Research Interests

• Developing high-throughput functional discovery platform for thousands of microbial genes, phage genes and extending it to metagenomic samples  
• Discovery of bacteriophage-host interaction determinants, mechanistic insights into antibiotic resistance and phage resistance, and how they impact host fitness
• Approaches for doing esigned manipulation of microbial communities  
• Engineering of phages, phage particles for diverse applications
• Rational design of phage cocktails with antibiotics for phage therapy applications
• Synthetic genetic parts for phylogenetically distinct and industrially important microbes and rules for their functional composition.

 

PRESS:

Dub-seq Flagship Paper Published in Nature Communications

Dub-seq Wins 2017 R&D100 Award

Predictability: The Brass Ring For Synthetic Biology

 

 

Selected Publications
Selected Publications

LinkedIn Profile
ResearchGate Profile