Absidia Orchidis | OE5 | |||||
Acetylation | PB8 | |||||
Acid hydrolysis | OP11 | |||||
Actinide | OA1 | |||||
Active Package | PA18 | |||||
Active Targeting | OL4 | |||||
Adsorption | OA5 | PL15 | PA8 | PA9 | PA13 | PA20 |
Aeromonas | PE19 | |||||
AFM | PP8 | |||||
Agarose | PA1 | |||||
Aggregation | OL4 | |||||
Agrobacterium rb | PL5 | |||||
Alginate | OL1 | PL6 | ||||
Alginate-Chitosan Beads | PL5 | |||||
Alkylated Chitosan | OP5 | |||||
Alkylation | PC11 | PC15 | ||||
Allosamidin | PB6 | PE5 | ||||
Alternaria Alternata | PE11 | |||||
Amino Acid | PC16 | |||||
Amphiphilic Chitosan | PC15 | |||||
Anaerobic Bacteria | PL1 | |||||
Angiogenesis | OL17 | |||||
Anhydrous Polymorph | PP6 | |||||
Anionic Dyes | PA14 | |||||
Anti-Fouling | OB2 | |||||
Anti-Platelet | KL4 | |||||
Antibacterial | PL16 | PL19 | ||||
Antifungal | OL14 | |||||
Antifungal Activity | PE18 | |||||
Antifungal Agent | PB11 | |||||
Antimicrobial Activity | KB1 | PB1 | PB3 | |||
Apoptosis | OL8 | |||||
Aquaculture | PL13 | PL18 | ||||
Arabidopsis | PB8 | |||||
Archundia, M. | PE12 | |||||
Aspergillus Niger | PC1 | |||||
Aspergillus Oryzae | OE6 | |||||
Atherosclerosis | PL12 | |||||
Azole-Phosphated Chitosan | PB11 |
B. Thuringiensis | OB4 | |
ß-N-acetylhexosaminidase | PE16 | |
Bacterial Adhesion | OB2 | |
Basidiomycetes | PS1 | |
Batch Method | PA13 | |
Beta-Glucosaminidase | OE2 | |
Beta-Glucosidase | PA5 | |
Binding | PE3 | PE5 |
Binding Protein | OE4 | |
Bio-Activity Matrices | KB1 | |
Biocompatibility | PL8 | |
Biocontrol | PB2 | |
Biodegradable Polymers | PL7 | |
Biodegradation | PB5 | |
Biological Control | OL12 | |
Biomaterial | PC14 | |
Biomaterials Design | OL5 | |
Biomineralization | PB4 | |
Biopolymers | PS5 | PS6 |
Bioreactor | PE21 | |
Biotechnological Chitosan Prod | PE14 | |
Blood | OL17 | |
Bone | OL17 | |
Bradykinin | OC11 | |
Branched Polysaccharide | KC1 | PC6 |
Browning | OS6 |
Calu-3 Cells | PL2 | ||||||
Carbon Tetrachloride | PL3 | ||||||
Carboxyethylation | PC11 | PC13 | |||||
Carboxymethylation | PC18 | ||||||
Carboxymethylchitosan | PC18 | ||||||
Caries | PL15 | ||||||
Cariogenic Bacteria | OL9 | ||||||
Cartilage | OL17 | ||||||
Cartilage Regeneration | KL3 | ||||||
Catalysis | OA2 | PA15 | PA17 | ||||
Catalyst | OA4 | PA16 | |||||
Catalytic Residues | OE2 | ||||||
Cationic dyes | PA13 | ||||||
Cellulose | PC6 | ||||||
Characterization | PS4 | PS6 | |||||
Cheese Whey Proteins | PA3 | ||||||
Chemical Characteristics | KS1 | ||||||
Chemical Modification | KP1 | PC17 | |||||
Chemical Properties | OS6 | ||||||
Chemical Synthesis | OC3 | PC5 | |||||
Chemical Treatment | KS1 | ||||||
Chewing-Gum | OL9 | ||||||
Chiral Separation | PC16 | ||||||
Chitibiosidase | OB4 | ||||||
Chitin | OE7 | OC2 | KP1 | OL6 | PB2 | PS1 | PS2 |
PC3 | PP4 | PP10 | PL12 | PA19 | |||
Chitin de-N-acetylase | PE8 | PE9 | |||||
