Self-assembled peptidic nanostructures
Self-assembled peptidic nanostructures
Understanding the mechanisms of molecular self-assembly processes in natural materials is an important step to developing new functional materials with useful properties. Recently, various self-assembled materials have gained attention because of their interesting properties in nanoscale. Nanostructures composed of peptides are especially of interest in materials development because of their many advantageous properties such as biodegradability, biocompatibility and customizable bioactivity. Self-assembled peptidic nanostructures have been studied by many research groups and found use as three-dimensional cell scaffolds for bone regeneration, dental implants, neural tissue engineering, biosensors for detection of viruses and other pathogens, antibacterial agents and in drug, protein and gene delivery. © 2009 Elsevier Ltd. All rights reserved.
- Bilkent University Turkey
collagen, phenylalanine, chirality, amphophile, Research groups, Dental prostheses, calcium phosphate, bone regeneration, Computer viruses, Molecular self assembly, alpha helix, nanoribbon, drug delivery system, Amines, Neural tissue engineering, Self-assembly supramolecular chemistry, hydroxyapatite, Self-assembly, Nanostructured materials, Self assembly, Materials development, nanorod, Bone regeneration, tooth implantation, Macromolecules, tissue engineering, Nano-materials, Useful properties, Biodegradation, Biocompatibility, nanomaterial, Nano scale, alanine, leucine, scanning electron microscopy, Cell scaffold, Functional materials, beta sheet, Natural materials, review, protein assembly, biosensor, Self assembled material, molecular scaffold, nervous tissue, peptide derivative, Gene Delivery, biocompatibility, biodegradability, Self-assembled, transmission electron microscopy, Tissue engineering, virus identification, nanofiber, protein motif, Gene transfer, Nanomaterials, hydrophobicity, arginylglycylaspartic acid, Dental implants, Amphiphiles, 540, Nanostructures, nanosphere, Fluorine containing polymers, Biosensors, Customizable, Antibacterial agent, nanotube, hydrogel, hydrophilicity, microbiological examination, Peptides, Supramolecular chemistry, Materials properties, glycine
collagen, phenylalanine, chirality, amphophile, Research groups, Dental prostheses, calcium phosphate, bone regeneration, Computer viruses, Molecular self assembly, alpha helix, nanoribbon, drug delivery system, Amines, Neural tissue engineering, Self-assembly supramolecular chemistry, hydroxyapatite, Self-assembly, Nanostructured materials, Self assembly, Materials development, nanorod, Bone regeneration, tooth implantation, Macromolecules, tissue engineering, Nano-materials, Useful properties, Biodegradation, Biocompatibility, nanomaterial, Nano scale, alanine, leucine, scanning electron microscopy, Cell scaffold, Functional materials, beta sheet, Natural materials, review, protein assembly, biosensor, Self assembled material, molecular scaffold, nervous tissue, peptide derivative, Gene Delivery, biocompatibility, biodegradability, Self-assembled, transmission electron microscopy, Tissue engineering, virus identification, nanofiber, protein motif, Gene transfer, Nanomaterials, hydrophobicity, arginylglycylaspartic acid, Dental implants, Amphiphiles, 540, Nanostructures, nanosphere, Fluorine containing polymers, Biosensors, Customizable, Antibacterial agent, nanotube, hydrogel, hydrophilicity, microbiological examination, Peptides, Supramolecular chemistry, Materials properties, glycine
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