Biopolymer-Based Metal Nanoparticle Chemistry for Sustainable Applications

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
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