In this study, a novel isolate of Enterobacter aerogenes isolated from contaminated soils with
hydrocarbons had extracellular phytate-degrading activity. Enterobacter aerogenes isolates …

The oil degradation capability of Pseudomonas sp. were tested using lipase enzyme
producing bacterial strains from petroleum oil contaminated areas. The high level of lipase …

Fungi were isolated from contaminated soil samples taken from three selected automobile
workshops, screened for phytase activities and biodegradative abilities. Physicochemical …

Petroleum hydrocarbon pollutants are recalcitrant compounds and are classified as priority
pollutants. Cleaning up of these pollutants from environment is a real world problem …

Over two hundred bacteria were isolated from the halosphere, rhizosphere and endophyte
of Malaysian maize plantation and screened for phytases activity. Thirty isolates with high …

A bacterial strain that produced extracellular phytase was isolated from soil near the roots of
the leguminous plants and identified to be a genus of Enterobacter sp. 4. The optimum …

The Pseudomonas sp. P-1 strain, isolated from heavily petroleum hydrocarbon-
contaminated soil, was investigated for its capability to degrade hydrocarbons and produce …

The bioremediation of petroleum-contaminated soil was investigated at laboratory scale,
using three different approaches. The first approach comprised biostimulation of indigenous …

Although the use of degrading-bacteria is one of the most efficient methods for the
bioremediation of polluted sites, detection, selection and proliferation of the most efficient …

Phytase is an enzyme which breakdown the complex organic (unavailable) forms of
phosphorous such as phytic acid into simpler inorganic (available) forms. Aim of the present …