Join us on this transformative journey 🚀 to combat antimicrobial resistance, where knowledge meets innovation 💡, and collaboration 🤝 paves the way for a healthier future 🌱. Together, we can make a lasting impact 💪 in the fight against AMR! 🌎🔬
Senior Scientist specializing in
Structural Biology and Genome Informatics, Data Analysis, and Computational Genomics
Senior Scientist specializing in microbial diversity and functions in environment and host using Metagenomics and molecular genetics.
Senior Scientist specializing in Antimicrobial Resistance, Data Analysis, and Computational Genomics
Accomplished scientist specializing in Host-Pathogen Interaction, particularly in researching the involvement of lipid droplet proteins in innate defense
Senior Scientist specializing in the dissection of innate immune response pathways and the development of host-directed therapy for tuberculosis.
Distinguished Professor and Principal Scientist. His expertise lies in Integrative Genomics of Host-Pathogen, functional genomics with focus on RNA biology, and disease models like Organoids.
Faculty Fellow/Data Scientist specializing in Computational Health Sciences
Distinguished Scientist and Former Director at CSIR Institute of Genomics and Integrative Biology, Delhi
Accomplished Assistant Professor specializing in Environmental Antibiotic Resistance Research
Project Manager with a background in Pharmacy and Clinical Research
Research Faculty Fellow specializing in Protein Evolution and Antimicrobial Resistance
Senior Program Manager (Health Research) with Expertise in Molecular Biology
Dr. Shraddha Karve, a Research Faculty Fellow and recipient of the INSA Young Scientist Award, explores the intersection of oxidative stress and antibiotic resistance. Her groundbreaking work reveals that bacteria exposed to stressors like oxidative stress develop antibiotic resistance, even without direct exposure. Drawing parallels to human evolution, Dr. Karve notes, "It is not Evolution to a particular thing but its idea of being evolvable. Right now, you throw antibiotics at them, yes, they are better at it. You throw heavy metals at them, they are better at it." With a Ph.D. from IISER, Pune, her research delves into the mechanisms behind antibiotic resistance.
AMR Synergy Nexus: Collaborative Healthcare Contributions
In the ongoing battle against AMR, the promise of real-time insights becomes a pivotal force. This evolving platform's data-driven approach will revolutionize research, empowering us to tailor strategies and interventions to effectively tackle emerging resistance challenges.
For queries and feedback, please reach out
amrindia@igib.res.in
