Pseudomonas sp. CSV86, an Indian soil isolate, degrades wide range of aromatic
compounds like naphthalene, benzoate and phenylpropanoids, amongst others. Isolate …

Comparative genomic and functional analyses revealed the presence of three genomic
islands (GIs,> 50 Kb size): ICE nah CSV86, Pseudomonas bharatica genomic island-1 …

Hierarchical utilization of substrate by microbes (utilization of simple carbon sources prior to
complex ones) poses a major limitation to the efficient remediation of aromatic pollutants …

A soil bacterium, strain CSV86T isolated from a petrol station in Bangalore, India displays a
unique carbon source utilization hierarchy with preferential utilization of various genotoxic …

Assistive eco‐physiological traits are necessary for microbes to adapt and colonize at
polluted niches, enabling efficient clean‐up. To demarcate species distinctiveness and eco …

Pseudomonas putida CSV86, a plasmid-free strain possessing capability to transfer the
naphthalene degradation property, has been explored for its metabolic diversity through …

Pseudomonas bharatica CSV86T displays the unique property of preferential utilization of
aromatic compounds over simple carbon sources like glucose and glycerol and their co …

Soil isolates Pseudomonas putida CSV86, Pseudomonas aeruginosa PP4 and
Pseudomonas sp. C5pp degrade naphthalene, phthalate isomers and carbaryl, respectively …

The effective elimination of xenobiotic pollutants from the environment can be achieved by
efficient degradation by microorganisms even in the presence of sugars or organic acids …

Bioremediation offers a viable alternative for the reduction of contaminants from the
environment, particularly petroleum and its recalcitrant derivatives. In this study, the ability of …