Biomimetic and bioinspired nanomaterials

摘要: Preface The Gecko and Its Adhesion Capabilities Physics of Fabrication Methods for Gecko-Inspired Adhesives Measuring What Have We Learned About Fibrillar Adhesives? Applications in the Life Sciences Summary Future Perspectives TOOTH-INSPIRED NANOCOMPOSITES Introduction Enamel Dentin Perspective BIOINSPIRED NANOMATERIALS FOR TISSUE ENGINEERING Biomimetic Material Properties Nanofiber Scaffold Modification Nanofibrous Scaffolds Biological Effects Nanofibers Conclusions BIOMIMETIC AND SELF-ASSEMBLED PEPTIDE NANOSTRUCTURES Peptide-Based Self-Assembling Nanomaterials Matrices Tissue Engineering Regenerative Medicine Virus-Based Virus-Inspired Nanotubes LAYERED IN MEDICAL THERAPY Features Layered Medical Toxicity BIOLOGICAL SYNTHESIS OF METAL Synthesis Au/Ag by Whole Organisms Biomolecule Mixtures Proteins Amino Acids/Peptides NANOSENSORS NANOACTUATORS Three-Dimensional BNNs Electrically Induced Robotic Actuation Distributed Nanosensing Transduction Modeling Simulation NANOTECHNOLOGY Biocrystal Growth via Environmentally Friendly Nature-Mimetic Processing Morphology Control Metal Oxides Their Site-Selective Immobilization Application Super-Hydrophobic Surfaces to Micropatterning Biomolecules Outlook APPROACHES TO SELF-ASSEMBLY Self-Assembly Polypeptide-Based Hybrid Nanoparticle Assembly Biodiagnostics ARTIFICIAL NANOSTRUCTURED SURFACES Learning from Nature: Natural Nanostructured Artificial Nanostructures NATURAL MODIFIED ENVIRONMENTAL APPLICATIONS Aluminosilicate Environmental Assessment S-LAYER PROTEIN LATTICES STUDIED BY SCANNING FORCE MIRCOSCOPY Description S-Layer Protein Microstructures Reassembly at Interphases Lattices with Functional Groups Recognition Imaging Molecule Templating on Solid Supports Modified Surface NANOSCALE DEFORMATION MECHANISMS TISSUES Approaches Investigating Nanoscale Deformation Biocomposites Mechanisms Mineralized Tissues Hypermineralized Systems: Abalone Nacre Mechanics All-Organic Nanocomposite Wood Cell Wall