Advances in Marine Chitin and Chitosan

© 2015 MDPI; under CC BY-NC-ND license

silyl chitosan; trimethyl chitosan (TMC); quaternary ammoniumyl; pyridiniumyl derivatives; antibacterial activity; structure-activity relationship (SAR); bioproduction; chitooligosaccharides; chitin deacetylase; chitinase; chitosanase; enzymatic hydrolysis; transglycosylation ; chemoenzymatic glycosylation; chitin; chitosan; electrospinning; nanofibrils; biomedical uses; chitosan (CS); glycidyltrimethylammonium chitosan (GTMAC-CS); maxwell model; relaxation time; frequency-concentration master curve; sol-gel transition; chitosan; carbon nanotubes; nanocomposites; scaffolds; cryogels; mineralization; electrodeposition; drug delivery; tissue engineering; fuel cells; chitosan; fucoidan; nanoparticles; drug delivery; tight junction; alginate; chitosan; ethanol-induced gastric injury; mucoadhesive microparticles; puerarin; microcapsules; linseed oil; chitosan; 1-butanol; trisodium citrate; oil-in-water emulsion; alkali treatment; glycol chitosan; theranostics; nanosystem; fluorescence; cancer; chitosan; water soluble chitosan; drug carriers; polyelectrolyte complexes; targeted/controlled release; urolithiasis; antioxidant activity; calcium oxalate monohydrate crystals; copper chelation; chitosan; drug delivery; mucoadhesion; vaginal therapy; FITC-dextran; chitosan; modification; grafting; cross-linking; adsorption; pollutants; dyes; metals; pharmaceuticals; capacity; chitosanase; squid pen; Bacillus cereus; chitooligomers; biosorbent; chitin; chitosan; chemical and enzymatic deproteinization; demineralization; characterization; deacetylation; biological activities; biomedical applications; chitin; chitosan; direct compression; co-processed excipients; solid formulation; insulin; oral delivery; oligochitosan; low molecular weight chitosan; nanoparticles; spectroscopy; glucose; diabetic rats; crystalline mannitol; α-chitin; roll compaction; oro-dispersible tablets; insulin; oligochitosan; low molecular weight chitosan; polyelectrolyte complex; stability; carbon nanotube (CNTs); chitosan; Cs⁺ adsorption; –OH functional groups