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The American Society of Pharmacognosy Annual Meeting July 29 – August 2, 2017 Hilton Portland Downtown Portland, Oregon 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 2 Welcome to ASP 2017 in beautiful downtown Portland, Oregon! The Local Organizing Committee for the Ameri- can Society of Pharmacognosy would like to thank you for joining us for the 58th Annual Meeting of the American Society of Pharmacognosy at the Hilton Portland Downtown. The program has an impressive group of speakers discussing the latest advances in the broad areas of natural products chemistry and biology, and two poster sessions that will allow attendees to share their work in a collegial setting. In addition to the scientific program, we will share a relaxing evening at the Oregon Museum of Science and Industry on the Portland riverfront. Also, Portland offers a wide array of restaurants and bars to allow you to enjoy the excellent food and beverages for which this region is known. We hope that you all have a wonderful time at the meeting. The ASP 2017 Local Organizing Committee Phil Proteau, Chair Taifo Mahmud, Scientific Committee Chair Sandra Loesgen Kerry McPhail Dale Nagle Benjamin Philmus J. Fred Stevens Laura Stoll, ASP Business Manager 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 3 ASP 2017 Portland, Oregon. July 29-August 2, 2017 Theme: Natural product corps of discovery: Venturing into the unknown ASP 2017 Organizers Local Organizers Phil Proteau (Oregon State University, Chair) Taifo Mahmud (Oregon State University) Kerry McPhail (Oregon State University) Fred Stevens (Oregon State University) Benjamin Philmus (Oregon State University) Sandra Loesgen (Oregon State University) Dale Nagle (University of Mississippi) Scientific Committee Taifo Mahmud (Oregon State University, Chair) Nadja Cech (UNC Greensboro) Patricia Flatt (Western Oregon University) Sandra Loesgen (Oregon State University) Kerry McPhail (Oregon State University) Dale Nagle (University of Mississippi) Benjamin Philmus (Oregon State University) Kevin Reynolds (Portland State University) Amala Soumyanath (OHSU) Fred Stevens (Oregon State University) Mark Zabriskie (Oregon State University) Registration and Logistical Support Laura Stoll (The American Society of Pharmacognosy) 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 4 2017 ASP MEETING SPONSORS Diamond Sponsor Gold Sponsor Silver Sponsor Bronze Sponsors 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 5 Bronze Sponsors - continued Invited Speaker Sponsor (Dr. Nagarkatti) Session Sponsor (Microbial and Fungal Natural Products) General Meeting Sponsors ACD/Labs Aveda BMS Oregon’s Wild Harvest, Inc. OSU – Linus Pauling Institute OSU – College of Pharmacy U.S. Pharmacopeial Convention 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 6 2017 ASP MEETING EXHIBITORS Advion, Inc. Alkemist Labs/Extrasynthese AnalytiCon Discovery BioChromato Biotage Bruker CRC Press, Taylor & Francis Group Gilson Interchim, Inc. JEOL USA MilliporeSigma Pall ForteBio PhytoLab GmbH & Co. KG Sabinsa Teledyne Isco Waters Corporation 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 7 THE WONDER OF THE NATURAL WORLD. THE POWER OF NATURAL PRODUCTS. GO SEAMLESSLY. From biomarker and drug discovery to safety, quality control and manufacturing e iciency, Waters is equipped and committed to help labs navigate the wonderful NATURAL complexity of natural products. Together as industry pioneers, let’s embrace PRODUCTS the challenges and pursue new possibilities that are waiting to be uncovered. To learn more about our application-specific, workflow-driven solutions and technologies, visit waters.com/naturalwonder PHARMACEUTICAL ■ HEALTH SCIENCES ■ FOOD ■ ENVIRONMENTAL ■ CHEMICAL MATERIALS ©2017 Waters Corporation. Waters and The Science of What’s Possible are registered trademarks of Waters Corporation. Please note this is a COMMON SIZE mechanical file, you will need to center file using the center marks Job Name: WATR18818_A_Natural Products_2017_DBmec.indd provided when placing ad in the publication page area. (common size = smallest live/smallest trim/largest bleed) SPECS APPROVALS Small Trim: 7.75” X 10.5” PUBS: Food Processing Pharmaceutical Discovery Large Trim: 8.375” X 10.875” AD: PM: American Laboratory Food Quality & Development Food Safety Magazine Pharmaceutical Manufacturing Bleed: 8.625” X 11.375” CW: MK: American Drug Discovery American Pharmaceutical Review Genetic Engineering News (GEN) Pharmaceutical Technology Live: 6.75” X 9.5” CD: PP: Bio Business Genome Technology Pharmaceutical Technology EUROPE Colors: 4C Bio IT World Genomics & Proteomics Pharmaceutical Executive ST: QA: BioTech World Jour of The American Soc for Pharm Form and Quality Scale: 100% BioTechnology Focus Mass Spectrometry Proteomics Journal Other: copyright 2017 QR Code Check iPhone DROID BioPharm International Lab Asia Media Guide Scientific American BioProcess International Lab Business - Jesmar Scientific Computing & Instrumentation LCGC Asia Scientific Computing World RELEASE DATE 12-29-16 Chemical & Engineering News Drug Discovery and Dev LCGC N. America Drug Discovery News LCGC Europe Environmental Science & Technology Molecular and Cellular Protemomics Nature Methods 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 8 Find the answers Nature Provides Learn More With NMR Beginning with research for discovery and solving complex structural questions to ultimately establishing high-throughput screening methods for quality control, Bruker has the analytical solutions you need to give you knowledge and insight that brings authentic, safe and effective natural products to consumers. To learn more visit: www.bruker.com Natural Products Innovation with Integrity nat-prod_5x7_ad.indd 1 6/22/2017 11:26:07 AM 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 9 TIME TO FIRE UP THE PRODUCTIVITY IN YOUR LAB The newest instrument in the Octet family is designed to give you an edge in breakthrough research. • Breeze through quantitative and kinetic assays with the fastest 8-channel label-free system • Get up to 12 hours of unattended run time with minimal loss of sample volume • Pick multiple temperatures from 15-40 °C to measure binding and extrapolate thermodynamics • Accelerate decision-making with multi-experiment analysis and custom reporting in the new software Enjoy the red-hot excitement that comes from real progress. TO LEARN HOW TO HEAT THINGS UP IN YOUR LAB. REGISTER NOW AT WWW.FORTEBIO.COM/OCTET-RED96E.HTML 0129-01-RED96e-8.5x11-ASP.indd 1 6/20/17 2:33 PM 2017 Annual Meeting of the ASP | July 29th–August 2nd, 2017 | Portland, Oregon, USA 10 ASP Award Winners 2017 Norman R. Farnsworth Research Achievement Award Guy Carter, Biosortia Pharmaceuticals Varro E. Tyler Prize Richard van Breemen, University of Illinois at Chicago Matt Suffness Young Investigator Award Katherine Ryan, University of British Columbia D. John Faulkner Travel Award Haylee Padget, University of Oklahoma Andrew Whiteley, Cal Poly, San Luis Obispo Tripathi Siddharth, University of Mississippi Travel Grant for Active Members Waqar Bhatti Student Travel Award Anam Shaikh, UT Southwestern Medical Center Jana Braesel, University of Illinois at Chicago Skylar Carlson, University of Wisconsin Madison Student Travel Award Jie Li, Scripps Institute of Oceanography Erin McCauley, University of California Santa Cruz Lindsay Caesar, University