeong...... 74 Kaewkong, Pakkanun ...... 727 Hoang, Plansky ...... 345 Iatridis, James ...... 17 Jeong, Seol-Ha ...... 1036 Kai, Yagoshi ...... 645 Hoekstra, Tayler...... 949 Ibrahim, Maria...... 95 Jeong, Young Hun...... 1082 Kajave, Nilabh...... 491, 1122 Hofheinz, Olivia...... 789 Ichimaru, Hiroaki...... 974 Jergens, Elizabeth...... 5 Kaji, Hirokazu...... 733 Holley, Claire ...... 690 Iglič, Aleš ...... 640 Jeruss, Jacqueline...... 124 Kakinoki, Sachiro...... 1035 Hollingshead, Sydney...... 277 Imado, Eiji...... 1085 Jeschke, Marc ...... 460 Kalelkar, Pranav...... 257 Hollister, Scott...... 1114 Imaninezhad, Mozhdeh...... 441 Jewell, Christopher...... 481 Kalinec, Federico...... 906 Holloway, Julianne...... 185 Inamdar, Vaishali ...... 33 Jeyapalina, Sujee...... 603, 939 Kalwajtys, Veronica ...... 260 Holyoak, Derek ...... 118 Ingavle, Ganesh...... 443 Jhan, Yong-Yu ...... 414, 730 Kalyon, Dilhan ...... 734 Hong, Liu...... 399 Injamuri, Sahitya...... 658 Jhita, Navdeep...... 121 Kam, Lance...... 883 Hong, Seojin ...... 744, 746 Intini, Giuseppe...... 91 Ji, Shen...... 149 Kamat, Neha ...... 326 Hong, Seri...... 752 Irie, Shinji...... 856 Jiang, Bin...... 620, 865 Kambhampati, Siva...... 709 Hong, Yi...... 34, 344 Irvin, Jennifer...... 827, 830 Jiang, Jiafeng...... 384 Kampschulte, Marian...... 1050 Hong, Yu-Tong...... 965 Irvine, Derek...... 777 Jiang, Jianhao...... 741 Kanetkar, Ninad...... 1101 Hong, Zhongkui...... 649 Isaac, Alisa...... 286 Jiang, Kaiyuan...... 60 Kang, Byung-Jae...... 87 Hopf, Juliane...... 81, 260 Isali, Ilaha...... 929 Jiang, Pengfei ...... 448 Kang, Eun Young...... 638 Hopkins, Sean . . . 433, 911, 913, 944 Isely, Christopher...... 285 Jiang, Shaoyi...... 434 Kang, Ingu ...... 92 Hopson, Michael...... 874 Ishihara, Kazuhiko ...... 823 Jiang, Shuaibing ...... 36, 953 Kang, In-Gu ...... 738 Horimoto, Kotaro...... 1085 Ishikawa, Kunio ...... 187 Jiang, Xiaoyan...... 712 Kang, Jason...... 919 Horn, Elizabeth ...... 101 Itoi, Eiji...... 1094 Jiang, Xinquan...... 854 Kang, MungSoo...... 989 Horowitz, Robert...... 661, 662 Ivanov, Vladimir...... 692 Jin, Albert...... 381 Kang, Sebyung...... 695, 989 Hossainy, Samir ...... 173 Iwakoshi, Nicholas...... 786 Jin, Linhe ...... 31 Kang, Yunqing...... 1093, 1096 Hou, Shaoping...... 697 Iwasaki, Norimasa...... 776 Jin, Rongrong. . . .360, 664, 757, 847 Kannan, Sujatha...... 709 Houk, Christopher...... 665 Iwasaki, Yasuhiko...... 824 Jin, Seokha...... 989 Kant, Rajeev...... 199 Howard, Gregory...... 748 Iyer, Shama...... 403 Jin, Songwan...... 1064 Kaplan, David. . . 431, 702, 789, 1002 Howard, Leah...... 1040 Jackson, Amber...... 997 Jin, Wanyu ...... 31, 619 Käpylä, Elli ...... 23 Howard, MayLin...... 246 Jackson, Kyle...... 499 Jin, Weihong ...... 854 Kar, Ronit ...... 764 Howell, David...... 35 Jacobs, Kane...... 446 Jing, Lihong...... 210 Kar, Sumanta ...... 805 Hsieh, Jer-Tsong ...... 801 Jacobs, Miranda ...... 326 Jivan, Faraz...... 995 Karabin, Nicholas...... 131 Hsu, Hao-Lung...... 69 Jacobs, Thomas...... 104 Jo, Ara...... 736 Karam, Joshua...... 494 Hsu, Jessica...... 219, 985 Jacobson, Max...... 708 Jo, Heejung...... 685 Kardajian, Maria...... 100 Hu, Ao...... 360 Jacobson, Sarah...... 879 Jo Davisson, Vincent...... 81 Karde, Vikram...... 1042 Hu, Can...... 452 Jacot, Jeffrey...... 200, 630, 632 Johansson, Fredrik...... 346 Karumbaiah, Lohitash...... 811 Hu, Qi-Ying...... 25 Jadia, Rahul...... 602, 660 John, Johnson...... 1089 Kasahara, Hideko...... 314 Hu, Shiqi. . . 622, 655, 753, 835, 1032 JaeYoon, Lee...... 1048 Johnson, Christopher. . . . 257, 368 Kashemirov, Boris...... 26 Hu, Yang...... 1077 Jaffe, Michael...... 904 Johnson, Eileen...... 125 Kashiyama, Noriyuki ...... 202 Hu, Yizong ...... 358, 470 Jain, Abhishek...... 51 Johnson, Emil...... 384 Kasper, Fred...... 663 Hu, Zhiai...... 117 Jain, Era ...... 687 Johnson, Haden...... 388 Kasper, Mary...... 783 Huang, Baolin ...... 227 Jain, Ishita...... 486 Johnson, Jennifer ...... 29 Kassab, Rayan ...... 190 Huang, Danyang...... 796 Jain, Ritika ...... 674 Johnson, Jessica...... 688, 890 Kassam, Hussein ...... 647 Huang, Joyce...... 890 Jaisawal, Manish ...... 1090 Johnson, Josh ...... 827 Kathard, Rahul...... 290 Huang, Ke. . .614, 622, 753, 835, 1032 Jaiswal, Manish ...... 1129 Johnson, Julian ...... 894 Katiyar, Kritika...... 779, 781 Huang, Ngan...... 617 Jaklenec, Ana...... 210, 735 Johnson, Mark...... 450 Kato, Koichi ...... 1085 Huang, Yan...... 975 Jakus, Adam...... 154, 194 Johnson, Morgan...... 387 Katti, Dinesh...... 805 Huang, Yihan...... 1025 James, Brian...... 62 Johnson, Pamela...... 100 Katti, Kalpana...... 805 Huang, Yihui...... 72, 966 James, Bryan...... 814 Johnston, Erik ...... 905 Katz, Lauren...... 233 Huang, Yin-Chou...... 713 James, Paul ...... 1051 Jones, Andrea...... 335 Kaufman, Dixon...... 241 Huang, Yi-You ...... 610 Jamiolkowski, Megan...... 30 Jones, Ellery...... 133 Kaunas, Roland ...... 1129 Huang, Yue-Wern...... 98, 658 Jang, Eui Hwa ...... 83 Jones, Reis...... 384 Kawak, Paul ...... 705 Huang, Yu-hui...... 154 Jang, Ilho...... 1064 Jordan, Jahnelle ...... 871 Kawamura, Akifumi...... 86, 860 Huang, Zhuojun...... 76 Jang, Jae-Hyung...... 699 Jordan, Sumanas...... 154 Kawasaki, Riku...... 710

Huang-Saad, Aileen ...... 600 Jang, Jinah...... 1062 Joshi, Aditya...... 373 Kay, George...... 191, 660 Hudalla, Gregory. . . . 79, 465, 483, Jang, Tae-Sik . . . . . 252, 636, 1024 Joshi, Neil...... 70 Ke, Chun-Yu...... 147 915, 917, 996 Jang, Young...... 455 Joshi, Pratik ...... 366 Ke, Xiyu...... 748 Huddleston, Samantha. . . 107, 1027 Janorkar, Amol...... 232, 249, Joshi-Imre, Alexandra...... 394 Keenum, M...... 121 Hudson, Andrew. . . . .53, 511, 514 385, 388, 868 Joung, Yoonki ...... 275 Kellar, Robert...... 193, 902

Hudson, Samuel...... 767 Janssen, William ...... 284 Jourdain, Rubens...... 84 Kelly, Cambre...... 106 LISTINGS & INDEXES Huebsch, Nathaniel. . . . . 295, 392 Jaramillo, Camilo...... 364, 1037 Joyce, Thomas...... 105 Kelly, Sean ...... 879 Hugard, Shannon...... 258 Jardim, Kyle...... 692 Judge, Melissa...... 809, 1028 Kempfle, Judith...... 26 Hughes, Emily ...... 216 Jarrell, Dillon ...... 200, 630 Jui, Elysa...... 1115 Kennedy, Stephen...... 216 Humayun, Ahmed...... 20 Jasper, Shanese...... 506 Juliar, Benjamin...... 146 Kenny, Sam...... 812 Humblot, Vincent...... 634 Jayasuriya, Champa. . . . . 96, 1047 Jumelle, Clotilde...... 1120 Keown, Andrew...... 489 Humphrey, Eleanor...... 616 Jung, David ...... 26

2019.biomaterials.org 91 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

AUTHOR INDEX (CONTINUED)

