Biopolymer-Based Metal Nanoparticle Chemistry for Sustainable Applications

Description

Biopolymers are becoming an increasingly important area of research as traditional chemical feedstocks run low and concerns about environmental impacts increase. One area of particular interest is their use for more sustainable development of metal nanoparticles. Biopolymer-Based Metal Nanoparticle Chemistry for Sustainability Applications, Volume 2 reviews key uses of biopolymers and biopolymer-based metal nanoparticles for a range of key sustainability-focused applications. After providing contextual examples of applications across the fields of food science, biomedicine and biochemistry, the book goes on to explore further sustainability-focused applications of Biopolymer-Based Metal Nanoparticles in such important areas as catalysis, environmental science, biosensing, and energy. Front-Matt_2021_Biopolymer-Based-Metal-Nanoparticle-Chemistry-for-Sustainabl Front Matter Copyrigh_2021_Biopolymer-Based-Metal-Nanoparticle-Chemistry-for-Sustainable- Copyright Contributo_2021_Biopolymer-Based-Metal-Nanoparticle-Chemistry-for-Sustainabl Contributors Chapter-1---Application-of-bio_2021_Biopolymer-Based-Metal-Nanoparticle-Chem Application of biopolymers in bioplastics Introduction Degradation of bioplastics Bioplastic biodegradation under different environmental conditions Soil Compost Aquatic environments Bioplastic-degrading microorganisms Biopolymeric sources of bioplastics Polyethylene Polylactic acid Polyhydroxyalkanoates Polybutylene succinate Thermoplastic starch Zein Cellulose Lignin Albumin Natural rubber Chitosan Other examples of biopolymers in bioplastic preparation Current applications of bioplastics Conclusion and future perspective References Chapter-2---Polysaccharides_2021_Biopolymer-Based-Metal-Nanoparticle-Chemist Polysaccharides in food industry Introduction Structural organization of polysaccharides Major functions of polysaccharides in a food system Water-binding capacity Gelation Emulsions and emulsifiers Major food applications of polysaccharides Texture improvement Oil emulsification Flavor release Polysaccharides as dietary fibers Control of syneresis Gluten-free bakery products Stability of polysaccharides to processing Important factors for the use of polysaccharides in the food industry Microbial polysaccharides in food industry Xanthan Gellan Pullulan Alginate β-Glucan in food industry Plant polysaccharides in food industry Guar gum Starch Pectin Chitin and chitosan in food industry Conclusion and future prospects References Chapter-3---Proteins-in-_2021_Biopolymer-Based-Metal-Nanoparticle-Chemistry- Proteins in food industry Introduction Structure and chemistry of food proteins Functional properties of proteins Gelation Emulsifying and foaming Factors affecting properties of proteins in food products Interactions of proteins with food components Water Carbohydrates Salts Food processes Other processes Proteins used in food industry Casein Collagen and gelatin Whey Egg proteins Soybean protein Gluten Conclusion and future prospects References Chapter-4---Food-packaging-applicati_2021_Biopolymer-Based-Metal-Nanoparticl Food packaging applications of biopolymer-based (nano)materials Introduction Properties of bionanocomposites for food packaging Mechanical properties Barrier properties Biodegradation properties Antimicrobial properties Polysaccharide-based (nano)materials for food packaging Cellulose-based packaging materials Starch-based packaging materials Chitin and chitosan-based packaging materials Other polysaccharide-based packaging materials Lignin-based (nano)materials for food packaging Protein-based (nano)materials for food packaging Gelatin-based packaging materials Zein-based packaging materials Whey-based packaging materials Casein-based packaging materials Conclusion and future perspective References Chapter-5---Biomedical-applications_2021_Biopolymer-Based-Metal-Nanoparticle Biomedical applications of biopolymer-based (nano)materials Introduction Biopolymer-based (nano)materials for biomedical applications Drug delivery Chitin and chitosan-based (nano)materials in drug delivery Cellulose-based (nano)materials in drug delivery Alginate-based (nano)materials in drug delivery Pectin-based (nano)materials in drug delivery Gelatin-based (nano)materials in drug delivery Lignin-based (nano)materials in drug delivery Tissue engineering Chitin and chitosan-based (nano)materials in tissue engineering Cellulose-based (nano)materials in tissue engineering Alginate-based (nano)materials in tissue engineering Pectin-based (nano)materials in tissue engineering Gelatin-based (nano)materials in tissue engineering Lignin-based (nano)materials in tissue engineering Wound dressing/healing Chitin and chitosan-based (nano)materials