Recent Advances in Marine Biotechnology: Biomaterials and BioprocessingMilton Fingerman, Rachakonda Nagabhushanam Taylor & Francis, 2003 - 385 pagina's Marine organisms have been found to be sources of numerous compounds that have applications in industry, agriculture, and medicine. This volume explores ongoing efforts to develop these natural products into commercially viable materials. The book deals with a range of topics, such as photobioreactors, industrial applications of chitosanases, carrageenans from red algae, anticoagulants from marine algae, anti-HIV compounds from red algae and biomass production as a source of energy by pyrolysis. |
Inhoudsopgave
Biotechnology for Algal Mass Cultivation | 45 |
Marine Biopolymers from the Red Algae Gracilaria spp | 79 |
A Renewable Energy from Pyrolysis of Marine and | 111 |
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Veelvoorkomende woorden en zinsdelen
acid agar algal animal anti-HIV activity anticoagulant anticoagulant polysaccharides Antiviral Appl applications astaxanthin binding Biochem Biol biological biomass Biotechnol biotechnology byssus byssus strands Carbohydr carbon carrageenan cell wall Chem chemical chitosan chitosanase Chlorella Clercq colon commercial compounds concentration cultivation culture cyanobacteria degraded carrageenan effect efficiency enzyme exopolysaccharide expression extracted factors fibrinolysis formation fucoidan galactan gel strength gene Gigartinales Gracilaria growth Haematococcus hemagglutinins Hori human hydrolysis increase induced industrial infection inhibition inhibitory keratin lectins light intensity marine algae microalgae Microbiol molecular farming molecular weight mussel oligosaccharides outdoor oxygen photobioreactors photosynthetic Phycol polymers polysaccharides ponds potential production properties pyrolysis rats reactors recombinant protein red algae reported residues Rhodophyta solar light species Spirulina strains structure studies sulfated sulfated polysaccharides temperature tion tobacco Torzillo transgenic plants tube tubular photobioreactors ulceration verrucosa virus vitro Vonshak Witvrouw yield µg/mL