
Assistant Professor
Department of Biological Science and Geology
Office Medical Arts Building - 425
Phone 718-631-6078
Email: NGadura@qcc.cuny.edu
Education:
B.S.(Honors) at York College, CUNY
M.S. at Queens College, CUNY
Ph.D. Graduate Center of CUNY.
Courses taught:
Attention PA students!!
* BI-453 is accepted by SUNY Downstate & Touro College as upper division Biology Course for PA program
* BI-356 is accepted by SUNY Downstate & Touro College as upper division Biology Course for PA program
Current Research topics in the lab include:
- Copper surface-mediated toxicity correlates with membrane lipid peroxidation in E.coli and S. cerevisiae.
- Understanding the differences between copper surface mediated toxicity in gram +ve and gram –ve bacteria.
I enjoy training Queensborough students all modern molecular and cell biology techniques. Research experience plays a pivotal role in developing students who plan to pursue higher education degrees. If you are interested in research please contact me at NGadura@qcc.cuny.edu
GRANTS RECEIVED
- Copper Development Association 8/1/12—7/31/13 ($7,000) PI– Nidhi Gadura
Testing the impact of various CuSO4 concentrations on Legionella pnemophilia.
- PSC-CUNY 7/01/11—6/31/12 ($3,500) PI– Nidhi Gadura
Study the role of plasma membrane unsaturated fatty acids in copper surface mediated toxicity in E.coli
- Copper Development Association 8/1/11—7/31/13 ($21,000) PI– Nidhi Gadura
Membrane lipid peroxidation mediated copper surface induced cell death in gram positive and gram negative bacteria.
- US Department of Energy 9/29/10—9/28/12 ($20,874) PIs : Holden, Cheung, Gadura.
- N.Y. State Dept. of Education—Perkins Grant 7/1/10—6/31/11($67,000) PI—Nidhi Gadura
Creating a “State of the Art” molecular biology lab at Queensborough.
- PSC—CUNY 7/01/10 – 6/31/11 ($3,000) PI—Nidhi Gadura
Lipid peroxidation as a mechanism of copper- surface induced toxicity in E.coli.
- Copper Development Association 7/01/10 – 6/31/11 ($10,000) PI—Nidhi Gadura
Lipid peroxidation as a mechanism of copper- surface induced toxicity in E.coli.
- N.Y. State Dept. of Education—Perkins Grant 7/1/09—6/31/10($100,800) PI—Nidhi Gadura
Biotechnology – Educating by Investigation
- CUNY Community College Collaborative Research 2008-2009 ($30,000) PI—Todd Holden and Nidhi Gadura
Use optical circular dichroism and bioinformatics analysis as a tool to study antibiotic induced evolutionary changes in E.coli gyrase.
- Copper Development Association 8/25/08 – 8/24/09 ($8,800) PI—Nidhi Gadura
The major goal of this project is to investigate the mechanism of copper- surface induced toxicity in E.coli.