Council of Scientific and Industrial Research

Poonam Sharma

Rita Kumar

Deepa Kachroo Tiku

Anil Kumar

Shuchishweta Vinay Kendurkar

Neha Gupta

Rekha Chaturvedi

Bashir Mohammad Khan

Parth Sanjaykumar Patel

Suchishweta Vinay Kendurkar

Described herein is a process of genetic transformation inbymediated transformation to overexpress squalene synthase gene (WsSQS) encoding WsSQS enzyme that catalyzes the synthesis of squalene from farnesyl pyrophosphate. Increased withanolide level including withaferin-A, withanolide A and B and withanone is attained in transformed plant tissues.

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The invention provides a biological process for reduction of chemical and biological oxygen demand of pulp and paper industrial effluent using a mixed bacterial consortium comprising of bacterial strains isolated from natural sources which is capable of reducing chemical and biological oxygen demand of pulp and paper industrial effluent to standard discharge limits.

Biological process for reducing chemical and biochemical oxygen demand of pulp and paper industrial effluent

The present invention relates to a bacterial strain of accession No MTCC 5097 useful for reducing the Total dissolved solids (TDS) levels from both raw as well as electrofloated tannery effluents, a process of preparing innoculum of the strain for reducing the Total dissolved solids (TDS) levels from both raw as well as electrofloated tannery effluents and an aerobic method of reducing Total Dissolved Solids (TDS) from Tannery effluents using the said strain.

Aerobic method of removing total dissolved solids (TDS) from tannery wastewaters

The present invention relates to a bacterial strain of accession number MTCC 5098 useful for reducing the Total dissolved solids (TDS) levels from pulp and paper waste water effluents, and a process for the preparation of innoculum of the strain and also, a method of reducing Total dissolved solids (TDS) from pulp and paper waste water effluents using the said strain.

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New Delhi, India

Poonam Sharma