| Document Date: 2015-02-10 04:09:46
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City Chromous Biotech / Southern Kerala / Mangrove / Odisha / / Company QiaGen / AMP / GenBank / / Continent North America / Europe / / Country French Guiana / Brazil / China / India / / Currency USD / THB / / / Event Environmental Issue / Natural Disaster / Product Issues / Man-Made Disaster / / Facility National Institute of Technology / / IndustryTerm food chain / mercury containing oil spills / study site / heavy metal pollution / oil shunk / Stock solutions / noxious metal / physico-chemical and biological parameters / chemical / physico-chemical parameter / physico-chemical parameters / / NaturalFeature Gulf of Mannar / Dangrnal forest / Southeast coast / Gulf of Mexico Acadia National Park Coastal / Bay of Bengal / Andaman islands / / Organization Odisha / India Hirak Ranjan Dash & Surajit Das* Department of Life Science / Institute of Technology / Environmental Protection Agency / / Person Kirby Bauer / Nano / / Position thermal cycler / / Product IS / Sigma / environment / / ProvinceOrState Nova Scotia / / Technology genotype / gel electrophoresis / analyzed using gel electrophoresis / / URL www.ncbi.nlm.nih.gov/nucleotide / /
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Indian Journal of Marine Sciences Vol. 43(6), June 2014, pp. 1l03-1115 Assessment of mercury pollution through mercury resistant marine bacteria in Bhitarkanika mangrove ecosystem, Odisha, India Hirak Ranjan Dash & Suraj