Architecture and Application of Biomaterials and Biomolecular Materials: Symposium Held December 1-4, 2003, Boston, Massachusetts, U.S.A.
Joyce Y. Wong
Materials Research Society, 2004 - Architecture - 465 pages
This volume brings together three symposia (Symposium F, Biomaterials for Tissue Engineering, Symposium H, Biological and Bio-Inspired Materials Assembly, and Symposium I. Biomaterials for Drug Delivery) from the 2003 MRS Fall Meeting in Boston to provide a comprehensive review of the latest research in biomaterials. A common goal is to understand the enormous complexity of biological responses that range from the hierarchical self-assembly of complex 3-dimensional structures to the development of synthetic systems that integrate with the body with minimal immune or host response. Increasingly, researchers are shifting towards hybrid systems that combine the complexity of natural systems with the tunability of synthetic systems. While this approach poses significant challenges, it also presents unique opportunities for materials scientists and engineers to contribute to the field. Topics include: 3D constructs; natural and artificial polymers; biomaterials for tissue engineering; new technologies; surface analysis and engineering; nanoscale self-assembly; biomimetic polymers; biologically inspired mineral, DNA and polymer assembly; self-assembling peptides; biologically inspired materials; biologically inspired and bioactive materials; hydrogels; targeting and modeling systems; mucosal and micellar delivery; and new materials.
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On the Optimal Rate of Freezing Native and Artificial
Bioactive Scaffolds Based on Bioartificial Biodegradable
Fibroblast Migration on Discrete SelfAssembled Collagen
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2004 Materials Research adsorbed adsorption amphiphiles assay attachment biocompatibility biodegradable biological Biomaterials biosensors buffer calcium carbon carbon nanofiber cell adhesion Chem chemical coated collagen concentration contact angle copolymer crosslinked crystals culture density diameter drug delivery drug release electrode EXPERIMENTAL extracellular fatty acids fibers fibroblasts fibronectin Figure fluorescence formation function glass-ceramics gold hepatocyte hydrogel hydrophilic hydrophobic images implant increase incubation insulin interactions interface keratinocyte laser layer lipid Materials Research Society matrix mechanical membrane method microparticles microscopy microspheres molecular weight molecules monolayer monomer morphology nanofibers nanoparticles nanorods obtained osteoblast parameters particles patterned PDMS peptide phase PLGA polyelectrolyte polymer polymeric porous potential Proc protein ratio RESULTS AND DISCUSSION samples scaffolds scanning Science self-assembled showed shown silica silicon solution solvent structure substrate surface Symp synthesis techniques Technology temperature tissue engineering vitro