Orthopedic Cast, Splint & Medical Products
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RF: Poster 01: Suture Tape Augmentation for Scapholunate Ligament Repair: a Biomechanical Study Category: Skin and Soft Tissue
RF: Poster 01: Suture Tape Augmentation for Scapholunate Ligament Repair: A Biomechanical Study Category: Skin and Soft Tissue Surgical Technique Level of Evidence: N/A Robert G. Thompson Joel Dustin D. Keith Roper Steven M. Kane Gary M. Lourie HYPOTHESIS The maximum load to failure of the scapholunate ligament repairs augmented with suture tape will be higher than the schapholunate ligament tears repaired solely with suture anchors.. METHODS Twelve fresh frozen cadavers (6 matched pairs) underwent a dorsal approach to the wrist and the scapholunate ligament was sharply dissected off of its scaphoid attachment. Six of the cadavers underwent direct repair of the SL ligament utilizing 2 suture anchors (2.2x4mm Micro Corkscrew FT Anchors). The other six cadavers underwent repair of the SL ligament with 2-0 FiberWire augmented with Fiber Tape (InternalBrace) utilizing 3.5 mm DX SwiveLock SL anchors. All specimens then underwent load to failure testing using tensile distraction forces applied by an Instron universal testing system (Instron, Canton, MA). The maximum load to failure and mode of failure were recorded. RESULTS The mean maximum load to failure for the suture anchor repair only group was 68 N with a standard deviation of 14.69. The mean maximum load to failure for the internal brace augmented group was 135 N with a standard deviation of 44.94. A p-value of 0.019 was calculated denoting a significantly higher max load to failure for the Internal Brace augmentation group compared to the repair only group (p< 0.05). Additionally, the mode at which each specimen failed at its maximum load point was recorded. -
Design of a Patient Specific, 3D Printed Arm Cast
Design of a patient specific, 3D printed arm cast Citation: Fitzpatrick, Angus P, Mohammed, Mazher Iqbal, Collins, Paul K and Gibson, Ian 2017, Design of a patient specific, 3D printed arm cast, in International Conference on Design and Technology, KEG, pp. 135-142. DOI: http://www.dx.doi.org/10.18502/keg.v2i2.607 ©2017, The Authors Reproduced by Deakin University under the terms of the Creative Commons Attribution Licence Downloaded from DRO: http://hdl.handle.net/10536/DRO/DU:30091547 DRO Deakin Research Online, Deakin University’s Research Repository Deakin University CRICOS Provider Code: 00113B DesTech Conference Proceedings The International Conference on Design and Technology (2017), Volume 2017 Conference Paper Design of a Patient Specific, 3D printed Arm Cast Angus P Fitzpatrick*, Mazher Iqbal Mohanned, Paul K Collins, and Ian Gibson School of Engineering, Deakin University, Geelong, Australia Abstract 3D printing is a manufacturing technique by which the material is added layer by layer to create a physical three-dimensional object. This manufacturing technique had primarily found uses in academic and commercial sectors for prototyping and product realization purposes. However, more recently the home consumer market has seen a surge in low cost printers bringing this capability to the masses. More recently 3D printing has seen considerable interest from the clinical sector, where alongside the synergistic use with medical imaging data, a whole generation of patient specific implantable technologies, splints/casts and resection guides can be created. Predominantly, clinical applications have focused on the use of 3D printing for bone replacement, however with the advent of more sophisticated multi-material printers, Corresponding Author: Angus interest has now begun to move to applications in orthotics and orthopedic casting. -
On-Demand Digital Customization for Perfect-Fit Medical Product-Distributed Design Agent Approach(本文)