of North Carolina Greensboro Charles Naman, Scripps Institute of Oceanography Chase Clark, University of Illinois at Chicago Camila Crnkovic, University of Illinois at Chicago Jerry McLaughlin Student Travel Award Maryam Elfeki, The University of Illinois at Chicago Jake Haeckl, Simon Fraser University Laura Bocanegra, National Auto. University Mexico Christopher Leber, Scripps Institute of Oceanography Lynn Brady Student Travel Award Catherine McCaughey, Simon Fraser University Corena Shaffer, UT Health Science, San Antonio Emily Britton, University of North Carolina Greensboro Mariam Salib, University of California, San Diego Zhibin Liang, University of Hawaii, Manoa Hannah Whitmore, University of Surrey Logan MacIntyre, University of Prince Edward Island Fabien Schultz, Technical University of Berlin Nathan Moss, Scripps Institute of Oceanography Javier Ruiz Vargas, Centro de Investigacion Cientifica de David Carew Student Travel Award Yucatan (2016 URG Recipient) Manuel Rangel-Grimaldo, National Auto. University Mexico 2017 Arthur E. Schwarting Award ASP Kilmer Prize Per Juel Hansen & Thomas Ostenfeld Larsen’s manuscript, “Silas Anselm Rasmussen, Sebastian Meier, Nikolaj Ged- Fatma Alawadhi, University of Florida sted Andersen, Hannah Eva Blossom, Jens Øllgaard Duus, Kristian Fog Nielsen, Per Juel Hansen,* and Thomas Osten- Student Research Award feld Larsen.* Chemodiversity of Ladder-Frame Prymnesin Samantha Gromek, University of Connecticut Polyethers in Prymnesium parvum. J. Nat. Prod. 2016, 79, 2250-2256” Research Starter Grant Matthew Bertin, University of Rhode Island 2017 Jack L. Beal Award Laura Sanchez, University of Illinois at Chicago Adam S. Duerfeldt’s manuscript, “Nathan P. Lavey, Jesse A. Katharine Watts, Cal Poly, San Luis Obispo Coker, Eliza A. Ruben, and Adam S. Duerfeldt.* Sclero- Jaclyn Winter, University of Utah tiamide: The First Non-Peptide-Based Natural Product
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  • Famiglia Asteraceae

    Famiglia Asteraceae

    Famiglia Asteraceae Classificazione scientifica Dominio: Eucariota (Eukaryota o Eukarya/Eucarioti) Regno: Plantae (Plants/Piante) Sottoregno: Tracheobionta (Vascular plants/Piante vascolari) Superdivisione: Spermatophyta (Seed plants/Piante con semi) Divisione: Magnoliophyta Takht. & Zimmerm. ex Reveal, 1996 (Flowering plants/Piante con fiori) Sottodivisione: Magnoliophytina Frohne & U. Jensen ex Reveal, 1996 Classe: Rosopsida Batsch, 1788 Sottoclasse: Asteridae Takht., 1967 Superordine: Asteranae Takht., 1967 Ordine: Asterales Lindl., 1833 Famiglia: Asteraceae Dumort., 1822 Le Asteraceae Dumortier, 1822, molto conosciute anche come Compositae , sono una vasta famiglia di piante dicotiledoni dell’ordine Asterales . Rappresenta la famiglia di spermatofite con il più elevato numero di specie. Le asteracee sono piante di solito erbacee con infiorescenza che è normalmente un capolino composto di singoli fiori che possono essere tutti tubulosi (es. Conyza ) oppure tutti forniti di una linguetta detta ligula (es. Taraxacum ) o, infine, essere tubulosi al centro e ligulati alla periferia (es. margherita). La famiglia è diffusa in tutto il mondo, ad eccezione dell’Antartide, ed è particolarmente rappresentate nelle regioni aride tropicali e subtropicali ( Artemisia ), nelle regioni mediterranee, nel Messico, nella regione del Capo in Sud-Africa e concorre alla formazione di foreste e praterie dell’Africa, del sud-America e dell’Australia. Le Asteraceae sono una delle famiglie più grandi delle Angiosperme e comprendono piante alimentari, produttrici
  • So Uncommon and So Singular, but Underexplored: an Updated Overview on Ethnobotanical Uses, Biological Properties and Phytoconstituents of Sardinian Endemic Plants

