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| Title | Funding Agency |
| Bioinformatics and Molecular Approaches to Characterize the Mechanism of Multidrug Resistance in Salmonella typhi recovered from Children (< 15 years) with Typhoid at a Pediatric Specialty Teaching Hospital | Indian Council of Medical Research |
| The effect of acquired bacterial mutations on metabolism and fitness of multi-drug resistant pathogenic bacteria by genomics, systems biology and machine learning approaches | Indian Council of Medical Research |
| Deciphering the efficacy of emerging therapeutic agents against multi-drug resistant ESKAPE pathogens through molecular characterization, systems and structural biology Approaches | Indian Council of Medical Research |
| Title | Funding Agency |
| In-silico approaches for designing β-lactamase inhibitors | Indian Council of Medical Research |
| In-Silico gene and protein network analysis of β-lactamases | Indian Council of Medical Research |
| Understanding the mechanism of multi-drug resistance in pathogenic bacteria and identification of potential drug targets: A systems biology approach | DST –SERB |
| Genomic and systems biology studies to understand the mechanism of multi drug resistant pathogenic bacterial spp of clinical importance | Indian Council of Medical Research |
| Title | Publisher | Published Year |
| Chapter 2 - Evolutionary Relationship of Penicillin-Binding Protein 2 Coding penA Gene and Understanding the Role in Drug-Resistance Mechanism Using Gene Interaction Network Analysis, 2020, Springer, ISSN 2522-5022/ISBN 978-981-13-7967-3 | Springer | 2021 |
| Personal Website Link | : | https://vit-mbclab.in |
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