Chitin Deacetylation | OS5 | OE1 | OE5 | PE14 | |||
Chitin Glucan | OL13 | ||||||
Chitin-Glucan Hydrolysed | PL12 | ||||||
Chitin Hydrogel | OC7 | ||||||
Chitin Oligomers | OC1 | OC3 | |||||
Chitin Probe | PB10 | ||||||
Chitin Synthesis | PB4 | ||||||
Chitin-Binding | OE3 | ||||||
Chitin-PAA gel | PB1 | ||||||
Chitinase | KB2 | OE3 | OE6 | OE7 | KC2 | OL12 | PB6 |
PB7 | PE2 | PE3 | PE4 | PE5 | PE7 | PE12 | |
PE13 | PE17 | PE18 | PE19 | ||||
Chitinase Catalysis | KE1 | ||||||
Chitinase Expression | PE1 | ||||||
Chitinolytic Bacteria | OL12 | ||||||
Chitinolytic Enzymes | PE15 | ||||||
Chitooligosaccharides | OL11 | PS4 | PE3 | PE5 | PE19 | PC5 | PC7 |
Chitosan | OS1 | OS6 | OE5 | OE6 | OC2 | OC4 | OC9 |
OC10 | KP2 | OP7 | OP10 | OP11 | OL1 | OL6 | |
OL9 | OL10 | OL15 | OL16 | OA2 | OA5 | OA6 | |
OA7 | PB2 | PB3 | PB5 | PB8 | PS1 | PS7 | |
PE7 | PC3 | PC11 | PC12 | PC13 | PC16 | PC18 | |
PC19 | PP3 | PP4 | PP5 | PP9 | PP11 | PP13 | |
PL1 | PL2 | PL4 | PL6 | PL7 | PL11 | PL12 | |
PL13 | PL14 | PL15 | PL16 | PL18 | PA1 | PA2 | |
PA6 | PA8 | PA10 | PA11 | PA12 | PA13 | PA14 | |
PA17 | PA18 | ||||||
Chitosan/Carrageenan Complexes | OB2 | ||||||
Chitosan/Ethanol Production | OS1 | ||||||
Chitosan/Porphyrin Conjugates | OC12 | ||||||
Chitosan-Clay Composite | PA5 | ||||||
Chitosan-Glucan Complex | OS2 | ||||||
Chitosan Aerogel | OP1 | PA15 | |||||
Chitosan Beads | PA9 | ||||||
Chitosan Blends | PP1 | ||||||
Chitosan Coatings | OB2 | ||||||
Chitosan Copolymer | OP8 | ||||||
Chitosan Derivatives | OC8 | OP2 | PC9 | ||||
Chitosan Grafting | OC5 | ||||||
Chitosan Hollow Fibers | OA4 | PA16 | |||||
Chitosan Hydrolysate | OL11 | ||||||
Chitosan Hydrolysis | PP6 | ||||||
Chitosan Iodine Complex | PL19 | ||||||
Chitosan Macrofiber | PP7 | ||||||
Chitosan Nanoparticles | PA20 | ||||||
Chitosan Oligomers | KB1 | KL2 | |||||
Chitosan Oligosaccharide | OL8 | PE20 | PE21 | PL3 | |||
Chitosan Production | PS8 | ||||||
Chitosan Sulphate | PA7 | ||||||
Chitosanase | OE2 | PB7 | PE10 | PE11 | PE22 | ||
Chitotetrarose | PC4 | ||||||
Chondrocytes | OL10 | PL8 | |||||
Chondroprotective Action | KL4 | ||||||
Chromium | PA7 | ||||||
Cloning | OB4 | ||||||
Coagulation/Flocculation | PA14 | ||||||
Colloidal Stability | OP4 | ||||||
Colloids | OP9 | ||||||
Complexation Reactions | PA6 | ||||||
Controlled Release | PL11 | ||||||
Copolymer | PA2 | ||||||
Copolymer Units Distribution | PP4 | ||||||
Copper | OA5 | ||||||
Copper(II) | PA9 | ||||||
Covalent Immobilization | PA1 | PA2 | |||||
Crosslinking | OA5 | ||||||
Crystal | OP2 | ||||||
Crystal Structure | PE6 | ||||||
Crystalline Structure | KP1 | ||||||
Crystallinity | PP6 | ||||||
Crystallographic Properties | PS5 | ||||||
Crystallography | KC2 | ||||||
Cucumis Savitus | KC1 | ||||||
Curdlan | KC1 | ||||||
Cyclodextrin | PL2 | ||||||
Cytochemical Studies | OB1 |
D2O | OP1 | |||
