This preliminary program is subject to change.

Self-Assembled Biomaterials


Description:
Papers within this session will highlight work involving the design and molecular self-directed assembly of biomaterials. Relevant topics include materials that use biological and/or artificial molecules that are designed a priori to self-assemble into tailorable micro- and nanostructures. Relevant topics will include therapeutic drug delivery, intelligent and responsive structures, tissue scaffolding, degradable structures, recognitive structures, etc. The predictable and tailorable control of material morphology in the development of functional biomaterials will be a leading theme within this session.

Sponsor:
Bionanotechnology


Chair:
Esmaiel Jabbari
Associate Professor of Chemical Engineering
University of South Carolina
Dept. of Chemical Eng., Rm. 2C11
Columbia, SC 29208
Fax Number: 803-777-0973
Email: jabbari@engr.sc.edu

Co-Chair:
Ian R. Wheeldon
UC Riverside
Chemical and Environmental Engineering
B319 Bourns Hall
Riverside, CA 92521
Phone Number: 917 403 7074
Email: iwheeldon@engr.ucr.edu


Papers:
Designed DNA Nanotube Architectures
Rebecca Schulman, Johns Hopkins University; Abdul M. Mohammed, Johns Hopkins University
Sequential Self-Assembly of Engineered Protein Building Blocks in 3D Matrices
Won Min Park, Georgia Institute of Technology; Julie Champion, Georgia Institute of Technology
Future of the Layer-by-Layer Assembled Nanomaterials
Nicholas Kotov, University of Michigan
Microrheological Measurements of the Effects of Cholesterol On the Mechanical Properties of Lung Surfactant Monolayers
Kyuhan Kim, Univerisity of California, Santa Barbara; Todd M. Squires, University of California, Santa Barbara; Joseph A. Zasadzinski, University of Minnesota
Immobilization Scheme Utilizing a Photopolymerizable Crosslinker and Biotinylated Fusion Proteins for Neural Tissue Engineering Applications
Aleesha M. McCormick, The University of Akron; Asanka Wijekoon, ARL BioPharma Inc.; Nic D. Leipzig, The University of Akron
See more of this Group/Topical: Nanoscale Science and Engineering Forum