Ritika Gautam Singh's Lab
Metals in Medicine :
From Inorganic Chemistry to Translational Medicine
Our research lies at the intersection of inorganic chemistry and translational medicine, where we design metal-based therapeutics to modulate cellular metal homeostasis and address pressing challenges in human health.
Bioactive Metal Complexes: From Synthetic Chemistry to Targeted Protein Modulation
Synthesis of transition metal complexes with a potential to undergo biological processes like, electron transfer, small molecule catalytic activation and redox sensing
Next-Generation Antimicrobials and Theragnostic Agents
Harnessing the power of metal ions, these smart complexes offer targeted antimicrobial action and dual theranostic capabilities—combining treatment and real-time diagnosis. They represent a bold leap toward precision medicine and a solution to rising drug resistance.
Metal Complexes in Cancer Therapy: Targeting cancer with Precision and Power
Metal-based complexes, are redefining cancer therapy by offering potent, targeted action against aggressive forms like triple-negative breast cancer (TNBC). As clinical studies explore their synergy with existing chemotherapies and inhibitors, metal complexes stand at the frontier of precision oncology.
Metal Complexes as Molecular Probes: Unlocking the Omics Universe
Metal complexes are powerful tools for probing the molecular landscape of cells. Their unique reactivity and coordination properties enable precise labeling, enrichment, and detection of proteins, metabolites, and lipids. From mapping metal–protein interactions to uncovering disease-specific metabolic and lipidomic signatures, these systems are transforming omics research and advancing biomarker discovery.