Kerr, Matthew...... 267 Kim, Sungwoong...... 265 Kuhl, Michael...... 150 Lee, Ching-Wei ...... 186 Kerscher, Petra...... 347 Kim, Tae-Hee...... 845 Kukla, David...... 486 Lee, Daehyung...... 275 Kersey, Anna...... 850 Kim, WonJin. . . 722, 822, 1045, 1049 Kulkarni, Ashish...... 130 Lee, Dongwon...... 74, 752 Keselowsky, Ben...... 123 Kim, Yoojin...... 699 Kumar, Alok ...... 162, 1132 Lee, Eun-Jung...... 963 Keselowsky, Benjamin. . 122, 465, 483 Kim, Yoon-Seok...... 698 Kumar, Rajiv...... 611 Lee, Hoi Chang...... 337 Keun Lee, Jung ...... 375 Kim, Youjoung...... 893 Kumar, Sanjay...... 812 Lee, Hyun...... 252 Kewalramani, Neal...... 1126 Kim, Yu Seon ...... 85, 1118 Kumar, Vivek...... 421 Lee, I-Chi ...... 810 Khajotia, Sharukh...... 245 Kim, Yunha...... 699 Kumar Jammu, Tarun...... 639 Lee, Jae ...... 46 Khalifa, Ahmad...... 929 Kimura, Tsuyoshi . . . . .90, 631, 858 Kumbar, Sangamesh...... 184 Lee, JaeYoon. . .722, 822, 1045, 1049 Khan, Mostofa Kamal ...... 23 King, Julia...... 681 Kundu, Joydip...... 1009 Lee, Jeoung Soo. . . . 359, 677, 740 Khan, Yusuf...... 165 King, Martin. . . .233, 315, 319, 386, Kunwar, Puskal...... 158 Lee, JeoungSoo...... 357, 676 Khanal, Shalil...... 825 623, 652, 655, 767, 925, 1025, 1078 Kurgansky, Gregory...... 153 Lee, Jina...... 1024 Khang, Gilson...... 768 King, Michael...... 78, 505, 751 Kuriakose, Aneetta E...... 34 Lee, JiUN. . . . 722, 822, 1045, 1049 Khang, Min Kyung...... 72, 966 Kinney, Sean...... 242 Kurlbaum, Cecilia...... 857 Lee, JiYong...... 83, 447 Khang, Minsoo...... 787 Kinoshita, Naoya...... 710 Kurtz, Steven ...... 606, 907 Lee, John...... 25 Khare, Prachi ...... 748 Kintslinger, Ian...... 244 Kushiki, Yohei...... 1010, 1011 Lee, Jong Ho...... 771 Kheirkhah, Ahmad...... 1120 Kiratiwongwan, Tawan...... 1102 Kuss, Mitchell...... 513, 784, 806 Lee, Jong-Kook...... 795 Khetani, Salman...... 486 Kirby, Mitchell...... 143 Kusuhara, Atsuko...... 88 Lee, Junseok ...... 1006 Khoo, Amelia...... 199 Kirian, Robert...... 1067 Kwan, Michael...... 859 Lee, Juwon...... 205 Kiani, Amirkianoosh...... 976 Kirillova, Alina...... 106 Kwesiga, Maria...... 1076 Lee, Katherine...... 138 Kibbe, Melina...... 647 Kishida, Akio...... 90, 631, 858 Kwiatkowski, Alex ...... 123 Lee, Ki-Bum...... 46, 487, 983 Kilbourne, Jacki...... 375 Kishida, Ryo...... 187 Kwiatkowski, Alexander...... 122 Lee, Kuen Yong...... 1058 Killaars, Anouk...... 296, 834 Kishore, Vipuil ...... 491, 1122 Kwon, Mi...... 289, 330, 510 Lee, Kyongbum...... 789 Kilmer, Claire ...... 1087 Kitamura, Naoyuki. . . . .1010, 1011 Kyaw, Kaung...... 974 Lee, Melissa...... 819 Kilway, Kathleen...... 101 Kitano, Shiro...... 176 Kyriakides, Themis...... 1099 Lee, Melissa Kao Hui...... 439 Kim, Bieong-Kil ...... 703 Kitsara, Maria...... 634 Labroo, Pratima...... 827, 830 Lee, Min Suk...... 761 Kim, Byungduk...... 1111 Kizhakkedathu, Jayachandran. . 704, 951 Lacko, Christopher . . . . . 314, 783 Lee, Minhyung...... 714, 716 Kim, Chun-Ho...... 1127 Klein, Mia...... 647 Lahann, Joerg ...... 828, 880 Lee, Minkyu ...... 252, 636 Kim, Deok-ho...... 1065 Kloxin, April...... 897 Lahm, Ryan...... 910 Lee, Mu-Huan ...... 332 Kim, Eunjoo...... 968 Knabe, Christine ...... 1050 Lai, Emerson...... 224 Lee, Ok Joo...... 768 Kim, Gahyun...... 128 Knowles, Jonathan...... 924 Lai, Ping-Shan ...... 756 Lee, Roni...... 290 Kim, Geun Hyung ...... 1049 Kobayashi, Jun...... 837 Laimo, Franco ...... 779 Lee, Sang...... 1052 Kim, GeunHyung. . . .722, 822, 1045 Kobayashi, Mako...... 631, 858 Laister, Rob...... 794 Lee, Sang Jin...... 156 Kim, Gloria...... 71 Kodamasimham, Swetha. . . . . 607 Lakey, Jonathan...... 128 Lee, Sang-Jin...... 151 Kim, Gyeungyun ...... 714 Kodibagkar, Vikram...... 43 Lakota, Katja...... 640 Lee, Seunghyun...... 275 Kim, HaeRi...... 722 Koesser, Kevin ...... 870 Lakshmi, Prasad...... 318 Lee, Shaun...... 260 Kim, Hansol ...... 989 Koetting, Michael ...... 971 Lalitha Sridhar, Shankar...... 169 Lee, Soo-Hong...... 849 Kim, Hee Joong...... 1128 Kohn, Joachim. . . . . 70, 162, 287, Lam, Johnny...... 85 Lee, Stacey...... 812 Kim, Hye Jin...... 1113 498, 608, 680, 782, 785, 799, 836 Lam, Wilbur...... 370, 774 Lee, Ulri...... 52 Kim, Hyoun-Ee . .92, 252, 636, 738, 1036 Kohut, Marian...... 119 LaMastro, Veronica ...... 899 Lee, Wenhan ...... 344 Kim, Hyun...... 839 Komarov, Sergey...... 1133 Lambrechts, Dennis...... 516 Lee, Woo ...... 869 Kim, Hyun Seung...... 1058 Kondo, Mayuka...... 631 Lamm, Robert ...... 674, 719 Lee, Yein...... 849 Kim, Hyung Joon...... 784 Kong, Hyunjoon...... 965 Lampe, Kyle...... 45, 342 Lee, Young Jin...... 768 Kim, Ik Hwan...... 638 Konishi, Yukinori...... 1011 Lan, Fang...... 1031 Lee, Young Ki...... 716 Kim, In Gul...... 1112 Konisky, Hailey...... 402 Lan, Ziyang...... 764 Lee, Yu Bin...... 156 Kim, Jaewook...... 1062 Konno, Tomohiro...... 823 Landes, Susan ...... 370 Leeth, Rachel...... 836 Kim, Jeong Koo...... 1006 Kontoyiannis, Dimitrios...... 955 Lane, Brooks...... 984 Lefebvre, Louis-Philippe. . . . . 188 Kim, Jinku...... 1111 Kontoyiannis, Panayiotis. . . . . 955 Lane, Michael...... 44 Legris, Manon ...... 634 Kim, Jinyoung . . . . . 92, 636, 1036 Koo, Hyun...... 255 Lange, Dirk...... 951 LeGuyader, Clare...... 468, 689 Kim, Jin-Young...... 738 Koo, Sangmo...... 345 Langer, Robert. . . 210, 266, 478, 735 Lehoux, Stephanie...... 75 Kim, John...... 168 Koo, Songmi...... 1051 Langert, Kelly...... 701 Lehtinen, Justin...... 100 Kim, Johoon...... 985 Koo, YoungWon...... 722 Langton, David...... 105 Lei, Yang...... 31, 619 Kim, Joowon ...... 699 Kopyeva, Irina...... 336, 861 Lannutti, John ...... 448 Lein, Karolena ...... 932 Kim, Jung-Hee...... 968 Kord Forooshani, Pegah. . . . . 366 LaPlante, Kerry...... 1020 Leinwand, Leslie...... 296 Kim, Jung-Hwan...... 83 Koren, Klaus...... 150 Laranjeira, Inês...... 957 Lellouch, Alexandre...... 680 Kim, Junhyung...... 87 Kosater, Westin ...... 247 Larranaga-Vega, Ane...... 1084 Lembong, Josephine . . . .152, 1067 Kim, JuYeon...... 1045 Kosorn, Wasana...... 727 Larusson, Fridrik...... 210 Lennon, Mallory...... 200, 630 Kim, Ki-Taek...... 359, 740 Kosuri, Shashank. . . 80, 82, 223, 935 Lasowski, Frances ...... 423, 451 Lenzini, Stephen ...... 145 Kim, Kyobum. . . . 87, 206, 685, 761 Kota, Arun ...... 639 Lathwal, Sushil...... 209 Lerman, Max...... 152 Kim, Mi-Jeong...... 1064 Kouame, Mark...... 993 Latifi, Seyed mohsen...... 1026 Leroux, Emilie...... 174 Kim, Miri...... 275 Kramer, Jake...... 1000 Laurencin, Cato...... 102, 184 Lessner, Susan...... 984 Kim, Moon Suk...... 612 Kramer, Kevin...... 466 Lazerson, Tori...... 201 LeValley, Paige...... 897 Kim, Myungji ...... 1062 Kraynak, Chelsea...... 884 Le, Phuong...... 99, 641 Levy, Matt...... 440 Kim, Samuel...... 635 Krebs, Melissa. . 89, 170, 372, 682, 853 Le, Tram ...... 754 Levy, Robert...... 33 Kim, Sang Woo ...... 1058 Krech, Ember...... 18, 108, 422 Leach, Kent...... 443, 456, 489 Lewis, Jamal. . 123, 269, 472, 881, 882 Kim, Song Cheol...... 1062 Kret, Kayla...... 1080 Leape, Charlotte...... 1021 Lewis, Kamryn ...... 326 Kim, Soon Hee...... 768 Krivoruk, Vladislav...... 786 Learn, Greg ...... 61, 224 Li, Bin ...... 854 Kim, So-Young...... 1009 Kroger, Stephanie...... 58 Lee, Adrian...... 53 Li, Bingyun...... 331, 919 Kim, Sumin...... 698 Krujatz, Felix...... 150 Lee, Andrew...... 53, 511, 514 Li, Boting ...... 171 Kim, Sungjun...... 87 Krussig, Mario ...... 1023 Lee, Brian...... 673 Li, Boxuan...... 1088 Kim, Sung-Mi...... 92 Krutty, John ...... 870 Lee, Bruce...... 366, 937, 943, 1076 Li, Christopher...... 1073 Kim, Sungwoo...... 1057 Kucharski, Cezary...... 712 Lee, Chang...... 157 Li, Cong ...... 1069 Kuehnhammer, Matthias. . . . . 880

92 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

AUTHOR INDEX (CONTINUED)

