| Title of the Project | Funding Agency | Dated | Amount (in Rs.) |
|---|
| Internal ribosome Entry site (IRES) mediated expression of endogenously produced carboxy-
terminal domain of connexin 43 (CT-Cx43): Status of expression in the breast cancer | Department of Biotechnology, New Delhi | | 2,730,000.00 |
| Increased glycolytic capacity of Astrocytes during
hypoxia: Role of the cap-independent Translational of
glycolytic enzymes | DBT, New Delhi | 11-10-2014 | 4,629,000.00 |
| Internal ribosome Entry site (IRES)mediated expression of endogenously produced carboxy terminal domain of connexin 43: status of expression in the breast cancer | DBT, New Delhi | 03-03-2014 | 2,730,000.00 |
| Expressions dynamics of TP53 and its isoforms during hypoxia: Role of hypoxia-regulated microRNAs (miRNAs). | DST-New delhi | 20-08-2014 | 4,950,000.00 |
| Up-regulation of pyruvate Kinase M2 in human colorectal cancer: Role of post-transcriptional regulatory elements. | DBT-New delhi | 02-04-2015 | 2,478,000.00 |
| To understand the signal transduction pathway involving the role of adenosine-triphosphate-sensitive K+ channel (kir6.1) and Cx43. | CSIR-New delhi | 03-07-2013 | 2,460,000.00 |
| Expression Dynamics of carboxy-terminal domain of connexin 43 (Cx43) under ischemic stress and its role in ischemia preconditioning | DST-New delhi | 01-01-2018 | 1,573,000.00 |
| Internal ribosome Entry site (IRES) mediated expression of endogenously produced carboxy-terminal domain of connexin 43 (CT-Cx43): Status of expression in the breast cancer | DBT-new delhi | 05-02-2018 | 2,730,000.00 |
| Increased glycolytic capacity of Astrocytes during hypoxia: Role of the cap-independent Translational of glycolytic enzymes | DBT-New Delhi | 02-01-2018 | 4,629,000.00 |
Department of Biotechnology