in wound dressing/healing Cellulose-based (nano)materials in wound dressing/healing Alginate-based (nano)materials in wound dressing/healing Pectin-based (nano)materials in wound dressing/healing Gelatin-based (nano)materials in wound dressing/healing Lignin-based (nano)materials in wound dressing/healing Other biomedical applications (e.g., bioimaging, sensors, etc.) Application of chitosan-based (nano)materials Application of cellulose-based (nano)materials Application of alginate-based (nano)materials Application of pectin-based (nano)materials Application of gelatin-based (nano)materials Conclusion References Chapter-6---Biological-applications_2021_Biopolymer-Based-Metal-Nanoparticle Biological applications of biopolymer-based (nano)materials Introduction Biopolymer-based (nano)materials for biological applications Antioxidant applications Chitin and chitosan-based (nano)materials Cellulose-based (nano)materials Pectin-based (nano)materials Alginate-based (nano)materials Gelatin-based (nano)materials Lignin-based (nano)materials Antibiofilm applications Chitosan-based (nano)materials Pectin-based (nano)materials Gelatin-based (nano)materials Lignin-based (nano)materials Antibacterial applications Chitin and chitosan-based (nano)materials Cellulose-based (nano)materials Pectin-based (nano)materials Alginate-based (nano)materials Gelatin-based (nano)materials Lignin-based (nano)materials Antifungal applications Chitin and chitosan-based (nano)materials Cellulose-based (nano)materials Pectin-based (nano)materials Alginate-based (nano)materials Gelatin-based (nano)materials Lignin-based (nano)materials Antiviral applications Chitin and chitosan-based (nano)materials Pectin-based (nano)materials Gelatin-based (nano)materials Lignin-based (nano)materials Conclusion References Chapter-7---Catalytic-applications-_2021_Biopolymer-Based-Metal-Nanoparticle Catalytic applications of biopolymer-based metal nanoparticles Introduction Catalytic applications of polysaccharide-based metal nanoparticles Cellulose Starch Alginate Chitin & Chitosan Gum Catalytic applications of lignin-based metal nanoparticles Catalytic applications of proteins-based metal nanoparticles Collagen Gelatin Conclusion and future perspective References Chapter-8---Environmental-applicati_2021_Biopolymer-Based-Metal-Nanoparticle Environmental applications of biopolymer-based (nano)materials Introduction Types, chemistry, and properties of biopolymer-based (nano)composites Polysaccharides Lignocellulosic complex Proteins Applications of biopolymer-based (nano)composites in water treatment Chitosan-based (nano)composites Cellulose-based (nano)composites Gum-based (nano)composites Alginate-based (nano)composites Starch-based (nano)composites Pectin-based (nano)composites Lignin-based bio(nano)sorbents Protein-based (nano)composites Other environmental applications Biohydrogen production Electrochemical applications Conclusion and future perspective References Chapter-9---Biopolymer-based-meta_2021_Biopolymer-Based-Metal-Nanoparticle-C Biopolymer-based metal nanoparticles for biosensing Introduction Types of biosensors Electrochemical biosensors Optical biosensors Thermal biosensors Piezoelectric biosensors Properties of biopolymers for biosensing Biocompatibility Immobilization matrix Bioresponsiveness Biopolymer-based metal nanoparticles for biosensing Chitosan-based biosensors Cellulose-based biosensors Alginate-based biosensors Other biopolymer-based biosensors Conclusions and future perspectives References Chapter-10---Biopolymer-based--nano-_2021_Biopolymer-Based-Metal-Nanoparticl Biopolymer-based (nano)materials for supercapacitor applications Introduction Principles of supercapacitors Different types of supercapacitors Electrode materials Electrolytes Aqueous and organic electrolytes Ionic liquids Biopolymeric composites for supercapacitor applications Polysaccharide-based (nano)materials for supercapacitor applications Cellulose-based supercapacitors Chitin and chitosan-based supercapacitors Starch-based supercapacitors Lignin-based (nano)materials for supercapacitor applications Protein-based (nano)materials for supercapacitor applications Gelatin-based supercapacitors Silk-based supercapacitors Conclusion and future perspective References Chapter-11---Biopolymer-based--na_2021_Biopolymer-Based-Metal-Nanoparticle-C Biopolymer-based (nano)materials for hydrogen storage Introduction Methods of hydrogen storage High pressure Liquefaction Solid state Mechanism of hydrogen storage Chemical storage Physisorption Biopolymer-based (nano)materials for hydrogen storage Lignin Cellulose Chitosan Starch Conclusion and future perspective References Index_2021_Biopolymer-Based-Metal-Nanoparticle-Chemistry-for-Sustainable-App Index A B C D E F G H I K L M N O P Q R S T U V W X Z