DCS | PP2 | |||
Deacetylation | OS5 | OC1 | PS1 | PS5 |
Deacetylation Degree | PP5 | |||
Decoy | KP2 | |||
Degradation | OC2 | |||
Degree of Deacetylation | PS2 | PC3 | ||
Dental Caries | OL9 | |||
Depolymerisation | OC1 | |||
Desorption | PA9 | |||
Dextran | OP4 | |||
Diclofenac Sodium | PL11 | |||
Didanosine | PL10 | |||
Digestion | OL15 | |||
Dilational Viscoelasticiity | OP5 | |||
Disruption | OE3 | |||
Dissolving | KP1 | |||
DNA Electrophoresis | OL8 | |||
Domain Structure | OE6 | |||
Drug Delivery | OL3 | |||
Drug Delivery System | OL1 | |||
Dry-Heat | OS6 | |||
Diffusivity | PA18 | |||
Dynamic Surface Tension | OP5 |
Effect of Dry Heat | OS6 |
Electrochemistry | PP10 |
Electrodeposition | KA1 |
Elicitor Activity | KB1 |
Elicitation | PB8 |
Encapsulation | PL5 |
Enzymatic Depolymerization | PS4 |
Enzymatic Polymerization | KE1 |
Enzymatic Treatment | KS1 |
Enzyme | OA7 |
Enzyme Assay | PE4 |
Enzyme Immobilisation | PA4 |
Enzymology | OE1 |
2-Epimerase | OE4 |
Ethanol | OS1 |
Evolution | PB14 |
EXAFS | PA11 |
Exoskeleton | PB9 |
Extracellular Matter | PB10 |
Extraction | PS3 |
Family 19 Chitinase | PE6 | |
Feed Supplement | PL18 | |
Fern | PE18 | |
Fibroblasts | PL8 | |
Film Coating | PL16 | |
Fishery Products | PB3 | |
Fixed Bed Reactor | PA8 | |
Fluorescence | OL4 | |
Food Preservative | PB3 | |
Food Products | PL14 | |
Food Storage | PA18 | |
Food Supplements | PC1 | |
Freeze | OS5 | |
FTIR | OP1 | |
Fungal Cell Wall | OB1 | |
Fungal Chitosan | OS2 | PC1 |
Fungal Mycelia | PS7 | |
Fungal Source | PS3 | |
Fungal Wall | PB10 | |
Fungi | OE6 | |
Fungus | PS8 | |
Furan Chromophore | OC5 | |
Fusarium Graminearum | PE10 |
Gel | OL2 | |||
Gelatin | OC4 | |||
Gene Delivery | KL2 | OL16 | ||
Genipin | OC10 | |||
Geometry Optimization | PA10 | |||
GlcNAc | OE4 | |||
Glucosamine | OC1 | PC6 | PC7 | PC8 |
Glucosamine Tetrasaccharide | PC4 | |||
Glycation | OC11 | |||
Glycerol Phosphate | PP13 | |||
Glycerophosphate | OL10 | PP3 | ||
Glycidyltrimethylammonium chlo | PB1 | |||
Glycosides | PC8 | |||
Glycosylation | KC1 | PC6 | ||
Grafting | OC7 | |||
Granules | PL10 | |||
Green Gram Bean Production | PS8 |
Halopropionic Acids | PE11 | ||||
Hamsters | PL12 | ||||
Heavy Metals | PA6 | PA11 | |||
Hepatotoxicity | PL3 | ||||
Heterologous Expression | PE2 | PE8 | PE9 | PE10 | |
Hormonal Peptides | OC11 | ||||
Hyaluronan | OB3 | ||||
Hybrid | OL3 | ||||
Hybrid Polysaccharide | KE1 | ||||
Hydrocarbons | PE12 | ||||
Hydrogenation | OA4 | PA16 | |||
Hydrogel | OC6 | OC10 | KP2 | PP3 | PP7 |
Hydrophilic Drugs | KL1 |
Immobilization | PA5 | |
Immobilized Enzyme | PE20 | PE21 |
Immunomodulation | OL11 | |
In-Gel Assay Activity | PE13 | |
In-Gel Synthesis | PC12 | |
Inflammatory Disorders | KL4 | |
Interactions | OP3 | |
Intestinal Permeation | PL10 | |
Ionic Gelation | KL1 | |
Ionic Liquid | OA2 | PA17 |
Ions | OP3 | |