Li, Dan...... 36 Loebel, Claudia...... 289 Mahmoud, Mohamad...... 705 Mcgreevey, Jack...... 894 Li, Elizabeth...... 635 Logun, Meghan...... 811 Mahou, Redouan...... 1100 McHugh, Kevin...... 210, 735 Li, Gaocan ...... 724, 725, 726 Lohman, Jo...... 1134 Maia Sabino, Roberta...... 639 McIff, Terence...... 101 Li, Haiyan ...... 158 Londoño, Juan...... 247 Maidment, Portia...... 985 McKenna, Charles...... 26 Li, Jiayi ...... 808 Long, Benjamin...... 1123 Maikawa, Caitlin...... 410, 711 McKenna, Mike ...... 493, 605 Li, Jinhua...... 854 Long, Catherine...... 338 Maiti, Sampa ...... 65 McKenzie, Janice...... 786 Li, Na...... 649 Long, Christian...... 12 Majd, Sheereen...... 690 McKibbin, Luke ...... 269, 882 Li, Quanshun ...... 747 Long, Nathaniel...... 190 Majid, Qasim...... 616 McKiel, Laura...... 282 Li, Shuxin ...... 1022 Lopes, Helena . . . . .140, 672, 1033 Makoto, Sasaki...... 645 McKim, James...... 602 Li, Siyuan...... 1034 Lopez, Serafina...... 152 Malinauskas, Richard...... 30 McKinzey, Kelly...... 248 Li, Songyang...... 1068 Lopez Cavestany, Maria...... 78 Mallapragada, Surya. . . . .119, 499 McPherson, David...... 103 Li, Wan ...... 854 López-Dolado, Elisa ...... 47 Malliaras, George ...... 396, 892 McShane, Mike ...... 995 Li, Wei...... 987 Lou, Dong...... 374 Mamidi, Siva Kumar. . . . .656, 1014 Meade, Seth...... 893 Li, Wuwei ...... 139 Lou, Yue...... 227 Mandal, Biman...... 759 Meador, Daniel ...... 342 Li, Xiyu...... 987 Louis, Fiona ...... 176 Mani, Gajendiran...... 685 Means, A...... 922 Li, Yirui ...... 217 Louis G, Mercurie...... 656 Manner, Paul...... 183 Mecham, Robert ...... 1105 Li, Yunxia...... 207 Louro, Pedro...... 785 Mannino, Robert...... 774 Meco, Edi...... 342 Li, Zhenhua. . . . 622, 753, 835, 1032 Lovett, David...... 615 Manousiouthakis, Eleana . . . . .789 Medina, David...... 979 Li, Zhongyu...... 706 Lowery, Mike ...... 452 Mao, Angelo ...... 267 Medina, Juan...... 885 Lian, Jane...... 140 Lowman, Anthony...... 899 Mao, Hai-Quan . . .358, 403, 470, 748 Mefford, Olin...... 755, 908 Liang, Hong...... 360 Lu, Jiankai...... 488 Mao, Jianrin...... 416 Mehta, Apoorva...... 692 Liang, Jesse...... 494 Lu, Qiang...... 978, 980, 1083 Mao, Jifu...... 395 Mehta, Shikhar...... 171 Liang, Jiapu...... 60, 243 Lu, Qijin ...... 30 Mao, Leidong...... 811 Mei, Yan ...... 951 Liao, Yi ...... 84 Lu, Qinghua...... 57 Mao, Wei ...... 205 Meiners, Silke...... 729 Lichlyter, Darcy...... 62 Lu, Steven...... 27 Mao, Yong . . . . .608, 782, 799, 836 Meingast, Christa...... 366 Lie, Ma ...... 374 Lu, Wenbo...... 52 Maples, Mollie...... 169 Meiss, James...... 830 Liechty, Kenneth...... 372 Lu, William...... 737 Marcolongo, Michele . .606, 907, 1073 Mekala, Shekar...... 848 Lifshitz, Jonathan...... 43 Lu, Xinyue...... 281 Margolis, David...... 1106 Melchiorri, Anthony...... 167 Ligler, Frances ...... 622 Lu, Xueguang...... 735 Marhuenda, Esther ...... 54 Meléndrez, Manuel...... 770 Lih, Eugene ...... 275 Lu, Yu-Jen...... 69 Mari, Andrea ...... 188 Mellott, Nathan...... 113 Lim, Patrick...... 314 Lü, Xiaoqiang...... 975 Markel, David...... 1071 Melo, Mary Anne...... 94, 95 Lima, Ana...... 957 Lü, Xiaoying...... 975 Marks, Jeffrey...... 304 Menallo, Giorgio...... 202 Lima, Mariana...... 680 Luc, Norman...... 369 Marquart, Mary ...... 388 Menci, Pier Francesco...... 188 Limqueco, Elaine...... 947 Lucas, Alexandra...... 678 Marques, Alexandra ...... 424 Mendes, Bárbara...... 762 Lin, Charng-Yu...... 277 Luketich, Samuel...... 202 Marques, Catarina...... 1046 Mendibil, Xabier ...... 924 Lin, Chien-Chi ...... 846 Lumibao, Jan...... 816 Marras, Alexander...... 999 Meng, Hao...... 366, 1097 Lin, Jui-Che ...... 1039 Lund, Brian...... 1004 Marriott, Ian...... 387 Meng, Siqi ...... 920 Lin, Maohua...... 1093 Luo, Bin...... 1031 Marsh, Adam...... 113 Mercuri, Jeremy...... 1023, 1075 Lindsey, Kenneth...... 1028 Luo, Colin...... 201, 628 Marshall, Jocelyn...... 505 Merolli, Antonio. . 287, 608, 680, 782, Ling, Jue...... 923 Luo, Jiajun ...... 982 Marti, Robert...... 225 785, 799 Ling, Kevin...... 239 Luo, Xunrong...... 241 Martin, Arthur...... 190 Mesa, Andrea...... 1037, 1038 Ling, Yong...... 923 Luo, Yan ...... 914 Martin, Daniel...... 608 Messersmith, Phillip...... 76 Linhardt, Robert...... 1009 Luo, Yangyang...... 20, 720 Martin, David...... 901 Metzger, Andrew...... 27 Linow, Ulf ...... 1050 Luo, Yi...... 923 Martin, John...... 246, 371 Meyer, Randall...... 271 Lipe, Isaac...... 1125 Luo, Yilun...... 126 Martino, Beth...... 190 Meyers, Kaylee...... 1076 Lipke, Elizabeth. . 203, 347, 501, 506, Lurier, Emily...... 64 Martins, Albino...... 956, 961 Mi, Xue...... 366 629, 1066 Luzinov, Igor...... 950 Marukawa, Eriko...... 710 Miar, Solaleh...... 155, 958, 1059 Litt, Harold...... 985 Lynch, Christopher...... 94 Maruyama, Masashi...... 887 Michael, Katja...... 926, 933 Liu, Bing...... 669 Lynn, Anna...... 787 Masi, Thomas...... 788 Michalak, Austen...... 325 Liu, Catherine...... 1126 Lynn, Michael...... 676 Mather, Patrick...... 844, 852 Mihalko, Emily...... 614 Liu, Changsheng...... 227 Lyons, Anne...... 632 Mathew, Mathew...... 1018 Mijares, Dindo...... 1081, 1084 Liu, Chaozong...... 982 Lyu, George...... 910 Mathews, Clayton ...... 477 Mikos, Antonios. . .85, 167, 955, 1118 Liu, Gary...... 674 Lyu, SuPing...... 910 Mathews, Mona...... 859 Millar-Haskell, Catherine. . . . . 288 Liu, Han-Yuan...... 1060 M. Madani, S. Zahra...... 216 Matsuda, Akana...... 860 Miller, Beverly...... 997 Liu, Hao-Li ...... 810 Ma, Ben ...... 272 Matsumae, Gen...... 776 Miller, Devin...... 830 Liu, Heng-wen...... 358, 470 Ma, Boxuan ...... 725 Matsumori, Masaki ...... 887 Miller, Emily ...... 686 Liu, Hung-Yi...... 846 Ma, Jin ...... 684 Matsumura, Yasumoto...... 202 Miller, Evan...... 392 Liu, Jiaying...... 480 Ma, Lie ...... 126, 215 Matsusaki, Michiya. . . . . 141, 176, Miller, Jordan. . . . . 161, 244, 1056 Liu, Julie...... 277, 1087 Ma, Minglin ...... 240 795, 829, 856 Miller, Nancy...... 170, 682 Liu, Junyi...... 1051 Ma, Peter ...... 841 Matsuura, Naomi...... 970 Mills, David...... 20, 720 Liu, Li...... 664, 847 Ma, Shuanhong...... 982 Matsuyama, Tamamo ...... 1085 Minami, Shota...... 1010

Liu, Lina...... 449 Ma, Zhen...... 144, 345 Matthew, Howard ...... 1116 Minn, Il...... 358, 470 Liu, Mengwei...... 619 MacDonald, Daniel. . . . . 606, 907 Matyjaszewski, Krzysztof. . . . . 209 Mirani, Bahram...... 758 Liu, Qi...... 36, 383, 815 Maceren, Julian...... 255 Mauck, Robert. . . . . 289, 332, 442 Mirza, Sameer ...... 806 Liu, Xiaohua...... 117 Maciel, Renata...... 133 Maynes, Mark...... 175 Mishra, Prakhar ...... 608 Liu, Xiaoli ...... 1034 MacIsaac, Corina...... 478 Mayo, Vera...... 864 Miskalis, Angelo...... 412

Liu, Yangxi ...... 843 Macks, Christian. . . . .359, 676, 740 McCarty, Owen ...... 643 Mitra, Akash...... 879 LISTINGS & INDEXES Liu, Yongxian...... 98 Madhira, Marisha...... 127 McClure, Michael...... 1098 Miura, Risako...... 998 Liu, Yuan...... 255 Maggio, Michael...... 809, 1028 McCrary, Michaela...... 134 Miyagawa, Shigeru ...... 795 Liu, Yuchun...... 307 Magin, Chelsea. . . . . 56, 508, 896 McCullen, Seth...... 908 Miyagi, Daisuke...... 1011 Livingston, Jordan...... 657 Mahadik, Bhushan...... 152, 235 McCune, Joshua ...... 365 Miyata, Takashi...... 86, 860 LiWang, Patricia...... 702 Mahat, Anisha ...... 608 McGill, Meghan...... 431 Miyazawa, Yuta...... 974 Lode, Anja ...... 150 McGinnity, Tracie...... 992 Modak, Mallika...... 218

2019.biomaterials.org 93 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

AUTHOR INDEX (CONTINUED)

