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Research-oriented microbiology graduate with a strong foundation in molecular genetics, virology, and antimicrobial resistance mechanisms. Possesses interdisciplinary expertise bridging wet-lab science with data science, specifically in early-stage bioinformatics and AI applications in life sciences. Experienced in executing laboratory protocols under GLP/BSL-2 standards and creating scientific documentation. Actively seeking opportunities in translational science, drug discovery, and bioinformatics-driven research.
D. Katala et al. (2025). "Decoding Death: Human Cadaver Microbiome Analysis and Predictions in Forensic Investigations using Machine Learning." Presented at the International Conference on Harnessing The Power Of Microbes For Viksit Bharat.
Methodology: Designed and executed antifungal susceptibility and biofilm inhibition assays comparing solvent-based phytochemical extracts.
Key Outcome: Integrated microbiological theory with experimental validation to analyse efficacy against clinical MDR fungal pathogens.
Studies on the potential of white rot fungi for production of enzyme and exopolysaccharide: isolation and characterisation of indigenous Ganoderma strains for industrial enzyme and biopolymer production.