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Microorganisms have increasingly been investigated as a source of xenobiotic-degrading enzymes. This book detailed about the isolation of endosulfan degrading bacterium for further investigation into enzymatic endosulfan bio-remediation. Using endosulfan as the only available carbon source, we can enrich soil inocula for microorganisms capable of releasing the sulfur from the endosulfan, thereby providing a source of carbon for growth. The book consist of report on the resultant bacterial culture that, the culture degrades endosulfan to produce a novel metabolite not reported to occur as a…mehr

Produktbeschreibung
Microorganisms have increasingly been investigated as a source of xenobiotic-degrading enzymes. This book detailed about the isolation of endosulfan degrading bacterium for further investigation into enzymatic endosulfan bio-remediation. Using endosulfan as the only available carbon source, we can enrich soil inocula for microorganisms capable of releasing the sulfur from the endosulfan, thereby providing a source of carbon for growth. The book consist of report on the resultant bacterial culture that, the culture degrades endosulfan to produce a novel metabolite not reported to occur as a result of chemical hydrolysis. The investigation reported in this book suggest that the obtained bacterial isolates are a potential source of an enzymatic bioremediating agent. Bacterium would potentially be a valuable source of catalytic enzymes for the development of bioremediating agent to reduce endosulfan residue problems in run-off from irrigation waters.
Autorenporträt
Dr. Prafulla Katkar, Working as an Assistant Professor of Microbiology in Guru Nanak College of Science, Ballarpur MS India. Done his Masters in Microbiology from Nagpur University and Ph.D from University of Rome "Tor Vergata" Italy. Also been awarded with honorary Doctor of Letters (D.Litt) from University of South America, Uruguay.