Modak, Piyush...... 904 Nambu, Satya...... 111 O’Brien, Molly ...... 1130 Paravina, Rade...... 663 Modaresi, Saman. . . . 444, 800, 857 Namiranian, Mehrzad...... 1023 Ochyl, Lukasz...... 880 Park, Chan Hum...... 768 Moghaddam, Arash...... 98, 100 Nance, Elizabeth...... 493, 605 O’Donnell, Kelsey...... 732 Park, Charles ...... 479 Moghanian, Amirhossein . . . . .402 Nandi, Seema ...... 11, 373 O’Donnell, John...... 781 Park, Cheonil...... 252 Moghe, Prabhas...... 162, 608 Nandwana, Vikas...... 218 Ogle, Molly...... 440 Park, Eunjae...... 873 Mohajeri, Sara...... 928 Nanney, Lillian...... 371 Oglesby, David...... 357 Park, Hae Sang...... 768 Mohamed, Tamer ...... 23 Narang, Neha...... 121 Oh, Hwan Hee...... 460 Park, Jae-Won...... 703 Mohammadi, Reza...... 128 Narasimhan, Balaji. . . . 77, 119, 879 Ohira, Ryota...... 90 Park, Ji Sun...... 1113 Mohanty, Kaustav...... 373 Nasr-Esfahani, Ohr, Matthew...... 448 Park, Jong Min...... 1113 Mohapatra, Bhopal...... 806 Mohammad-Hossein...... 976 Okano, Teruo...... 837, 969 Park, Joon Yeong...... 612 Mohiuddin, Mahir ...... 455 Natarajan, Shruti...... 90 Okeke, Ugochukwu...... 245 Park, Keun Hong...... 1113 Molde, Joseph...... 680 Natsume, Yosuke...... 860 Okita, Kazuma...... 860 Park, Ki Dong...... 99, 641 Molinaro, Matthew ...... 915 Navaei, Ali ...... 320 Okkus, Ozan...... 623 Park, Kwideok...... 771 Monaghan, James...... 1009 Navajas, Daniel ...... 54 Okuma, Kohei ...... 860 Park, Kyung Min...... 99, 459 Montalbine, Alyssa ...... 872 Navara, Adam ...... 1118 Olayo, Roberto ...... 832 Park, Min Hee...... 1108 Montalvo, Melisa...... 1069 Navare, Kasturi...... 171 Oldenkamp, Heidi...... 971 Park, Sang Jun...... 1127 Montelongo, Sergio . . . .155, 1030, Navone, Nora...... 485 Oldinski, Rachael...... 863 Park, Seil...... 275 1059, 1115 Nawaz, Qaisar ...... 98 Olguin, Juanpablo...... 915 Park, Seongguk...... 695 Montes, Robinson...... 1038 Neale, Dylan...... 828 Oliveira, Catarina...... 956 Park, Seung Hyun ...... 83, 447 Montgomerry, Kate...... 468 Neelamegham, Sriram ...... 488 Oliveira, Joaquim. .343, 424, 498, 1119 Park, Suhyung . . . . . 92, 636, 1036 Montiel, Felipe Lee...... 295 Nelson, Alshakim...... 1065 Oliveira, Miguel...... 504 Park, Uiseon...... 206, 761 Montoya, Nicholas...... 814 Nemeth, Christina...... 709 Oliver, Alex...... 648 Park, Wooram...... 638, 642 Mook, Julia...... 821 Neves, Nuno ...... 956, 957, 961 Oliver, Alexander...... 644 Parker, Kelly...... 154 Moon, James...... 479, 880 Newby, Steven...... 788 Olson, Lucas...... 1098 Parkhideh, Siavash...... 244 Mooney, David...... 267 Newkirk, Olivia...... 809, 1028 Olszewski, Emily...... 143 Parsek, Matthew ...... 947 Mooney, Rebecca ...... 840 Newman, Emily ...... 145 O’Neill, Liam ...... 952 Pashuck, Eugene...... 70, 608 Moore, Bethany...... 466 Newman, Maureen ...... 409 Ong, Joo . . . . 116, 155, 1030, 1059 Pasig, Lanz...... 993 Moore, Sarah...... 144 Newsom, Jake. . . .89, 170, 372, 682 Onganer, Pinar...... 924 Pasquinelli, Melissa...... 1078 Mora, Mark...... 453 Ng, Sai Cheong...... 1107 Ontiveros, Patricia...... 832 Passos, Vanara...... 94 Morales, Daniel...... 900 Ng, Taylor...... 225 Oporto, Gloria...... 732 Passos Da Silva, Daniel...... 947 Morales, Juan...... 832 Ngambenjawong, Chayanon. . . 674 Oral, Ebru. . . .258, 1019, 1020, 1021 Pastino, Alexandra...... 162, 287 Morhard, Robert ...... 693 Ngo, Mai...... 791 Orias, Alejandro...... 1018 Patel, Pravin...... 154 Mori, Yu...... 1094 Ngobili, Terrika...... 1070 Ornell, Kimberly...... 145 Patel, Ravi...... 272 Morris, Aaron...... 1099 Nguyen, Anh ...... 130 Oropeza, Beu...... 1055 Pathan, Saif...... 190 Morris, Dalton ...... 1018 Nguyen, Dang...... 68, 213 Orrego, Santiago...... 247 Patil, Prarthana...... 157, 371 Morris, Nicole...... 1061 Nguyen, Khanh ...... 29 Ortin-Martinez, Arturo...... 467 Patiño, Edwin...... 1038 Morris, Zachary...... 272 Nguyen, Kim ...... 26 Ortiz, Rocío...... 924 Patterson, Matthew...... 416 Morrone, Carmela...... 729 Nguyen, Kytai T...... 34 Ortiz Otero, Nerymar ...... 505 Paul, Arghya. . . . 57, 293, 444, 512, Morshead, Cindi ...... 469 Nguyen, Peter...... 421 Ortiz-Cárdenas, Jennifer. . . . . 872 800, 857 Mosca, Rodrigo...... 668 Nguyen, Quynh...... 232 Ortlund, John...... 441 Paul, Vinod...... 705 Mosquera, Matthew ...... 265 Nguyen, Thanh ...... 393 Osborn, Kent...... 201 Paulsen, Samantha ...... 1056 Movafaghi, Sanli ...... 639 Nguyen, Thuy-Uyen. . . . .491, 1122 Osborne, Julie...... 366 Pavón, Juan José...... 1038 Moxley, James...... 112, 977 Ni, Ming...... 1001 Osmond, Matthew...... 89, 853 Payne, Karin...... 170, 682 Mozetič, Miran...... 640 Nicholas, Oliver...... 997 O’Sullivan, Aine...... 516 Payne, Samantha...... 469 Muirhead, Ben...... 423, 451 Nicoll, Steven...... 17 Otero, Jorge...... 54 Peak, Charles...... 509 Mukherjee, Subhas...... 811 Nicosia, John...... 370 Overby, Clyde ...... 415 Pearson, Joseph ...... 116 Muller, Marie ...... 373 Nie, Yu ...... 360 P.H. Ahmed, Rafeeq...... 800 Peirce, Shayn...... 342 Mulligan, Michael ...... 457 Nief, Corrine...... 693 Pace, Leslie...... 367 Peleska, Barbara ...... 1050 Mullis, Adam ...... 77, 879 Nieh, Mu-Ping...... 756 Pacelli, Settimio. . . 57, 444, 800, 857 Pellowe, Amanda...... 803 Munarin, Fabiola...... 199 Nigmatullin, Rinat ...... 924 Pacifici, Noah...... 881 Pensa, Nicholas...... 103 Muniz, Ayse ...... 828 Niidome, Takuro ...... 974 Pagan, Erik...... 758 Peppas, Nicholas. . . . 212, 220, 971 Munoz Taboada, Gonzalo. . . . . 24 Nikkhah, Mehdi...... 320 Pajares Chamorro, Natalia . . . . 113 Pereira Freitas, Gileade...... 831 Murali, Vishnu...... 670, 671, 942 Nilsson, Bo...... 842 Pal, Amrita...... 932 Perera, T. Hiran...... 495 Muratoglu, Orhun. . . . .258, 1019, Nima, Zeid...... 788 Pal, Pallabi . . . . .232, 249, 385, 868 Perez, Cynthia ...... 1030 1020, 1021 Ning, Ziyu...... 737 Palchesko, Rachelle...... 445 Perez, Marissa ...... 152 Muratori, Luisa...... 497 Nisal, Anuya...... 1029 Palmer, Kelli...... 94 Pérez-Martin, Ricardo...... 1046 Murphy, Kendall...... 285 Nisbet, David. . . . . 862, 867, 1123 Palou Zuniga, Guillermo. . . . . 730 Perez-Ramirez, Bernardo. . . . . 702 Murphy, William...... 790, 870 Nishi, Koki...... 795, 829 Pamidigantam, Ujjayi...... 773 Perkinson, Collin...... 210 Murthy, N. Sanjeeva...... 80 Niu, Hong...... 214, 621, 696 Pan, Charlene...... 1056 Perlmutter, Steve...... 778, 889 Nachlas, Aline ...... 613 Nnadi, Wilson...... 17 Pan, Chi-Chun...... 1057 Peroutka-Bigus, Nathan . . . 77, 1134 Nadig, Malavika...... 904 Nobles, Kadie ...... 868 Pan, Sheng...... 23 Pessia, Zachary...... 422 Nagai, Nobuhiro...... 733 Noblett, Alexander...... 1103 Pan, Tingting...... 208 Petney, Matthew ...... 827 Nagaswami, Chandrashekaran. . . 33 Noguchi, Yuri...... 1035 Pan, Yue...... 973 Petrie, Ryan ...... 129 Nagrath, Malvika...... 666, 667 Nong, Jia...... 697 Pandian, Navaneeth ...... 51 Petrou, Cassandra...... 896 Naha, Pratap ...... 985 Noorafkan, Bahieh...... 882 Pang, Qian...... 374 Pfaff, Blaise...... 1013 Najarzadeh, Amir...... 1091 Norioka, Chisa...... 860 Panitch, Alyssa...... 1087 Pfau, Michaela...... 248 Naka, Yasuhiro...... 141, 829 Nortey, Jeremy...... 290 Pant, Jitendra...... 911, 913, 944 Pham, Damea...... 766 Nakamura, Naoko...... 90, 858 Nukavarapu, Syam...... 839 Panta, Jitendra...... 433 Phan, Jolie...... 63 Nakatsuji, Hirotaka ...... 856 Nweke, Chukwuma...... 1016 Pantcheva, Mina...... 853 Phan, Nhi...... 931 Nakaura, Hiroshi ...... 86 Nyberg, Ethan...... 516 Panzer, Kate...... 781 Phaneuf, Matthew...... 190 Nakod, Pinaki...... 767 Oakes, Robert ...... 124, 481 Parambath, Anilkumar...... 704 Phaneuf, Tina...... 190 Nallathamby, Prakash . . .81, 260, 988 Oberholzer, Jose...... 244 Parasaram, Vaideesh...... 700 Phelps, Edward ...... 239, 477 Nam, Joo-Hyeung...... 703 Obermeyer, Jaclyn...... 469 Phillippi, Julie...... 204

94 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

AUTHOR INDEX (CONTINUED)

Phuong, Nguyen Kim ...... 1085 Raia, Nicole ...... 1002 Rochford, Rosemary ...... 468 Sanchez, Kayla...... 116 Piard, Charlotte...... 152 Rajachar, Rupak. . 384, 937, 943, 1076 Rodrigues, Danieli...... 90, 94 Sanders, Katie ...... 355 Pieri, Katy...... 1072 Rajan, Krishna...... 77 Rodrigues, Lidiany...... 94 Sandoval, Gerardo...... 201 Pierre, David...... 1008 Raji, Babatunde...... 942 Rodriguez, Alexi...... 1126 Sankar, Jagannathan. . .500, 721, 825 Pierstorff, Erik...... 906 Ramachandra, Shwetha...... 450 Rodriguez, Sammuel...... 128 Sankaranarayanan Thampi, Ping, Rachel...... 943 Ramakrishna, Harshini...... 386 Rodríguez, Francisco...... 924 Sajeesh...... 723 Pinnaratip, Rattapol. . . . . 366, 937 Ramamurthi, Anand. . . . .625, 723, Rodriguez Ayala, Areli...... 404 Sansanaphongpricha, Kanokwan. .727 Pins, George...... 624, 772, 840 804, 1105 Rodriguez Colon, Ricardo. . . . .153 Santangelo, Philip...... 121 Pinto-Ribeiro, Filipa...... 957 Ramanujam, Nimmi...... 693 Roeder, Ryan. . 986, 988, 990, 991, 992 Santerre, Paul...... 460 Pinzon Herrera, Luis Carlos. . . .1135 Ramaraju, Harsha...... 1114 Rogers, Hunter...... 88 Santore, Alyssa...... 1028 Pippin, Jeffrey ...... 674 Ramasamy, Sandhya ...... 739 Rogers, Simon...... 186 Santoro, Marco ...... 152 Pirosa, Alessandro...... 183 Ramasubramanian, Anusuya. . . .615 Roh, Hyun Ho...... 1058 Sao, Kimheak...... 129 Pirraco, Rogério...... 1046 Rambarran, Talena. . . . . 451, 1007 Rohner, Nathan ...... 304, 484 Saporta, Mario...... 133 Pixley, Sarah...... 500 Ramesh, Anujan...... 130 Roland, Truman...... 917 Saraswat, Ram...... 792 Poker, Beatriz...... 1033 Ramos, Rafael...... 158 Rolauffs, Bernd...... 873 Sarkar, Biplab...... 421 Pollins, Alonda...... 371 Randall, Lindsey...... 762 Rolim, Juliana...... 94 Sasaki, Taira...... 887 Pompano, Rebecca...... 872 Randolph, Mark...... 1021 Ronchi, Giulia...... 497 Sasaki, Yoshihiro...... 710, 998 Pomper, Martin ...... 470 Rangaramanujam, Kannan. . . . 709 Rosa, Adalberto. . . . 140, 672, 1033 Satchell, Simon ...... 236 Ponnusamy, Sasikumar ...... 666 Rankin, Ed...... 910 Rosa, Adalberto Luiz...... 831 Sato, Yuto...... 733 Pontes, Hugo...... 493 Rao, Shreyas...... 124 Rosas Gomez, Karime...... 932 Satola, Sarah ...... 160 Pool, Damon ...... 200 Rao, Varsha...... 132 Rose, Sviatlana...... 210, 735 Saudi, Sheikh...... 721 Popat, Ketul...... 639, 1043 Ratcliffe, Mark ...... 615 Ross, Alexander...... 294 Sauer, Karin...... 256 Portilho de Souza, Rathbone, Christopher. . .1030, 1137 Ross, Kathleen...... 119 Saul, Justin...... 1130 Alann Thaffarell...... 831 Rathinam, Muruhan...... 691 Roth, Abigail ...... 248 Saunder, Brian...... 1136 Portillo Lara, Roberto ...... 91 Ratner, Buddy. . . . . 316, 457, 681, Rottman, Martin...... 903 Sawa, Yoshiki ...... 795 Portilo Lara, Roberto...... 402 778, 889, 972 Rottman, Shawn...... 84 Sawada, Shin-ichi...... 998 Porvasnik, Stacy...... 134, 175 Ratner, Daniel...... 303, 673, 947 Rouabhia, Mahmoud...... 395 Saxton, Sarah...... 294, 346 Post, Jen...... 241 Rawson, Frankie...... 895 Routkevitch, Denis...... 211 Sayed, Faten ...... 903 Pouliot, Robert...... 55 Raya, Atlantida...... 832 Rowley, Jon...... 1067 Sazer, Dan...... 244 Pourmorteza, Amir...... 160 Raychaudhuri, Siba ...... 269 Roy, Debashish...... 673, 689 Sazer, Daniel...... 1056 Powers, Joseph...... 1051 Rayyan, Jacob ...... 893 Roy, Ipsita...... 616, 924 Scadden, David...... 267 Prabhakarpandian, Balabhaskar. .506, Rea, Christopher...... 1071 Roy, Krishnendu...... 121, 480 Scammon, Bradley. . . . . 692, 1125 1066 Reda, Joseph...... 133 Ruddick, William ...... 814 Schaeffer, Christine...... 1013 Prabhath, Anupama...... 184 Reddy, Michael...... 103 Rui, Yuan...... 211, 355 Schaer, Thomas...... 114 Pradhan, Pallab...... 121, 480 Reese, Robert...... 1129 Rupert, Cassady...... 199 Schenk, Louis...... 894 Pradhan, Sayantan...... 891 Reeves, Ryan ...... 201 Rush, Matthew...... 152 Schmidmaier, Gerhard...... 100 Pradhan, Shantanu . . . . . 347, 503 Rege, Kaushal ...... 375 Ruskowitz, Emily...... 348, 411 Schmidt, Christine. .134, 175, 314, 783 Pratts, Shannon...... 680 Regier, Mary...... 143 Russo, Richard...... 904 Schmitt, Trevor...... 491 Priestley, Nigel...... 66 Reichhardt, Courtney ...... 947 Russo, Valerio...... 23 Schneider, Rebecca...... 774 Prossnitz, Alexander ...... 674 Reilly, Matthew...... 1005 Rutka, James ...... 970 Schober, Joseph ...... 818 Pruett, Lauren...... 851 Reineke, Theresa...... 9 Rutz, Alexandra...... 396 Schomisch, Steve...... 304 Pruitt, Hawley...... 813 Reinsch, Bonnie...... 18, 108 Ruzga, Marissa...... 1005 Schoonen, Anna...... 332 Pruitt, Lisa...... 19 Reis, Rui ...... 343, 424, 492, Rygelski, Brett ...... 1000 Schott, Bradley...... 922 Puleo, David...... 1091 498, 504, 762, 956, 961, 1046, 1119 Ryu, WonHyoung...... 83, 447 Schott, Nicholas...... 146 Pun, Suzie...... 674, 719 Reisch, Anne...... 216 S, Mahammad Ali ...... 1014 Schroeder, Megan...... 135, 653 Punnakitikashem, Primana . . . . .34 Remer, J. David...... 394 S, Vignesh Raja...... 1014 Schudel, Alex...... 484 Puppi, Dario...... 183 Remy, Matthew ...... 399 Sabino, Roberta...... 1043 Schultheis, Lester...... 1126 Putnam, Andrew ...... 618 Ren, Weiping...... 1071 Sablatura, Lindsey...... 485 Schutz, William...... 792 Puy, Cristina...... 643 Restuccia, Antonietta ...... 915 Sabuhi, Wali...... 1021 Schwartz, Daniel...... 284 Puzas, J. Edward ...... 409 Reukov, Vladimir . . . .692, 993, 1125 Sackett, Dan...... 381 Schwartz, John...... 195 Pyles, Elliott...... 1091 Revet, Gaëlle...... 634 Sadhu, Srikar ...... 773 Schwartz, Stephen...... 870 Qi, Yijun ...... 1134 Rezaeeyazdi, Mahboobeh . .604, 1009 Sadtler, Kaitlyn...... 478 Schwartz, Zvi. . 93, 104, 136, 435, 1098 Qian, Fang...... 399 Rhodes, Kelly...... 271 Saed, Mohand...... 936 Schwartzman, William...... 893 Qian, Victoria...... 61 Richards, Tara...... 204 Saengkrit, Nattika ...... 727 Schwarz, Herbert...... 877 Qiang, Wei...... 946 Richardson, Karen...... 381 Safaie, Naghmeh...... 976 Schwarzenberg, Peter...... 115 Qiao, Wei...... 854 Richardson, Rachael ...... 25 Safford, Hannah...... 964 Scotchford, Colin...... 940, 1080 Qin, Tianyue...... 413 Ridha, Inam ...... 375 Safley, Susan...... 67 Scott, Evan...... 131, 218 Qin, Yi-Xian ...... 938 Rikard, Micheala...... 342 Saigal, Rajiv ...... 688, 890 Scott, Jeffrey ...... 901 Qu, Yangcui...... 953 Rinaldi, Carlos ...... 783 Saito, Eiji...... 466 Scott, Kayla...... 136 Quigley, Anita ...... 862, 1123 Rindone, Alexandra...... 516 Sakaguchi, Donald...... 499 Seal, Sudipta ...... 372 Quintana, Iban...... 924 Rivera, Cristobal...... 1081, 1084 Sakiyama-Elbert, Shelly...... 44 Seeto, Wen...... 347

