Vijaygarh jyotish ray college
Affiliated Under University of Calcutta. Registered under 2f & 12B of UGC Act Under Graduate with Post Graduate Courses, Re-Accredited by NAAC (3rd Cycle) (Grade - A); Funded by RUSA; DBT-BOOST, Ranked in NIRF, AISHE
Dr Rajyashri Neogy(Principal) or Prof Mainak Saibya (Convenor, Anti Ragging Committee)
9832032297
Affiliated Under University of Calcutta. Registered under 2f & 12B of UGC Act Under Graduate with Post Graduate Courses, Re-Accredited by NAAC (3rd Cycle) (Grade - A); Funded by RUSA; DBT-BOOST, Ranked in NIRF, AISHE
2011-2012
Ø Effect of genetic diversity of culturable Pseudomonas community on stability and maturity of vermi-compost
2012-2013
Ø In-vitro study of organic waste degrading enzymes by Pseudomonas consortia to develop efficient compost bioaugmenter
Ø Correlation analysis of microbial activity, enzyme activity and molecular diversity of soil bacteria under different cropping systems
Ø Screening and characterization of arsenic oxidizing bacteria from arsenic contaminated rice fields
Ø Development of spore forming diazotrophic mixed culture as bio-inoculant for arid and semi arid soils of Gujarat
2014-2015
Ø Analysis of Cellulolytic and Proteolytic activity of a mixed culture of Pseudomonas sp
Ø Handling and Disposal of domestic and commercial solid waste in a semi-urban town area: New Barrackpore.
2015-2016
Ø Study of plant growth promoting activities of pigment producing Pseudomonas
Ø Feldspar solubilization and slime production by sillicate bacteria for potential utilization in ceramic industry
2017-2018
Ø Establishment of pigment producing Pseudomonas as biomarkers for plant growth promotion in Vermi-compost
Ø Use of silicate bacteria in processing flyash based ceramics.
2019-2020
Ø Study of Coliforms In Arsenic Contaminated Aquifer Sediments of Chakdah, West Bengal, India.
Ø Study of biofilm formation by heavy metal tolerant EPS producing community enriched from soils of East Kolkata (Dhapa) dumping grounds
2021-2022
Ø Study of silicate solubilization and slime production by silicate bacteria for utilization in fly ash based composite development
Ø Effect of Microbial Diversity on Arsenate Reduction Potential in Aquifer Sediments of Bengal Delta Plain
2022-2023
Ø Development Of Microbial Formulation For Rapid Composting Of Household And Municipal Waste
Ø Use of low cost liquid waste for optimal mucilage formation and silicate solubilization by silicate bacteria.
Ø Effect of nitrate, sulfate and iron on resident microbial community based arsenic mobilization from aquifer sediments of Bengal Delta Plain: a microcosm based study
Ø Worked as Research Scholar in a WBDST funded project from April 2006 to January 2007 in Department of Agricultural Chemistry and Soil Science. University of Calcutta.
Ø PI, UGC-Minor Research Project (2013-2015). Title: “Development of efficient Pseudomonas consortia for rapid composting of household and municipal waste”.
Ø PI, SERB funded project (No.SB/EMEQ-105/2014) (2014-2015).Title: Metagenomic and metatranscriptomic analysis of temporal change in bacterial community structure and function in agricultural soils under natural and anthropogenic stress.
Ø P I , UGC-DAE CSR sponsored project (UGC-DAE-CSR-KC/CRS/15/IOP/11/0647); Title: Study of heavy metal biosorption by PIXE on extracellular substances (EPS) of bacterial biofilm community enriched from sewage water.