metali kachhwaha

Performed molecular dynamics simulations of the intrinsically disordered NF-kB transactivation domain to study its conformational ensemble and regulatory mechanisms.

Designing and synthesizing c-di-GMP-siderophore conjugates to overcome cell-impermeability barriers in bacterial systems and facilitate live-cell photoaffinity-based proteomic analysis.

Investigated prebiotically relevant surface-mediated phosphorylation of adenosine on apatite minerals using computational modeling to explore nucleotide activation mechanisms under early Earth conditions.

Explored the organization and dynamics of lipid sponge phase droplets as protocell models and studied molecular partitioning relevant to early life systems.

Investigated the synthesis and stability of xeno-nucleic acids (XNAs) as plausible ancestors of RNA through prebiotic organic synthesis and self-assembly experiments.

Conducted molecular dynamics simulations on GPCRs and intrinsically disordered proteins to understand conformational flexibility and receptor-ligand interactions.

Developed a dual antioxidant system inspired by Deinococcus radiodurans, integrating glutathione and manganese complexes for enhanced radioprotection.

Examined molecular mechanisms underlying the stress tolerance of tardigrade extremophiles, focusing on protein stability and antioxidant defense pathways.

Investigated bioactive compounds from oceanic extremophiles for potential biotechnological applications, focusing on antioxidant and antimicrobial metabolites.

Grade: 9.20/10.0

Pursuing a BS-MS dual degree in Chemistry with a minor in Biology, achieving a CPI of 9.20/10.0.

Grade: 85%

Completed 12th grade in Science with Biology (CBSE), achieving 85%.

Grade: 9.2/10

Completed 10th grade (CBSE), achieving a CGPA of 9.2/10.