R. Chakravarti, Aparna...... 857 Rivera Bolanos, Nancy...... 620 Salas, Christina...... 152 Sefton, Michael. . . . 242, 454, 1100 Rabbi, Md Fazlay...... 918 Rivera Delgado, Edgardo. . . . .717 Salazar Marocho, Susana . . . . .249 Segura, Tatiana ...... 48 Rack, Alexander...... 1050 Rizk, Said ...... 901 Salber, Jochen...... 924 Seidlits, Stephanie...... 494 Rad, Armin...... 756 Roach, Cameron ...... 654 Saleh, Anthony...... 485 Seilkop, Alexis...... 809, 1028 Radaha, Esther...... 967 Roach, Michael...... 388 Saleh, Leila...... 284 Seims, Kelly ...... 115

Radant, Nicholas...... 356 Robbins, Jooke ...... 384, 943 Salhadar, Karim ...... 1136 Sekhon, Ujjal Didar Singh. . . . .369 LISTINGS & INDEXES Raghavachar Chakravarti, Roberts, Kevin...... 168 Saltzman, Mark...... 787 Sekine, Ryota...... 921 Aparna ...... 800 Robertson, Ian...... 319 Salunke, Shalmali...... 1029 Sell, Scott...... 687 Rahaman, Mohamed. . . . . 98, 658 Robinson, Ian...... 830 Sameti, Mahyar ...... 317 Sen Gupta, Anirban...... 369 Rahman, Ruman...... 895 Robinson, Jennifer...... 100 Sampson, Kaylie...... 1051 Senapati, Sujata...... 119 Rahman, Saeed...... 666 Rocha, Fernanda...... 483 Sanabria, Juan...... 1027 Sener, Gulsu...... 372 Rai, Muhammad...... 687 Rocha Flores, Pedro ...... 391 Senger, Anne-Sohpie ...... 100

2019.biomaterials.org 95 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

AUTHOR INDEX (CONTINUED)

Senyo, Samuel...... 633 Shukla, Shashank...... 259, 964 Sondel, Paul...... 272 Surbey, Wyatt...... 1117 Seo, Young Eun...... 787 Shukla, Swati ...... 1029 Song, Eun-Ho...... 738 Suresh, Joshita...... 506 Seong, Yun-Jeong...... 738 Shultz, Robert...... 697 Song, Kwang Hoon...... 49, 341 Sussman, Eric...... 1015 Serban, Bogdan...... 66, 905 Siddiq, Kamran ...... 211 Song, Xuan...... 399 Suthar, Mehul...... 121 Serban, Monica...... 66, 905 Siddiqui, Danyal...... 94 Song, Young Hye...... 134, 175 Suzuki, Osamu...... 1094 Seroski, Dillon ...... 465, 917 Siddiqui, Zain...... 421 Sonthithai, Patcharapan . . . . . 727 Swanson, Ben...... 841 Serpooshan, Vahid...... 148, 160 Sidelnikov, Danielle...... 1126 Sopko, Nikolai...... 827, 830 Sweat, Mason...... 399 Serrano, Julio...... 775 Sideris, Elias...... 48 Sotelo, Carmen...... 1046 Swindle-Reilly, Katelyn . .446, 448, 1005 Serrano, Maria...... 47 Siedlecki, Christopher...... 328 Soto Veliz, Diosangeles...... 798 Swingle, Kelsey ...... 369 Seu, Young-Bae...... 703 Siegwart, Daniel...... 353 Soto-Morales, Bethsymarie. . . . 996 Sy, Jay...... 607 Severt, Sean...... 210 Siemons, Brian...... 295, 392 Souery, Whitney...... 414 Sydlik, Stefanie...... 102 Sewell, Brandon...... 1125 Siessere, Selma ...... 672 Soule, Logan ...... 954 Syed, Raza ur Rehman. . . . 760, 769 Shadish, Jared...... 7 Sieverts, Michael...... 830 Sousa, Luiz...... 672 Syed, Sana...... 818 Shady, Sally...... 734 Sikder, Prabaha ...... 97 Souza, Alann...... 672, 1033 Sze, Angela ...... 828 Shafranek, Ryan...... 1065 Sikora, Alexander...... 667 Spang, Martin...... 201 Sze, Siu...... 819 Shah, Bhavin...... 901 Silva, Eduardo ...... 881 Spaulding, Kimberly ...... 615 Szivek, John...... 1106 Shah, Nisarg...... 267 Silva, Tiago...... 956, 1046 Spiller, Kara. . . 64, 129, 609, 875, 878 T D, Sarath Chandra ...... 1014 Shah, Ramille...... 154, 236 Silva-Correia, Joana. . .343, 498, 1119 Spoonmore, Thomas...... 945 T Mathew, Mathew . . . . .656, 1014 Shah, Rishma...... 233 Silveira Filho, Lindemberg . . . . 202 Sproul, Erin...... 11, 373, 614 T. Annamalai, Ramkumar. . .873, 1016 Shah, Shivem...... 138 Silver, Jason...... 142 Sridhar, Srinivas...... 611 Taboas, Juan ...... 15 Shah, Soham ...... 404 Simchick, Gregory...... 811 Srinivasan, Selvi. . . . .468, 673, 689 Tabrizian, Maryam. . . .75, 683, 1074 Shaikh, Shazad...... 874 Simmonds, Susana ...... 212 Stabenfeldt, Sarah...... 43, 496 Tafoya, Amanda...... 678 Shakya, Ajay...... 1085 Simon, Alexandre ...... 634 Stabler, Cherie. . . .60, 239, 243, 959 Takahashi, Daisuke...... 776 Shams, Shahin...... 881 Simonovich, Jennifer...... 239 Stachelek, Stanley...... 33 Takai, Madoka ...... 921 Shankar, Keerthana...... 55 Simonovsky, Felix...... 316 Stachowiak, Jeanne...... 313 Takeda, Naoya...... 969 Shankar, Subbakrishna ...... 929 Simpson, C. LaShan...... 654 Stahl, Andreas...... 392 Takematsu, Eri...... 313 Shankland, Stuart...... 674 Sims, Kenneth ...... 255 Stahl, Dan...... 1136 Takenaka, Keisuke...... 436 Shariff, Hamzah...... 342 Singh, Aditya...... 313 Stapleton, Lyndsay...... 278 Taketani, Yukako ...... 1120 Sharma, Anahita...... 342 Singh, Ankur...... 118, 138, 265 State, Claire...... 271 Takeuchi, Lily ...... 704 Sharma, Anjali ...... 709 Singh, Bhavani...... 875 Stayton, Patrick . . . . 303, 468, 673, Takuro, Niidome ...... 645 Sharma, Blanka ...... 871 Singh, Irtisha...... 1129 689, 947 Talior-Volodarsky, Ilana . . . . . 1100 Shaw, Andie...... 895 Singh, Ishita...... 783 Steele, Joseph AM . . . 287, 680, 799 Tamasi, Matthew. . . . .80, 223, 935 Shayakhmetov, Dmitry...... 121 Singh, Kanwar Abhay . . . . 306, 509 Stegemann, Jan. . 146, 600, 618, 873, Tamura, Ayano...... 631 Shea, Lonnie...... 124, 466, 1131 Singh, Sushant...... 372 1015, 1016 Tan, Baoyu...... 737 Shea, Robert...... 660 Singha, Priyadarshini. . . . .433, 944 Stein, Gary...... 140 Tan, Lay Poh...... 793 Sheardown, Heather. . . . 423, 449, Singhi, Bhavya...... 925 Stein, Janet...... 140 Tan, Nguan...... 819 451, 1007 Singh-Varma, Anya ...... 836 Stephenson, Stacy...... 788 Tang, Christina...... 1026 Sheikholeslam, Mohammadali. . .460 Sinoimeri, James...... 817 Stevens, Kelly. .143, 161, 294, 346, 838 Tang, James...... 45 Sheldrake, Anne...... 836 Siskey, Ryan ...... 907 Stevens, Molly...... 616 Tang, Liping. . . . 72, 801, 966, 1022 Shen, Jie...... 854, 1017 Skerrett, Shawn ...... 673 Stewart, Brendan...... 692 Tang, Runbang...... 972 Shen, Wei...... 1102 Skoff, Melissa...... 394, 416 Stewart, Josh...... 122, 123 Tang, Xiaoyan...... 184 Shen, Youqu...... 98, 658 Skrtic, Drago ...... 245 Stewart, Rachel ...... 25 Tansik, Gulistan ...... 864 Shepherd, Peter...... 485 Slack, JoAnn...... 114 Stilhano, Roberta...... 881 Tanzi, MariaCristina...... 855 Sherman, Michael ...... 313 Slater, John...... 503 Stiller, Michael...... 1050 Tao, Ze-Wei ...... 200 Sheth, Saahil...... 691 Slater, Simona ...... 125 Stimpson, Amy...... 777 Taraballi, Francesca...... 874 Shetty, Akshath ...... 1037 Slattery, William...... 906 Stock, Aaron...... 67, 886 Tarafder, Solaiman...... 157 Shi, Aaron...... 874 Smalley, Ryan...... 27 Stöger, Tobias ...... 729 Tas, Sinem...... 1124 Shi, Di...... 694 Smith, Anton ...... 410, 711, 750 Stojkova, Katerina...... 1137 Tashman, Joshua...... 53, 511 Shi, Fuxin ...... 25 Smith, Jordan...... 1106 Storkus, Walter...... 413 Tasmim, Seelay...... 650 Shi, Wen...... 784, 806 Smith, Josiah...... 1000 Strange, Alder...... 7 Tatara, Alexander...... 955 Shih, Ting-Yu ...... 267 Smith, Laura...... 507 Streeter, Benajmin...... 613 Tatum, Sara...... 825 Shikanov, Ariella...... 335, 336, Smith, Simon...... 105 Streubel, Philipp ...... 513 Tay, Chor...... 819 338, 339, 861 Smith, Stephanie...... 16, 1008 Struzyna, Laura...... 780, 888 Tay, Chor Yong...... 439 Shim, In Kyoung...... 1062 Smith, Thomas...... 1130 Su, Chao-Ming...... 713 Tayag, Tristan...... 650 Shim, Jin-Hyung...... 1064 Smith Callahan, Laura...... 495 Su, Fang...... 468 Taylor, M. Scott...... 909 Shim, Min Suk ...... 698 Smithmyer, Megan...... 897 Su, Fang-Yi...... 303, 673, 947 Taylor, Matthew...... 735 Shin, Jae-Won...... 145 Smits, Anthal ...... 64 Su, Hengjie...... 231 Taylor, Michael...... 276, 1044 Shin, Jiun ...... 205 Smucker, Byran...... 159 Su, Jimmy...... 236 Taylor, Scott...... 908 Shin, Jung-Woog...... 1112 Snell, Tyler ...... 51 Su, Teng. . . . . 622, 753, 835, 1032 Teal, Carter...... 467 Shin, Mikyung...... 341 Snider, Eric...... 1004 Su, Yingchao ...... 938 Teixeira, Erica...... 962 Shin, Yu Jung...... 1065 Soares, Paulo...... 1043 Subbiah, Ramesh...... 137 Teixeira, Liliana...... 504 Shirwan, Haval...... 270 Sobiesk, Evan...... 657 Suggs, Laura...... 884, 1103 Tellier, Liane...... 400 Shirzaei Sani, Ehsan. . . 91, 402, 1120 Sobolev, Arkadij...... 1107 Sugimoto, Shunsuke...... 824 Temenoff, Johnna...... 400, 440 Shivaram, Anish...... 111 Sodin-Šemrl, Snežna...... 640 Suh, Hee Won ...... 787 Tenorio, Alejandro...... 489 Shiwaku, Yukari...... 1094 Soeranaya, Bob...... 213 Sultan, Md Tipu...... 768 Teramura, Yuji...... 842 Shiwarski, Daniel...... 53, 511 Sohn, Sogu...... 511 Sumerlin, Brent ...... 897 Terkawi, Mohamad Alaa. . . . . 776 Shoichet, Molly . . .467, 469, 507, 794 Sohrabi, Alireza...... 494 Sun, Hongli...... 843, 1092 Terracciano, Cesare...... 616 Shojaee, Mozhgan...... 317, 637 Solis, Luis...... 1055 Sun, Jessie...... 220 Thain, Katherine...... 23 Shrake, Kevin...... 692 Soltisz, Andrew...... 1005 Sun, Shiyang...... 144 Tham, Huijun Phoebe...... 718 Shridhar, Arthi ...... 1109 Soman, Pranav...... 158, 1072 Sun, Yuyu ...... 949 Thapa, Bindu...... 745 Shrirao, Anil...... 773 Somo, Sami ...... 1133 Sun, Zhongmou...... 1120 Theberge, Ashleigh...... 52 Shukla, Anita . . . .259, 363, 731, 964 Son, Young Ju ...... 205 Sun Han Chang, Raul...... 186 Theus, Andrea...... 148, 160 Shukla, Poojan...... 812 Sunil Kumar Jain, Sanjana. . . . . 94

