My research interests are broadly centered around synthesis of functional polymers and coordination complexes, their synthesis and exploring their applications in diverse fields e.g., biomaterials, controlling environmental pollutions, chiral recognition and separation of chiral molecules.


Tissue adhesive:
My research focuses on creating user-friendly adhesive systems using biodegradable polymers for biomedical purposes. By developing these, I aim to enhance wound healing and improve patient care outcomes.

Amine functional polymers: Focused on synthesis, molecular level characterization of aniline formaldehyde condensate polymer in its different versions where amine site orientation, accessibility are well controlled and its application on heavy metal adsorption. We also worked on functionalization of Chitosan biopolymer and its preference towards heavy metal binding.

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Chiral recognition using metal complexes: Chiral molecules are important in biological systems as evidenced by different properties showed by different enantiomers of the same molecules. We developed chiral host using amino acid derived ligands and Ni(II) in recognizing chiral amines and biogenic amino alcohols.

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