IR Spectra | PA10 | |
Iron | OL13 |
J- and H-aggregation | OC12 |
Keratinocytes | OB3 |
Kinetics | OE2 |
L-Phenylalanine | PC17 | ||
Lactose | OC9 | ||
Lead | OL13 | ||
Lecanicillium | PE12 | ||
Lecanicillium Fungicola | PE13 | ||
Ligand-Exchange | PC16 | ||
Lipase | OL15 | PA1 | PA2 |
Lipophilic Derivative of Chito | OA1 | ||
Liquid-crystals | OP9 | PP10 | |
Lithium Thiocyanate | PC12 | ||
Liver | PE16 | ||
LMWC | OL11 | ||
Low Molecular Weight Chitosan | PC17 | ||
LysM Domain | PE18 | ||
Lysozyme | PB5 | PE17 |
Maillard | OS6 | ||
Maldi-Tof | PC2 | ||
Maltose | OC9 | ||
Marine Bacteria | PE15 | ||
Marine Invertebrate | PB9 | ||
Mass Spectrometry | PE3 | PC2 | |
Mass Transfer | PE20 | ||
Matrix | PC2 | ||
Matrix-Metalloprotease | PL4 | ||
Matsumiya, M. | PE16 | ||
Mechanism | OE1 | OP7 | |
Melt-Blown | PL7 | ||
Membrane | PA12 | ||
Membrane Reactor | OE5 | ||
Mercury Ions | PA8 | ||
Metachromasy | OP7 | ||
Metronidazole | PL1 | ||
Microcapsules | PL6 | ||
Micromechanical | KA1 | ||
Microsystems | KA1 | ||
Molecular Characterization | OS3 | ||
Molecular Dynamics | OP3 | ||
Molecular Imprinting | OC10 | ||
Molecular Mechanics | OP3 | ||
Molecular Weight | PP4 | PP5 | PP9 |
Mollusca | PB14 | ||
Mollusk Shell | PB4 | ||
Monoglyceride Synthesis | PA15 | ||
Mucoadhesiveness | PL10 | ||
Mucor Indicus | OS1 | ||
Mucosal Immunisation | OL1 | ||
Multi-Membrane | OL5 | ||
Must | PL13 | ||
Myosin Motor Domain | PB4 |
N,N,N-trimethylchitosan | PL16 | ||||||
N-acetylglucosamine | OB3 | ||||||
N-hydroxymethylacrylamide | PC10 | ||||||
Na-(3-bromopropanoyl)-amino ac | PC9 | ||||||
Nano-Particle | OP4 | OP9 | OP10 | KL1 | OL1 | PC19 | PL2 |
Nanobiotechnology | OA3 | ||||||
Nanoscaffold | OC9 | ||||||
NaOH Treatment | OS2 | ||||||
NIS/TMSOTf-Catalysed Coupling | PC4 | ||||||
Neutrophils | OL8 | ||||||
Nitrogen Content | PS7 | ||||||
NMR Relaxation | OL4 | ||||||
NMR Spectroscopy | KC2 |
Ochratoxin A | OL13 | ||
OligoChitosan | OC11 | PC2 | PC10 |
OligoSaccharides | KC2 | KL2 | |
Oligomer | PE7 | PP10 | |
Optical Spectroscopy | PB9 | ||
Ordered Structure | OP2 | ||
Oxidizers | PP10 |
P-Chitosan | PB11 | PC14 |
Pachyrhizus Erosus | PS6 | |
Package | PL14 | |
Paenibacillus Amylolyticus | PE15 | |
Palladium | OA4 | |
Palladium Adsorption | OC8 | |
Palladium Nanoparticles | PA16 | |
Pamps | PC10 | |
Paracellular Transport | OB1 | |
Partially Acetylated Oligomers | KB1 | |
Pathogens | OB1 | |
Penicillum Digitatum | PB2 | |
PEO | OC5 | |
Peptide Chitosan Derivatives | PP2 | |
Phagocytosis | PB5 | |
Phosphated Glucosamine | PB12 | |
Phosphorylation | PC14 | |
Photoacoustic Spectroscopy | PB9 | |
Photonic | KA1 | |
Photosensitive | OC8 | |
Physical Characteristics | KS1 | |
Physical Gelation | OC13 | |
Physical Hydrogels | OP10 | OL5 |
Physical Properties | OS6 | PA20 |
Phytopathogen | OL14 | |
Plasmid DNA | OL16 | |