96 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

AUTHOR INDEX (CONTINUED)

Thng, Tien Guan Steven. . . . . 718 Uribe, Johana...... 1060 Wang, David...... 1067 West, Timothy...... 673 Thobe, Samantha ...... 1005 Uto, Koichiro ...... 930 Wang, Dexter Siuhong...... 222 Westhauser, Fabian...... 98, 100 Thomas, Stacey...... 284 Uz, Metin ...... 499 Wang, Fujun...... 315 Wheeler, Tibra...... 118 Thomas, Susan...... 484 Uzcategui, Asais...... 50 Wang, Hongjun...... 659 Wheeless, Catherine...... 859 Thompson, Russell...... 44 Vacchi, Francine...... 900 Wang, Jianglin...... 1110 Wheelis, Sutton...... 90, 94 Thomson, Aleena...... 993 Vaesken, Antoine...... 318 Wang, Jinxi...... 57 White, Nathan...... 719 Thuy, Le Thi ...... 716 Vahabi, Hamed...... 639 Wang, Juan ...... 327, 679, 1088 Whitfield, Canaan ...... 764 Tian, Yanqing...... 208 Vahabikashi, Amir ...... 450 Wang, Kefeng ...... 360 Whitlow, Jonathan...... 444 Tian, Yuan...... 347, 776 Vahabzadeh, Sahar . . . . .941, 1012 Wang, Lei...... 916 Whittington, Abby. . . 149, 777, 1117 Tiang, Zerlynn ...... 939 Vaid, Radhika...... 1078 Wang, Lu...... 315 Wicha, Max...... 828 Tideman, Grace...... 18, 108 Valcourt, Danielle...... 10 Wang, Maxime...... 153 Widholz, Benedikt...... 98 Tiffany, Aleczandria...... 164 Valencia-Serna, Juliana...... 712 Wang, Qun...... 1134 Wilems, Thomas ...... 764, 1136 Tindell, Raymond...... 185 Vallier, Ludovic...... 294 Wang, Richard...... 147 Wilke, Carol...... 466 Ting, Jeffrey...... 9, 920, 999 Van De Water, Judy...... 472 Wang, Ruikang...... 143 Wilker, Jonathan ...... 277 Ting, Jenny...... 482 van der Meulen, Marjolein. . . . 118 Wang, Sheryl ...... 246 Willenberg, Bradley...... 859 Tirrell, Matthew...... 920, 999 van der Vlies, Andre . . . . .912, 967 Wang, Songnan...... 813 Williams, Christopher ...... 149 Tison, Christopher. .196, 394, 416, 1003 Van Dyke, Mark ...... 603, 939 Wang, Xiaofei...... 1000 Williams, Evelyn Kendall. . . . . 774 Tochka, Zachary...... 735 van Rijt, Sabine...... 729 Wang, Xiaoying...... 700, 984 Williams, Jonathan ...... 1061 Toivakka, Martti...... 798 Vanderslice, Ethan...... 200, 630 Wang, Xin...... 874 Williams, Richard. . . .862, 867, 1123 Tolsma, Danielle...... 128 Vanier, Francis ...... 188 Wang, Xinlong...... 620, 865 Williamson, Randall. . . . . 388, 868 Tomás, Ana...... 492 Vapniarsky, Natalia...... 472 Wang, Xinming ...... 633 Willoughby, Jamin...... 602 Tomaszewski, Claire. . . . . 336, 861 Varghese, Barbie...... 782 Wang, Xu ...... 719 Willson, Kelsey...... 151 Tomei, Alice...... 67, 73, 886 Vargo-Gogola, Tracy. . . . .991, 992 Wang, Xuemei...... 215 Wilmoth, Rachel...... 50 Tomov, Martin ...... 148 Vaughan, Hannah...... 356 Wang, Xuesong...... 1093 Wilson, David...... 211, 355 Topal, Tugba...... 828 Vaughn, Michael ...... 110 Wang, Yadong...... 147, 413 Wilson, John...... 708 Toponarski, Ivan...... 901 Vega, Sebastian...... 510 Wang, Yingying...... 731 Wilson, Thomas...... 94 Torr, Elizabeth...... 790 Veiseh, Omid...... 244 Wang, Yong...... 244 Wimberley, Sydney...... 994 Torroni, Andrea ...... 153 Velluto, Diana...... 73, 864, 886 Wang, Yonghui...... 796 Winklepleck, Vanessa ...... 286 Tostanoski, Lisa ...... 481 Vemulakonda, Pavan...... 1126 Wang, Yongjian...... 994 Winter, Jessica...... 5, 28, 820 Totsingan, Filbert...... 848 Venkataraman, Abhijeet. . . . . 220 Wang, Yuchen ...... 409 Wise, Andrew...... 25 Toy, Randall ...... 121, 480 Venkatraman, Subbu...... 719 Wang, Yunbing. . . .31, 619, 724, 725 Witek, Lukasz. . . . .153, 1081, 1084 Tram, Nguyen...... 446 Venkatraman, Subramanian. . . .718 Wang, Yuyuan ...... 272 Witherel, Claire ...... 129 Trampe, Erik...... 150 Verhoven, David...... 119 Wang, Zhicheng...... 697 Woeppel, Kevin...... 283, 308 Tran, Linh ...... 641 Verma, Garima...... 748 Wang, Zi...... 807, 1054 Wofford, Kathryn...... 875, 878 Tran, Zoe...... 635 Vernekar, Varadraj ...... 184 Wang-Bishop, Lihong...... 708 Wolchok, Jeffrey ...... 168 Travis, Claire...... 654 Vernerey, Franck...... 169 Wannemuehler, Michael. . .119, 1134 Wolf, John ...... 780, 888 Treiber, Bastian...... 1125 Vernet, Ada...... 979 Warburton, Linnea...... 1126 Wolf, Kayla...... 812 Trent, Alexis...... 603 Vernon, Brent...... 932 Ware, Taylor...... 936 Wolf, Matthew...... 268 Trinh, Thu Le...... 871 Vertegel, Alexey...... 950 Washington, Kenyatta. . . . .84, 637 Wolfe, Julie...... 930 Trofinoff, Anna...... 100 Vieregg, Jeffrey...... 999 Waspe, Adam...... 970 Wong, Gordon...... 190 Truckenmüller, Roman...... 504 Villani, Rosanna...... 196 Wasserfall, Clive...... 123 Wong, Yee Shan...... 719 Trujillo, Ruben ...... 152 Vincoli, Valentina...... 497, 627 Watanabe, Fumiya...... 788 Wong, Yun Xuan ...... 68 Truong, Danh...... 34 Visosevic, Daniel ...... 175 Waters, Margo...... 81, 260 Woo, Joshua ...... 359 Truong, Thi...... 213 Voit, Walter...... 391 Watson, Blass...... 1041 Woo, Y. Joseph ...... 278 Tsai, Pieyi ...... 1018 von Andrian, Ulrich ...... 266 Watson, Emma...... 955 Wood, Caroline...... 607 Tsai, Shang-Pu...... 35 von Klitzing, Regine...... 880 Wayne, Elizabeth...... 12 Wood, Katherine...... 159 Tsai, Wei-Bor ...... 382, 1107 von Recum, Horst ...... 61, 224, Weaver, Jessica...... 270 Wood, Scott...... 792 Tsihlis, Nick...... 647 304, 675, 717 Webb, Antonio ...... 62 Woodard, Lindsay...... 1003 Tsitlakidis, Stefanos...... 98 Von Windheim, Natalia...... 106 Webb, Ken...... 677 Woodcock, Cassandra ...... 600 Tsou, Chia-Ke...... 713 Voronin, Gregory...... 799 Weber, Amanda...... 27 Woodhouse, Kimberly...... 282 Tsuchiya, Akira...... 187 Vorwald, Charlotte...... 443 Weber, Collin...... 67 Woodrow, Kim...... 63, 749 Tsuchiya, Kaori...... 1094 Vuppuluri, Kranthi ...... 317 Weber, Eckhard...... 184 Woodruff, Teresa...... 88, 337 Tsui, Jonathan ...... 1065 Vyavahare, Naren...... 984 Webster, Thomas. . 112, 694, 977, 979 Workman, Christina...... 944 Tsukamoto, Masahiro ...... 436 Vyavahare, Narendra...... 700 Wechsler, Marissa ...... 212 Wright, Meghan...... 460 Tsumura, Yuta...... 1010, 1011 Wachs, Rebecca...... 134 Wehbe, Mohamed...... 708 Wright, Tristen...... 931 Tsutsumi, Yusuke...... 436 Wadsworth, Samuel...... 23 Wei, Jin...... 854 Wroe, James ...... 368 Tu, Nhan...... 871 Wagner, Darcy...... 729, 896 Wei, Kongchang ...... 222, 234 Wu, Fang ...... 826 Tuan, Rocky ...... 183 Wagner, Darcy E...... 1124 Wei, Mei...... 109, 166 Wu, Hao...... 920 Tucci, Michelle...... 249 Wagner, Kathryn...... 403 Wei, Sheng...... 871 Wu, Hongfeng...... 981 Tuladhar, Anup...... 469 Wagner, William...... 202 Wei, Ting ...... 948, 953 Wu, Jingxian...... 36, 743 Tuominen, Scott...... 910 Waimin, José...... 852 Wei, Xu...... 645 Wu, Kan ...... 434

