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Reference BookDOI

Handbook of hydrocarbon and lipid microbiology

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TLDR
The results allowed us to assess the importance of knowing the carrier and removal status of phytochemical components of hydrocarbons and the role that these properties play in the development of microbial communities.
Abstract
VOLUME 1: HYDROCARBONS, OILS AND LIPIDS: DIVERSITY, PROPERTIES AND FORMATION Part 1 Diversity and Physico-Chemical Characteristics, Part 2 Formation and Location, Part 3 Transfer from the Geosphere to Biosphere, Part 4 Environmental Chemistry, Part 5 Biochemistry of Biogenesis, Part 6 Genetics of Biogenesis , Part 7 The Microbes (Section Editor: Terry Mcgenity), Part 8 Methanogenic Communities VOLUME 2: MICROBIAL UTILIZATION OF HYDROCARBONS, OILS AND LIPIDS Part 1 Introduction: Theoretical Considerations, Part 2 Biochemistry of Aerobic Degradation , Part 3 Biochemistry of Anaerobic Degradation, P art 4 Enzymology , Part 5 Genetics (the Paradigms) (Section Editor: Victor De Lorenzo), Part 6 Functional Genomics (the Paradigms) (Section Editor: Victor De Lorenzo), Part 7 Cellular Ecophysiology: Problems of Hydrophobicity, Bioavailability , Part 8 Cellular Ecophysiology: Uptake, Part 9 Cellular Ecophysiology: Problems of Solventogenicity, Solvent Tolerance, Part 10 Cellular Ecophysiology: Problems of Feast or Famine VOLUME 3: MICOBES AND COMMUNITIES UTILIZING HYDROCARBONS, OILS AND LIPIDS Part 1 The Microbes (Section Editor: Terry Mcgenity), Part 2 Microbes Utilizing Non-Hydrocarbon Components of Fossil Fuels, Part 3 Microbial Communities Based on Hydrocarbons, Oils and Fats: Natural Habitats, Part 4 Microbial Communities Based on Hydrocarbons, Oils and Fats: Anthropogenically-Created Habitats VOLUME 4: CONSEQUENCES OF MICROBIAL INTERACTIONS WITH HYDROCARBONS, OILS AND LIPIDS Part 1 Introduction , Part 2 Applications: Organics Degradation, Part 3 Applications: Biomonitoring, Part 4 Applications: Fuel Production , Part 5 Applications: Chemicals Production, Part 6 Global Consequences of the Consumption and Production of Hydrocarbons, Part 7 Human-Animal-Plant Health and Physiology Consequences of Microbial Interactions with Hydrocarbons and Lipids , Part 8 The Future VOLUME 5: EXPERIMENTAL PROTOCOLS AND APPENDICES Part 1 Study Systems (Section Editor: Jan Roelof Van Der Meer), Part 2 Analytical Procedures (Section Editor: Jan Roelof Van Der Meer), Part 3 Microbiology and Community Procedures (Section Editor: Jan Roelof Van Der Meer), Part 4 Biochemical Procedures (Section Editor: Jan Roelof Van Der Meer), Part 5 Genetic and System Procedures (Section Editor: Jan Roelof Van Der Meer), Part 6 Application Procedures (Section Editor: Jan Roelof Van Der Meer), Part 7 Appendices

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Journal ArticleDOI

Discovering novel enzymes by functional screening of plurigenomic libraries from alga-associated Flavobacteriia and Gammaproteobacteria

TL;DR: These original results demonstrate the efficiency of the uncommon "plurigenomic" library approach and the underexplored potential of alga-associated cultivable microbiota for the identification of novel and algal-specific enzymes.
Book ChapterDOI

Purification of Peptides from Bacillus Strains with Biological Activity

TL;DR: One of the greatest causes of loss in the food industry is postharvest diseases of fruits and vegetables (Vero Mendez & Mondino, 1999) whereas in developing countries the losses are often more severe due to inadequate storage and transportation facilities.
Journal ArticleDOI

Simultaneous Application of Biosurfactant and Bioaugmentation with Rhamnolipid-Producing Shewanella for Enhanced Bioremediation of Oil-Polluted Soil

TL;DR: In this paper, a combined treatment strategy involving the addition of rhamnolipid, Rhamnoline producing bacteria (Shewanella sp. BS4) and a native soil microbial community for the remediation of hydrocarbon-contaminated soil under pilot-scale conditions was adopted.
Journal ArticleDOI

Draft genome sequences for oil-degrading bacterial strains from beach sands impacted by the deepwater horizon oil spill.

TL;DR: The draft genome sequences of 10 proteobacterial strains isolated from beach sands contaminated with crude oil discharged from the Deepwater Horizon spill, which were cultivated under aerobic and anaerobic conditions, contain multiple putative genes belonging to hydrocarbon degradation pathways.
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