Halophilic enzymes especially esterase & lipases have a wide
and varied industrial & biotechnological application in the
present era. The ability of the halophilic bacteria to grow and
produce enzymes over a very wide range of salinities make them very
attractive for research and for the isolation of novel enzymes with
unusual properties. Screening of novel extreme halophilic
microorganism is very important for the production of novel enzyme.
The bacterium Marinobacter Hydrocarbonoclasticus PSTZ used for the
present study was previously isolated in our laboratory. Further
work was carried out to purify, amplify & sequence
carboxylesterase gene from strain PSTZ. The use of lipases &
esterases for a variety of biotechnological applications is rapidly
& steadily increasing. Many novel lipase genes are still to be
identified & enzymes with new and exciting properties will be
discovered. In parallel, the combination of optimized lipases with
improved reaction conditions will lead to novel synthetic routes,
allowing the production of high-value chemicals &
pharmaceuticals. The new era of biocatalysts that has just started
will undoubtedly see lipolytes as the biocatalysts of the future.
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