Turk, Bela...... 709 Walker, Cierra...... 296, 834 wei, yang...... 226 Wu, Max...... 1018 Turner, Paul...... 1015 Wall, Sam...... 295 Wei, Zhao...... 651 Wu, Shaohua...... 513 Tye, Coralee...... 140 Wallace, Sarah...... 678 Weir, Michael...... 94, 95 Wu, Shuilin...... 833 Tyo, Ariana...... 943 Wallace, Valerie...... 467 Weiss, Anthony ...... 273 Wu, Siliang...... 200 Ulery, Bret...... 1000 Wallet, Shannon...... 483 Weiss, Daniel...... 55 Wu, Sophia...... 381

Uludag, Hasan...... 712, 745 Wallisch, Michael...... 29 Weiss, Denise...... 1043 Wu, Wei ...... 1077 LISTINGS & INDEXES Umbuzeiro, Gisela...... 900 Walter, Maximilian...... 688 Welch, Sonja ...... 943 Wu, Xin...... 1071 Unagolla, Janitha...... 96, 1047 Walters, Joshua...... 1023, 1075 Wen, Yi...... 127 Wu, Yanru...... 1112 Underhill, Gregory...... 486 Walthers, Christopher...... 494 Weng, Wenjian...... 960 Wu, Yao...... 1031 Upadhya, Rahul...... 80, 935 Wang, Bo...... 139 Wertheim, Jason...... 236 Wu, Yen-Lin ...... 147 Ur Rahman, Saeed...... 667 Wang, Chao...... 330 West, Andre...... 233, 652 Xiang, Yun...... 970 Wang, Chenyan...... 144, 345

2019.biomaterials.org 97 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

AUTHOR INDEX (CONTINUED)

Xiao, Baixue...... 409 Yang, Shan...... 657 Yu, Xiaojun...... 162, 1132 Zhang, Yining...... 124 Xiao, Yinbo...... 1021 Yang, Shang-You...... 741 Yu, Yangyi...... 170, 682 Zhang, Yixiao...... 983 Xiao, Yun...... 796 Yang, Wan-Wan...... 906 Yuan, Dennis...... 883 Zhang, Ze...... 395 Xie, Dong...... 1040 Yang, Xiao...... 981 Yuan, Yuan ...... 227 Zhang, Zhenjiang...... 78, 751 Xie, Jingwei ...... 659, 1089 Yang, Yumin...... 923 Yui, Nobuhiko...... 927 Zhao, Fan...... 315 Xie, Virginia ...... 85 Yang, Yunzhi...... 1057 Yukawa, Yuichi...... 856 Zhao, Jian...... 953 Xie, Yu...... 1025 Yao, Qingqing...... 1092 Yuki, Koga...... 645 Zhao, Linping...... 154 Xin, Alison...... 717 Yao, Ruijuan...... 826 Yun, Hui-Suk...... 1045 Zhao, Nan...... 715 Xin, Liaobing ...... 126, 215 Yao, Yu ...... 375 Yun, Won-Soo ...... 1064 Zhao, Peng...... 1009 Xin, Shangjing...... 291, 490 Yaron, Jordan...... 678 Z. Seeni, Razina...... 307 Zhao, Pengchao...... 765 Xing, Malcolm ...... 329 Yasin, Naveed...... 451 Zahid, Alap Ali...... 760, 769 Zhao, Qun...... 811 Xiong, Zheng...... 158 Yavuz, Burcin ...... 702 Zamani, Maedeh...... 617 Zhao, Ruogang . . . . .488, 502, 515 Xu, Cancan...... 34, 344 Ye, Hang...... 515 Zamboni, Camila...... 356 Zhao, Wujun...... 811 Xu, Chenjie...... 307, 718 Ye, Mingzhou...... 272 Zambuto, Samantha ...... 340 Zhao, Xuewei...... 354 Xu, Dawei...... 946 Yeh, Shang-Lin...... 382 Zamora, David...... 1004 Zhao, Yanli ...... 718 Xu, Hockin ...... 94, 95 Yeo, MiJi. . . . .722, 822, 1045, 1049 Zang, Zexi...... 472 Zhao, Yao...... 697 Xu, Jianfeng...... 931 Yerneni, Saigopalakrishna. . 209, 1068 Zangl, Luke...... 272 Zhao, Yu...... 432 Xu, Kailei...... 807 Yeung, Kelvin...... 833, 854 Zaniker, Emily...... 88 Zhen, Le...... 316 Xu, Ke...... 812 Yeung, Kelvin W. K...... 1017 Zawacki, Zosia ...... 114 Zheng, Sally...... 308 Xu, Li-Chong ...... 328 Yi, Qiangying...... 684 Zeituni, Carlos...... 668 Zheng, Xiaowen...... 126, 215 Xu, Meng...... 891 Yin, Qi...... 622 Zepeda, Francisco...... 478 Zheng, Yufeng...... 251, 938 Xu, Qiaobing...... 354 Yitayew, Michael ...... 683 Zerbini, Alex...... 384 Zholudeva, Lyandysha...... 44 Xu, Xiaoyang ...... 706 Yizhou, Zhu...... 833 Zerbini, Alexandre...... 943 Zhong, Yinghui...... 697 Yadav, Ankit...... 1014 Yolcu, Esma ...... 270 Zgheib, Carlos...... 372 Zhou, Chi ...... 515 Yadavalli, Vamsi...... 891 Yoo, Hyuk Sang...... 205 Zha, Daxian...... 767 Zhou, Feng...... 982 Yakutis, Grace...... 898 Yoo, James...... 151, 1052 Zhan, Wen ...... 948 Zhou, Hao...... 265 Yamada, Masahiro...... 90 Yoo, Jeong Joon...... 1128 Zhang, Aijun...... 874 Zhou, Hong ...... 335 Yamada, Yoshiyuki...... 921 Yoon, Chang Jin...... 275 Zhang, Andrea...... 26 Zhou, Julia...... 381 Yamanaka, Hiroki...... 626 Yoon, Jennifer ...... 764 Zhang, Bohan...... 979 Zhou, Jun...... 72, 966, 1022 Yamaoka, Tetsuji ...... 626 Yoon, Jinhwan ...... 736 Zhang, Changjie ...... 488 Zhou, Luhan...... 88 Yamato, Masayuki ...... 837, 969 York, Cassandra...... 138 Zhang, Chi...... 1079 Zhou, Weimin...... 1133 Yan, Alice ...... 147 Yoshida, Ken...... 394 Zhang, Eric...... 59 Zhou, Yubin ...... 877 Yan, Yifei...... 471 Yoshihara, Akifumi...... 921 Zhang, Fan...... 623, 709 Zhu, Donghui...... 938 Yanez, Maria...... 1055 You, Zerong...... 416 Zhang, Guigen...... 432 Zhu, Dongkai...... 1008 Yang, Boguang...... 234, 765 Youn, Young-Nam...... 83 Zhang, Jing...... 1051 Zhu, Luke ...... 507 Yang, Cheng...... 208 Young, Bethany...... 55 Zhang, Jiyang...... 337 Zhu, Xiangdong...... 981 Yang, Chen-Lu...... 918 Young, Casey...... 110 Zhang, Liqiang...... 678 Zhu, Yang...... 615 Yang, Gi Hoon...... 722 Young, Kathleen...... 675 Zhang, Mengen...... 1102 Zhu, Yin...... 158 Yang, Haibo...... 439, 819 Young, Michael ...... 1009 Zhang, Nicholas...... 516 Zhu, Yunxiao...... 241, 620 Yang, Hee Seok...... 761 Young, Nicholas...... 668 Zhang, Peng...... 434 Zhu, Zhengtao...... 792 Yang, Hu. . . . . 327, 679, 742, 1088 Youngblood, Richard...... 1131 Zhang, Rui ...... 1000 Zhuang, Weihua. . . . .724, 725, 726 Yang, Huang...... 126 Yousefi, Amy...... 159, 1051 Zhang, Runqian...... 319 Zhuo, Shuangmu...... 1001 Yang, Jian...... 71 Yousefi, Atieh...... 318 Zhang, Shengmin...... 1110 Ziats, Nicholas...... 615 Yang, Letao...... 46, 487 Yu, Anthony ...... 120 Zhang, Shichao ...... 331 Ziff, Matthew ...... 317 Yang, Li...... 664, 724, 726, 847 Yu, Kai...... 704, 951 Zhang, Sixuan...... 916 Zilberberg, Jenny...... 869 Yang, Liu...... 728 Yu, Le ...... 166 Zhang, Xiaomin...... 241, 620 Zuniga, Ashley...... 122 Yang, Mengxi...... 697 Yu, Qian ...... 743, 948, 953 Zhang, Xiaoyi...... 978 Zurawski, Michal...... 940 Yang, Peng...... 953 Yu, Tony...... 606, 907, 1073 Zhang, Xingdong...... 796, 981 Zustiak, Silviya . .58, 441, 687, 691, 818

98 Society For Biomaterials 2019 Program 2019.biomaterials.org Manufacturer ofcalciumphosphatematerialsforMedicaldevices. Booth: 27 www.cambioceramics.com Biomomentum offers awidevarietyoflaboratoryservices mechanical properties ofanentire sample.Asapreclinical CRO, biomaterials. Thisuniquetestercanautomaticallymapin3Dthe shear, andtorsionforprecise characterizationoftissuesand mechanical testercapableofperformingcompression, tension, Biomomentum commercializes theMach-1,aconfigurable Booth: 13 www.biomomentum.com therapeutics, andregenerative medicine. fundamental biology, diseaseresearch, developmentofnovel platform technologyisenablingadvancesinunderstanding engineering. Thecompany’s proprietary Lab-on-a-Printer™ operating attheleadingedgeof3Dbioprintingandtissue Aspect Biosystemsisaprivatelyheldbiotechnologycompany Booth: 2 www.aspectbiosystems.com find themeasuringinstrumentthatmeetsyourparticularneeds. ourboothsowecanhelpyou and othernanoscaleanalytes.Visit focused onthebiophysicalcharacterizationofproteins, liposomes Anton Paarisaleadingsupplierofanalyticalinstrumentation Booth: 25 www.anton-paar.com develop andconductafullpreclinical research program. analytical, bioskills,andhistopathologyservices,you’llbeableto interventional/surgical research, toxicology/pharmacology, regulatory consulting,ISO10993biocompatibilitytesting, testing. Byutilizingourcatalogueofservices,whichinclude compliant CROspecializinginmedicaldeviceandpharmaceutical American Preclinical Servicesisan ISO17025accredited, GLP Booth: 12 www.americanpreclinical.com and related applications. basic cellresearch, tissueengineering,printingconstructs/tissues products withtunablestiffnesses andother3Dmatrixproducts for including hydrogels, matrixproteins, bioinksfor3Dbioprinting, Advanced BioMatrixoffers highqualityproducts for3Dcellculture Booth: 6 www.advancedbiomatrix.com EXHIBITOR LISTINGS APRIL 3–6,2019•WASHINGTON STATE CONFERENCECENTER•SEATTLE, WA CAM BIOCERAMICSB.V BIOMOMENTUM ASPECT BIOSYSTEMS ANTON PAAR AMERICAN PRECLINICALSERVICES ADVANCED BIOMATRIX, INC.