Poly-Electrolyte Complexe | OP4 | PP8 |
Poly (Vinyl Alcohol) | OC4 | |
Polycaprolactone | OC7 | |
Polysaccharide | PP8 | |
Potential Chitinase-Inhibitors | PC8 | |
PR Proteins | PE2 | |
PR-8 | PE2 | |
Preparation | PA20 | |
Preparation Protocols | PA4 | |
Processing Parameters | PP7 | |
Processivity | OE7 | |
Protection | KC1 | |
Protein Hydrolysis | PA3 | |
Protolitic Constants | PP2 | |
Proton NMR | PC3 | |
Pulp | PA19 | |
Pump Out | OS5 | |
Purification | PE11 | PE16 |
Quantum Chemical Calculation | PA10 |
Ralstonia | PE17 | |
Reactivity | PS2 | |
Reactor | OA2 | |
Recombinant Enzyme | PE8 | PE9 |
Renin | OE4 | |
Retin-A-Glucosamine | PB12 | |
Retinamide | PB12 | |
Rheology | OC6 | |
Rhyzopus Oryzae | OS1 |
SAXS | PP8 | ||
Screening | PE15 | ||
SEC-MALS | OS3 | ||
Secretion | PE22 | ||
Self-Assembly | OC12 | OP9 | |
Serratia Marcescens | OE3 | PE4 | |
Shell | PB14 | ||
Silkworm | KB2 | ||
Silver | PC19 | ||
Sizing | PA19 | ||
Skin Regeneration | KL3 | ||
Sludge | OA6 | ||
Sol-Gel Process | OL3 | ||
Sol-gel Transition | OC13 | OP8 | PP13 |
Solid Substrate | PS7 | ||
Solubility | PS2 | ||
Solvent | PP9 | ||
Solvent Extraction | OA1 | ||
Specialized Chitosans | KS1 | ||
Specific Applications | KS1 | ||
Specificity | OE2 | ||
Sponge | OL2 | ||
Squid Todarodes Pacificus | PE16 | ||
Stability | OP11 | PA5 | |
Stimuli-Responsive Polymer | OP8 | ||
Strength Properties | PA19 | ||
Streptococcus | PL15 | ||
Streptomyces | PB6 | PE6 | PE22 |
Structure | OE1 | ||
Substituted Chitosan | KL2 | ||
Succinylation | PC15 | ||
Sulfoalkylation | PL8 | ||
Surfactant-Polyelectrolyte com | OP5 | ||
Susceptibility | PL1 | ||
Syncrotron Radiation | PA11 | ||
Synthesis of Chitin | KE1 |
Tendon | OL6 | |
Tendon Regeneration | KL3 | |
Termamyl Type LS Enzyme | OS2 | |
Thaw Cycle | OS5 | |
Thermal Analysis | PS5 | |
Thermal Depolymerization | OP11 | |
Thermal Properties | OC7 | PC14 |
Thermogelation | OC6 | |
Thermoplastic Polymers | PL7 | |
Thermosensitive | OC6 | PP3 |
Thermosetting Gels | OL10 | |
Thin films | OC5 | |
Thiocarbamoylation | PC12 | |
Thio-Oligosaccharides | PC8 | |
Thrombotic Disorders | KL4 | |
Tissue Engineering | OL5 | |
Transfection | OL16 | |
Transgenic Plant | KB2 | |
Transition Metal Complexes | PP2 | |
Transport | PA12 | |
Treatment | OA6 | |
Trichloroacetimidate | PC7 | |
Tripolyphosphate | PL11 | |
Trypsin | PA4 | |
Trypsin Immobilization | PA3 | |
Tumor Spreading | PL4 | |
Two-Component Regulatory Syste | PB6 |
Ultrafiltration | PA6 | PA7 |
Ultrasonic Treatment | OP10 | |
Ultrasound | OS5 | |
Ultrastructural Studies | OB1 | |
UV | PC19 | |
UV-Curable | OC8 |
Vesicles | OA3 |
Viscoelastic Properties | OC13 |
Water | OA6 | ||
Water Soluble Polymers | PA7 | ||
Water Sorption Isotherm | PP1 | ||
Wool | OA7 | ||
Wound Healing | OS4 | KL3 | OL6 |
Yam | KB2 |
Yeast | PS8 |
Zygomycetes | OS1 |