An overview of applications of biomolecules in the functionalization of materials

INIS

• applications 100%
• molecules 100%
• proteins 50%
• men 50%
• nanostructures 50%
• durability 25%
• wood 25%
• tools 25%
• levels 25%
• control 25%
• interactions 25%
• hybrids 25%
• lipids 25%
• design 25%
• polymers 25%
• stability 25%
• size 25%
• shape 25%
• variations 25%
• adhesion 25%
• gain 25%
• permeability 25%
• bones 25%
• mimic 25%
• biotechnology 25%
• amino acids 25%
• carriers 25%
• shells 25%
• mussels 25%

Keyphrases

• Biomolecules 100%
• Self-assembly 33%
• Molecular Recognition 33%
• Biological Products 33%
• Man-made Materials 33%
• Properties of Biomolecules 33%
• Lipids 16%
• Hybrid Materials 16%
• Amino Acids 16%
• Wood 16%
• Biotechnology 16%
• Material Structure 16%
• Material Design 16%
• One-part 16%
• Nanostructured Materials 16%
• Adhesion Mechanism 16%
• Specific Interactions 16%
• Non-biological 16%
• Non-associated 16%
• Conjugation 16%
• Specific Compounds 16%
• Biological Approach 16%
• Inorganic Supports 16%
• Inorganic Polymer 16%
• Synthetic Molecules 16%
• Material Gain 16%
• Biological Nanostructures 16%
• Gain Property 16%
• Specific Permeability 16%
• Biological Structures 16%
• Mussel Shell 16%

Material Science

• Self Assembly 100%
• Nanostructure 50%
• Hybrid Material 50%
• Materials Design 50%
• Nanostructured Material 50%
• Amino Acids 50%
• Materials Structure 50%