Research interest

I am passionate about exploring the fascinating world of host-microbe interactions through an interdisciplinary approach that combines microbiology, molecular biology, proteomics, and computational science. My research focuses on understanding how bacteria cause infections in hosts, including the mechanisms behind both acute and chronic infections, and how they adapt to stress conditions in their microenvironment. Additionally, I am deeply interested in uncovering the sophisticated responses of host cells and humans to microbial invasions.

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In the realm of microbiology, my interest lies in sociomicrobiology, how bacteria communicate, evolve, and interact with both biotic and abiotic factors in their environment. By studying these interactions, I aim to reveal the complex social behaviors of bacteria that contribute to their survival and pathogenicity.

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From the host's perspective, I am dedicated to mapping the intricate pathways involved in the immune response to infections. This includes not only acute and chronic infections but also understanding how these pathways relate to other disease states, such as cancers and metabolic disorders.

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My extended interests also encompass the design and engineering of liposomal nanostructures for the delivery of therapeutic substances, such as drugs, miRNA, and chemical inhibitors, into human cells and other biological systems. By integrating techniques from various scientific disciplines, my goal is to advance our understanding and treatment of infectious diseases and beyond.