    So Uncommon and So Singular, but Underexplored: an Updated Overview on Ethnobotanical Uses, Biological Properties and Phytoconstituents of Sardinian Endemic Plants

    plants Review So Uncommon and so Singular, but Underexplored: An Updated Overview on Ethnobotanical Uses, Biological Properties and Phytoconstituents of Sardinian Endemic Plants Cinzia Sanna 1,2,* , Andrea Maxia 1,2, Giuseppe Fenu 1 and Maria Cecilia Loi 1 1 Department of Life and Environmental Sciences, University of Cagliari, Via Sant’Ignazio da Laconi 13, 09123 Cagliari, Italy; [email protected] (A.M.); [email protected] (G.F.); [email protected] (M.C.L.) 2 Co.S.Me.Se—Consorzio per lo Studio dei Metaboliti Secondari, Via Sant’Ignazio da Laconi 13, 09123 Cagliari, Italy * Correspondence: [email protected] Received: 13 July 2020; Accepted: 27 July 2020; Published: 29 July 2020 Abstract: The last decades have recorded an increase of plant-based drug discovery processes. Indeed, natural products possess a superior chemical diversity as compared to synthetic ones, leading to a renewal in searching for new therapeutic agents from the plant kingdom. In particular, since the structural variety of natural compounds reflects the biodiversity of their source organisms, regions of the world with high biodiversity and endemism deserve particular interest. In this context, Sardinia Island (Italy), with 290 endemic taxa (12% of the total flora), is expected to provide unique and structurally diverse phytochemicals for drug development. Several research groups built up a large program dedicated to the analysis of Sardinian endemic species, highlighting their peculiar features, both in respect of phytochemical and biological profiles. On this basis, the aim of this review is to provide an up-to-date and comprehensive overview on ethnobotanical uses, biological properties and phytoconstituents of Sardinian endemic plants in order to support their beneficial potential and to provide input for future investigations.
  • Roshni Rajamohan Mathur1 and Arun K

    Roshni Rajamohan Mathur1 and Arun K

    T REPRO N DU The International Journal of Plant Reproductive Biology 12(1) Jan., 2020, pp.84-94 LA C P T I F V O E B Y T I DOI 10.14787/ijprb.2020 12.1. O E I L O C G O S I S T E S H Development and Structure of Phytomelanin in Coreopsideae (Asteraceae) T Roshni Rajamohan Mathur1 and Arun K. Pandey* Department of Botany, University of Delhi, Delhi-110007, India 1Department of Botany, Deshbandhu College (University of Delhi), New Delhi-110019, India *e-mail : [email protected] Received : 12.11.2019; Revised: 27. 11.2019; Accepted and published online: 05.12.2020 ABSTRACT The pattern of deposition of phytomelanin has been studied in 12 taxa of the tribe Coreopsideae viz., Bidens biternata, B. connata, B. pilosa, B. parviflora, Cosmos sulphureus, Coreopsis grandiflora, C. major, Dahlia merckii, D. pinnata, Moonia arnottiana (subtribe Coreopsidinae) and Chrysanthellum indicum, Glossocardia bosvallia (subtribe Chrysanthellinae). Most of the species studied had pappus represented as awns or scales. In subtribe Coreopsidinae, the cypselae of Bidens connata, B. tripartita are non-striated whereas in Bidens biternata, B. pilosa and Dahlia spp., cypselae are striated. In the members of subtribe Chrysanthellinae, cypselae are non-striated. There was overall similarity in the pattern of spine and pore development at the tribal level. Keywords : Asteraceae, Phytomelanin, Coreopsideae Phytomelanin is a rigid, blackish brown, inert and The tribe Coreopsideae (Asteraceae) includes amorphous layer found in the walls of mature fruits and seeds approximately 24 genera and over 500 species (Crawford et of some groups of angiosperms.