Marine Surfactants
portes grátis
Marine Surfactants
Preparations and Applications
Shin, Kyung-Hoon; Kim, Se-Kwon
Taylor & Francis Ltd
07/2024
406
Mole
9781032309668
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
1. Surfactin and surfactin-like production, purification, and application at marine environments 2. Marine microbes' surfactants: Future implementations 3. Marine bacteria surfactants: Bioremediation and production aspects 4. Rhamnolipids produced by marine microorganism, a perspective 5. Role of biosurfactant produced by marine microbes in bioremediation 6. Diversity of marine biosurfactant producing bacteria and their role in the degradation of heterogenous petrochemical hydrocarbons 7. Production and characterization of biosurfactant to improve the effectiveness and bioavailability of insoluble antibiotics 8. Marine algal and cyanobacterial surface-active compounds 9. The exploitation of marine biosurfactants in India 10. Advances in biosurfactant production from marine waste and its potential application in the marine environment 11. Marine Biosurfactants: Application in agriculture 12. Cosmetic application of the surfactants from marine microbes 13. Biosurfactants and nanomaterials for potential marine oil remediation 14. Marine biosurfactants in environmental bioremediation: scope and applications 15. Biosurfactant in Oil Spill Clean Up 16. Extensive studies on Fermentative production of biosurfactant from extremophilic marine microbes
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Marine surfactants;Marine oil spills;Natural products;Marine cosmeceuticals;Marine personal care product;Marine biomacromolecules;Marine microbe's surfactants;Bioremediation;Lactic acid bacteria;Marine exopolysaccharides;Nonribosomal Peptide Synthetases;16S rRNA Gene Sequence Data;Biosurfactant Production;Acyl Homoserine Lac Tone;Tamil Nadu;Foam Fractionation;Treated Palm Oil Mill Effluent;Rhamnolipid Production;MEOR;Marine Microbes;Hydrocarbonoclastic Bacteria;CMC Concentration;Microbial Enhanced Oil Recovery Technology;High Molecular Weight Biosurfactants;Halloysite Nanotubes;Energy Source;Trehalose Lipids;Lipopeptide Biosurfactant;Surfactin Production;High Molecular Mass Molecules;Smaller Oil Droplet Sizes;Micro-filtration Membrane;High Performance Liquid Chromatography Mass Spectrometry;Marine Waste;Marine Cyanobacteria
1. Surfactin and surfactin-like production, purification, and application at marine environments 2. Marine microbes' surfactants: Future implementations 3. Marine bacteria surfactants: Bioremediation and production aspects 4. Rhamnolipids produced by marine microorganism, a perspective 5. Role of biosurfactant produced by marine microbes in bioremediation 6. Diversity of marine biosurfactant producing bacteria and their role in the degradation of heterogenous petrochemical hydrocarbons 7. Production and characterization of biosurfactant to improve the effectiveness and bioavailability of insoluble antibiotics 8. Marine algal and cyanobacterial surface-active compounds 9. The exploitation of marine biosurfactants in India 10. Advances in biosurfactant production from marine waste and its potential application in the marine environment 11. Marine Biosurfactants: Application in agriculture 12. Cosmetic application of the surfactants from marine microbes 13. Biosurfactants and nanomaterials for potential marine oil remediation 14. Marine biosurfactants in environmental bioremediation: scope and applications 15. Biosurfactant in Oil Spill Clean Up 16. Extensive studies on Fermentative production of biosurfactant from extremophilic marine microbes
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Marine surfactants;Marine oil spills;Natural products;Marine cosmeceuticals;Marine personal care product;Marine biomacromolecules;Marine microbe's surfactants;Bioremediation;Lactic acid bacteria;Marine exopolysaccharides;Nonribosomal Peptide Synthetases;16S rRNA Gene Sequence Data;Biosurfactant Production;Acyl Homoserine Lac Tone;Tamil Nadu;Foam Fractionation;Treated Palm Oil Mill Effluent;Rhamnolipid Production;MEOR;Marine Microbes;Hydrocarbonoclastic Bacteria;CMC Concentration;Microbial Enhanced Oil Recovery Technology;High Molecular Weight Biosurfactants;Halloysite Nanotubes;Energy Source;Trehalose Lipids;Lipopeptide Biosurfactant;Surfactin Production;High Molecular Mass Molecules;Smaller Oil Droplet Sizes;Micro-filtration Membrane;High Performance Liquid Chromatography Mass Spectrometry;Marine Waste;Marine Cyanobacteria