organs andtissueforapplicationsthatspanindustriesfrom bioprinting technologies,enablingresearchers to3Dprint leading provider of3Dbioprinters. We designandcommercialize CELLINK wasthefirstbioinkcompanyinworldandistoday’s Booth: 30 www.cellink.com environments in2Dor3D. mechanisms. Ourcellculture systemsenablemechanicallyactive image capture andanalysissoftware, andarangeofgripping for biomaterialsandincorporatecontrolled environments, systems. Ourmechanicaltestsystemsare specificallydesigned CellScale isanindustryleadermechanicaltestingandbioreactor Booth: 7 www.cbset.org experience canbeofvaluetoyour business. R&D tocommercial manufacturing.Findouthowour40+yearsof support yourdevelopmentswith our products from earlystage applications worldwideunderthe PURASORB®brandname.We resorbable polymersforuseinmedicalandpharmaceutical Corbion Biomaterialsdevelops,manufactures and markets Booth: 24 www.corbion.com/biomaterials Union ofSocietiesforBiomaterialsScienceandEngineering. CSBM isoneofthesixfoundingmembersInternational communication andcollaborationinthefieldofbiomaterials.The clinical applicationsandindustry, andtopromote the international of biomaterials,toadvancethebiomaterialsscience,education, academic, industrial,governmentalandregulatory professionals a multidisciplinaryexchangeandcommunicationplatformfor over 1700members.Thegoalsofthesocietyinclude:toprovide organization approved bytheMinistryofCivilAffairs ofChina.Ithas The ChineseSocietyforBiomaterials(CSBM)isanon-profit Booth: 31 www.csbm.org.cn/en/ environments in2Dor3D. mechanisms. Ourcellculture systemsenablemechanicallyactive image capture andanalysissoftware, andarangeofgripping for biomaterialsandincorporatecontrolled environments, systems. Ourmechanicaltestsystemsare specificallydesigned CellScale isanindustryleadermechanicaltestingandbioreactor Booth: 9 www.cellscale.com than 50countries.To findoutmore, visitwww.cellink.com. changing thefuture ofmedicinein hundreds oflabsacross more pharmaceutical tocosmetic.Foundedin2016,CELLINKisnow CELLINK CBSET, INC. CORBION PURAC CHINESE SOCIETYFORBIOMATERIALS CELLSCALE BIOMATERIALS TESTING

99 LISTINGS & INDEXES MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2

EXHIBITOR LISTINGS (CONTINUED)

DURECT CORP/LACTEL® ABSORBABLE NEW YORK UNIVERSITY COLLEGE OF POLYMERS DENTISTRY, DEPARTMENT OF BIOMATERIALS www.absorbables.com dental.nyu.edu/faculty/biomaterials.html Booth: 4 Booth: 28 LACTEL Absorbables Polymers are biodegradable polyesters used NYU has recently established state-of-the-art biotechnology programs worldwide in applications such as 3D printing, tissue engineering, with a major emphasis on efforts that integrate the life sciences drug delivery and more. We maintain a large inventory and offer with physical, bioengineering and computational science. The NYU custom synthesis – even at small feasibility quantities. We were Biomaterials program has significant strength in dental implants, the first commercial source of biodegradable polymers in the U.S., bio-imaging, 3D bio-printing, bone-soft tissue interfaces, bio-inspired with decades of experience in polymer chemistry and product materials synthesis, biosensors, and biomechanics, among other development. research topics. The program bridges between nanotechnology, dental, nursing, and bioengineering with emphasis of development of a new biomaterials base for enhanced human health. EVONIK CORPORATION www.evonik.com/resomer The Department of Biomaterials offers a Master of Science (MS) Booth: 1 degree in three options, all of which share the same course Evonik is a global leader in specialty chemicals, offering functional requirements and result in the same degree: excipients, advanced drug delivery technologies, API/HPAPI 1. 1-year option manufacturing, intermediates, advanced food ingredients, 2. 2-year thesis amino acids and derivatives to the Health Care industry. Evonik 3. 2-year non-thesis is a worldwide supplier of RESOMER® and RESOMER® Select bioresorbable polymers for use in extended release parenteral drugs and medical devices. Examples of medical device applications OPTICS11 INC . include Orthopaedic screws & plates, cardiovascular stents, wound www.optics11.com healing fixation devices, and tissue engineering/scaffolds for Booth: 22 regenerative medicine. RESOMER® based bioresorbable medical Optics11 makes fiber optic-based force sensors for characterizing devices can be combined with various drug therapies for extended the micro- and nanoscale mechanical properties of samples in air or release over time. Custom polymer manufacturing is available from liquid conditions. Our systems work fast, match AFM sensitivity, and global production sites. produce excellent signal-to-noise ratios. Our devices can measure the elastic, plastic, and viscous properties of materials, including i FYBER generating maps of surface properties of complex tissues, 3D printed shapes, biomaterials, and even single cells. www.ifyber.com Booth: 26 iFyber was founded on the principle of creatively solving problems RHEOLUTION INC . with science at the interface between chemistry, biology, and material www.rheolution.com science. The team’s mission is to help clients turn their technology Booth: 15 into market-ready products. iFyber’s value is in its collaboration with Rheolution Inc. manufactures mechanical testing devices for soft clients to identify alternate approaches and solve complex problems. biomaterials. The ElastoSens™ Bio2 allows contactless, non-destructive It provides preclinical CRO services to companies and extends their testing of hydrogels and features removable sample holders for long- R&D team by solving problems. range studies. With real-time measurements, temperature control, volume detection, and tracking of up to three samples simultaneously, LIFECORE BIOMEDICAL the ElastoSens™ Bio2 will simplify and streamline your research. www.lifecore.com Booth: 3 ROOSTERBIO, INC . Lifecore is a supplier of Research Grade and Pharmaceutical/ www.roosterbio.com Injectable grade sodium hyaluronate for research, clinical and Booth: 3 commercial use. Lifecore is also a contract manufacturer of injectable RoosterBio is a leading manufacturer of adult, allogeneic human pharmaceuticals for clinical and commercial use. mesenchymal stem cells (hMSCs) and paired media systems.

NIBIB/NIH ROYAL SOCIETY OF CHEMISTRY www.nibib.nih.gov www.rsc.org Booth: 20 Booth: 29 NIBIB/NIH is part of the federal government. We are doing outreach We publish more than 40 peer-reviewed journals, two magazines and about the different types of programs and grants we offer. over 1,500 books. This expanding collection allows us to invest in the future of the chemical sciences, and with research submitted by an acclaimed and international set of authors, this is a portfolio with global reach.

100 Society For Biomaterials 2019 Program APRIL 3–6, 2019 • WASHINGTON STATE CONFERENCE CENTER • SEATTLE, WA

EXHIBITOR LISTINGS (CONTINUED)

SICHUAN UNIVERISTY SURFACES IN BIOMATERIALS FOUNDATION www.scu.edu.cn www.surfaces.org Booth: 32 Booth: 19 Sichuan University, founded at 1896, is a top comprehensive Surfaces in Biomaterials Foundation will be holdings its 2019 university located in Chengdu, China. With a long history of BioInterfaces conference in Park City, Utah on Sept 4-6. Please teaching and scientific research, the university has established a consider membership in the Foundation and BioInterfaces solid foundation of education and humanity cultural tradition. We attendance. look forward to you joining the ranks of the renowned scholars and researchers who make the SCU an outstanding university. TESCO ASSOCIATES www.tescoassociates.com SPRAYBASE Booth: 5/16 www.spraybase.com TESco Associates is a leader in contract manugufacturing and Booth: 14 processing of bioabsorabable medical device and materials. TESco Spraybase® is a leading supplier of solutions for Electrospinning, provides services ranging from initial R&D develoment, quality and Electrospraying and Melt Electrospinning a wide range of particles, regulatory assistance to final production and delivery of the device fibers, and materials. Our CE-marked technology consists of simple to the client. and effective products designed for unparalleled ease of use, safety, reproducibility and flexibility. UNIVERSITY OF WASHINGTON www.nb.uw.edu SPRINGER NATURE Booth: 11 www.springernature.com UW biomaterials, launched in 1970, now has 100+ biomaterials Booth: 18 researchers active in many departments/research units. Significant Springer Nature is one of the world’s leading global research, biomaterials efforts are found in the Bioengineering, Chemical educational and professional publishers, home to an array of Engineering, MSE (College of Engineering), Center for Dialysis respected and trusted brands providing quality content through Innovation (CDI), National ESCA & Surface Analysis Center for a range of innovative products and services. Springer Nature is Biomedical Problems (NESAC/BIO), Nano Engineering & Science the world’s largest academic book publisher and numbers almost (NanoES) and Molecular Engineering & Science (MolES). 13,000 staff in over 50 countries. www.springernature.com ZEUS INC . STEMORGAN INC www.zeusinc.com www.stemorgan.com Booth: 8 Booth: 21 For more than 50 years, Zeus has remained dedicated to bringing Stemorgan Inc is founded by the professionals with extensive polymer extrusion expertise to our medical customers. Aeos™ experience in biomaterials and regenerative medicine. Our ePTFE suture monofilament is our latest in a long line of trusted customers are from both academia and industry. Our products products. Absorv™ bioabsorbable scaffolds and Bioweb™ PTFE include biomaterial scaffolds and bioink for bioprinting, high electrospun composites have helped raise the level of patient care. throughput platforms based on micro/mini tissues for drug sensitivity screening, implantable tissue engineering products. ZHENG & KARG LLP We also provide customized service for various tissue and disease www.zhengkarg.com model development. Booth: 17 Our law firm specializes in the commercialization of technologies. SURFACE MEASUREMENT SYSTEMS Our legal services cover the whole life cycle of technology www.surfacemeasurementsystems.com companies, including company formation, technology licensing, Booth: 23 patent protection, venture capital financing, and mergers and Surface Measurement Systems- the World Leader in Sorption acquisitions. We have offices in New York City and Silicon Valley, Science. Specializing in Dynamic Gravimetric Vapor/Gas Sorption serving clients across the United States. technology; measurement of moisture, organic vapor, gas and co- adsorption isotherms.

Inverse Gas Chromatography (IGC) measuring surface energy, surface area and bulk properties of particle, fiber and other solid

materials. LISTINGS & INDEXES

2019.biomaterials.org 101 MEETING L & UA EX N H N IB SOCIETY FOR BIOMATERIALS A I T 9 I

O THE PINNACLE OF BIOMATERIALS INNOVATION AND EXCELLENCE

0 N 2 NOTES

102 Society For Biomaterials 2019 Program SFB LUNCHEONS Supported by a grant from WOMEN'S NETWORKING LUNCH: INCLUSION PRACTICES IN STEM - PREVENTING SEXUAL HARASSMENT (pre-registration required) Thursday, April 4, 2019 from 12:30 pm – 1:30 pm | Hall 4F Invited Speaker: Kate Clancy, PhD Kate Clancy, PhD Dr. Kate Clancy will give a brief talk and lead roundtable exercises designed to help you 1) develop a strong sense of the values you hold as a scientist and engineer, 2) leverage those values into inclusion practices in your lab, and 3) create an environment free from harassment.

103 Official journals of the Society for Biomaterials, the Japanese Society for Biomaterials, the Australasian Society for Biomaterials, and the Korean Society for Biomaterials.

Impact Factor Impact Factor 3.231 3.373

Journal of Biomedical Journal of Biomedical Materials Research Part A Materials Research Part B Edited By: James M. Anderson Applied Biomaterials Edited By: Jeremy L. Gilbert www.wileyjbma.com www.wileyjbmb.com

*2019 Release of Clarivate Analytics’ journal Citation Reports (JCR) v

Download the Free App on your iPhone® or iPad® today!

Journal of Biomedical Materials Research at your finger tips *Subscribers to the journal can read all Keep up with the latest research even faster, with full text on the app. Non-subscribers can complete issues available in the mobile apps. access the January 2019 issue and Scan the QR code to download the Free Apps or abstracts for free. Visit the App Store and search by Journal of Biomedical Materials Research.

Journal of Journal of Biomedical Materials Biomedical Materials Research Part B Research Part A Applied Biomaterials 19-563602