Doctoral Dissertation Academic Year 2018 On-demand Digital Customization for Perfect-fit Medical Product -Distributed Design Agent Approach Graduate School of Media and Governance Keio University Jianyou Li Keio University Thesis Abstract No. Registration □ “KOU” □ “OTSU” Name: Number: No. *Office use only Title of Thesis: Summary of Thesis: 主 論 文 要 旨 No.1 報告番号 甲 乙 第 号 氏 名 主 論 文 題 目: (内容の要旨) On-demand Digital Customization for Perfect-fit Medical Product -Distributed Design Agent Approach by Jianyou Li ・31 !1 On-demand Digital Customization for Perfect-fit Medical Product -Distributed Design Agent Approach by Jianyou Li Certificated by: Dr. Hiroya Tanaka Professor, Graduate School of Media and Governance, Dissertation Supervisor Dr. Daijiro Mizuno Associate Professor, Graduate School of Media and Governance Dr. Fumitoshi Kato Professor, Graduate School of Media and Governance Dr. Masaya Nakamura Professor, School of Medicine. Dr. Shoko Miyagawa Associate Professor, Faculty of Nursing and Medical Care. !2 Abstract This dissertation addresses the technical and social issues that inhibit the use of digital fabrication, such as 3-D printing, in the medical field and proposes a new sociotechnical collaborative framework that includes the designer (design engineer), user (patients and demanders) and design agent (clinical practitioner) as solutions. In this approach, the designer and clinical practitioner (as design agent) can exchange their professional knowledge to develop a special design tool and related training, and the programmable modeling language is applied to develop a semiautomatic modeling sequence of product customization. Such a tool enables the nondesigner clinical practitioner to perform design capability and play the role of distributed design agent to customize medical products for patients or demanders through digital fabrication technology on demand. -
BSN Medical Product Catalog the Solution That Fits Your Life
BSN medical Product Catalog The Solution That Fits Your Life Global Leaders in Woundcare, Orthopedics and Orthopedic Soft Good Products BSN medical is your One Source for Total Care by offering: –A systematic approach to casting and splinting with industry leading products in all catagory segments for sprains, strains and fracture care. • Ortho-glass. America’s #1 splinting system • Specialist. America’s #1 line of plaster products • #2 market share position in cast tape and cast padding – High quality wound care, bandaging, orthopedic soft goods and anti-embolism product lines – Standardization to a single source supplier which can leverage national contracts or local agreements to drive lower product and operational costs – Specialized sales representatives that provide commercial solutions, training, education and CEUs – Access to products through your distributor of choice For more information or to place an order, please call Customer Service at Tel: 800 552-1157 Splinting Bandaging Ortho-Glass® Splinting System 4 Co-Plus® LF Latex-Free Cohesive Bandage 28 SafetySplint™ Unpadded Roll 5 Ortho-Glass® Wraps 28 Ortho-Glass® Unpadded Precut Splinting System 5 BSN Elastic Bandage Latex-Free Elastic Bandage 29 Ortho-Glass® Strap Kits 6 Isoband® Elastic Light Support Bandage 29 Ortho-Glass® Ankle Treatment System 6 Tensogrip® Tubular Support Bandage 30 OCL® Splint Roll - 2 Plaster Splinting System 7 Versagrip® Latex-Free Tubular Support Bandage 30 Specialist® J-Splint® Plaster Roll Immobilizer 7 Tensoshape® Elastic Tubular Bandage 31 Plaster -
Varemerketidende-Nr13-2019.Pdf
. nr 13/19 - 2019.03.25 NO årgang 109 ISSN 1503-4925 Norsk varemerketidende er en publikasjon som inneholder kunngjøringer innenfor varemerkeområdet BESØKSADRESSE Sandakerveien 64 POSTADRESSE Postboks 4863 Nydalen 0422 Oslo E-POST [email protected] TELEFON +47 22 38 73 00 8.00-15.45 innholdsfortegnelse og inid-koder 2019.03.25 - 13/19 Innholdsfortegnelse: Registrerte varemerker ......................................................................................................................................... 3 Internasjonale varemerkeregistreringer ............................................................................................................ 43 Ansvarsmerker .................................................................................................................................................. 100 Innsigelser .......................................................................................................................................................... 101 Begrensing i varefortegnelsen for internasjonale varemerkeregistreringer ............................................... 103 Begrensing av varer eller tjenester for nasjonale registreringer ................................................................. 111 Merker som ikke er fornyet ............................................................................................................................... 114 Overdragelser og navne-/adresseendringer i spesifiserte rettigheter ........................................................