650 Biomacromolecular Gels


Description:
This session will cover a broad assortment of topics within polymer science and chemical engineering, with the common theme of polymer networks, gels, and elastomers from biomacromolecules. Topics pertaining to network/gel/elastomer synthesis, structural characterization, physical properties, crosslinking/curing reactions and kinetics, processing, and other related subjects are appropriate. Presentations may include research in networks and elastomers, model polymer networks, chemical and physical gels, interpenetrating networks, and other lightly crosslinked materials. Papers presenting experimental results, simulations, and theoretical/modeling are equally welcome. ***Note to faculty candidates: please include a note to the session chair during submission to alert them to your status*** +++Note: this session will be sorted jointly with Polymer Networks and Gels. Authors may submit to either session.+++

Sponsor:
Polymers


Chair:
Jessica Schiffman
Associate Professor
University of Massachusetts Amherst
Chemical Engineering
Amherst, MA
Email: schiffman@ecs.umass.edu

Co-Chair:
Erick S. Vasquez
Assistant Professor
University of Dayton
Chemical and Materials Engineering
Dayton, OH
Email: evasquez1@udayton.edu


Papers:
Humidity Tempering of and Cytokine Release from Polyelectrolyte Complexes
Xuejian Lyu, Worcester Polytechnic Institute; Ivan Ding, Worcester Polytechnic Institute; Amy M. Peterson, Worcester Polytechnic Institute
Biopolymer-Derived Tough Homogeneous Polyelectrolyte Complexes Hydrogels As the Potential Electro-Responsive Actuators
Qingye Liu, Texas Tech University; Ziye Dong, Texas Tech University; Zhenya Ding, Texas Tech University; Wei Li, Texas Tech University
Photolithographically Assembled Polyelectrolyte Complexes As Shape-Directing Templates for Thermoreversible Gels
Kunal Choudhuri, University of Toledo; Udaka K. de Silva, University of Toledo; Vincent Huynh, McMaster University; Ryan G. Wylie, McMaster University; Yakov Lapitsky, University of Toledo
Elastomeric and Mechanoresponsive Polymer Matrix Composites: Design, Synthesis, and Performance
Matthew D. Green, Arizona State University; Meng Wang, Arizona State University
Engineering Nucleoporin-Inspired Hydrogels to Control Biomolecular Transport
Danielle J. Mai, Massachusetts Institute of Technology; Yun Jung Yang, Massachusetts Institute of Technology; Allison Huske, Massachusetts Institute of Technology; Thomas J. Dursch, Massachusetts Institute of Technology; Bradley D. Olsen, MIT
Physically Crosslinked DNA-Based Injectable Hydrogels
Sayantani Basu, University of Kansas; Settimio Pacelli, The University of Kansas; Arghya Paul, The University of Kansas
Characterizing the Physical Properties of Polyampholyte Hydrogels with Different Ethylene Glycol Cross-Linkers
Emily Mariner, University of Idaho; Matthew T Bernards, University of Idaho
Development of Visible-Light Responsive and Mechanically Enhanced “Smart” Ucst Interpenetrating Polymer Network Hydrogels
Yifei Xu, Arizona State University; Onkar Ghag, Arizona State University; Philip Sitterle, Arizona State University; Hongyu Yu, Hong Kong University of Science and Technology; Hanqing Jiang, Arizona State University; Lenore L. Dai, Arizona State University
Main-Chain Liquid Crystalline Networks Synthesized Using Click Chemistry
Yongjian Wang, University of Connecticut; Kelly A. Burke, University of Connecticut
Abstract Submissions Closed
See more of this Group/Topical: Materials Engineering and Sciences Division