31 Modeling of Biomaterials


Description:
This session invites papers on modeling of biomaterials. Topics of interest include theoretical modeling, simulations of biomaterials, and approaches linking computational approaches with experimentation in model or in situ systems. Graduate Students: By applying to this session you may be eligible for the Biomaterials Graduate Student Award Session established to honor the best graduate student submissions through recognition and cash awards. See the session titled “Biomaterials: Graduate Student Award Session” for details.

Sponsor:
Biomaterials


Chair:
Yi He
Associate Professor
Zhejiang University
College of Chemical and Biological Engineering
Hangzhou
Email: yihezj@zju.edu.cn

Co-chairs:
Forrest Kievit
Assistant Professor
University of Nebraska
Biological Systems Engineering
Lincoln, NE
Phone Number: 402-472-2175
Email: fkievit2@unl.edu

Qing Shao
Postdoctoral Research Scholar
North Carolina State University
Department of Chemical and Biomolecular Engineering
Raleigh, NC
27695
Email: qshao@ncsu.edu


Papers:
31a
Understanding Peptide Assembly with Coarse-Grained Models Designed By Information Theory (Invited Talk)
M. Scott Shell, University of California, Santa Barbara
31b
Modeling the Oxidative Consumption of Curcumin from Controlled Release Poly(beta amino ester) Microparticles in the Presence of a Free Radical Generating System
Carolyn T. Jordan, University of Kentucky; J. Zach Hilt, University of Kentucky; Thomas D. Dziubla, University of Kentucky
31c
The Fusion and Spreading of Liposome with Different Sizes: Molecular Dynamics Simulation with Dry-Martini Force Field
Yanfei Lu, Tsinghua University; Lu Diannan, Tsinghua University
31d
Design of Membrane-Embedded Amphiphilic Nanoparticles from Multiscale Simulations
Reid Van Lehn, University of Wisconsin-Madison
31e
Improvement on Self-Assembly of Virus-like Particles By the Introduction of Electrostatic Attraction
Lin Zhang, Tianjin University; Xiaocui Guo, Tianjin University; Yan Sun, Tianjin University
31f
Contemporary Modeling and Analysis of Human Blood Rheology
Matthew Armstrong, United States Military Academy; Tyler Helton, United States Military Academy; Evan Ousley, United States Military Academy; Michael Deegan, United States Military Academy
31g
How Confinement and Hydrophobicity Affect CO2 Diffusion from the Bulk Phase to the Active Site of Human Carbonic Anhydrase II: A Study Based on Coarse-Grained Molecular Dynamics Simulation and the Markov-State Model
Gong Chen, Tsinghua University; Diannan Lu, Tsinghua University; Jianzhong Wu, University of California Riverside; Zheng Liu, Key Lab of Industrial Biocatalysis, Ministry of Education, Tsinghua University
Abstract Submissions Closed
See more of this Group/Topical: Materials Engineering and Sciences Division
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