Chemistry Research

Areas

The department is an approved research center of the Mahatma Gandhi University.

Research in the Department of Chemistry is centered on mainly two areas (i) Chemical Biology(ii) Molecular Modeling and Computational Chemistry.

Investigations in the area of Computational Chemistry is supervised by Dr. Abi T G. The research group specialized in Computational Quantum Chemistry, Molecular Simulations, Reaction Mechanism Studies and Drug Design. The group uses a wide variety of computational codes for performing the theoretical and computational chemistry research. The group has expertise in using commercial softwares such as Gaussian 09, Turbomole and StarDrop and Free-Academic Softwares such as GAMESS, Autodock, GROMACS, NAMD, MODELER and OPEN3DQSAR. The group is currently running a Research Based Certificate Course in Molecular Docking and Drug Design. The group offer consultancy and hands on training workshops in computational quantum chemistry and computer Aided Drug Design (CADD). from SH College & Other Institutions. The research group is seeking and offering effective collaborations with other experimental interdisciplinary research groups in India and abroad.

Research in the area of biological chemistry is headed by Dr. Franklin J and Dr. Jinu George. The research activity is targeted at the development of novel synthetic therapeutic agents against cancer cell proliferation. Cancer is a global health problem and a leading cause of death worldwide. The mortality rate is still high all across the globe. Cancer drug targeting is challenged by problems like drug resistance and low bioavailability. The group is engaged in the synthesis of heterocyclic systems and multicomponent reactions (MCR) enabling the detection and treatment of cancer more efficient.

Guides


Assistant Professor

Assistant Professor

Assistant Professor

Research Students

Research Scholars


Deepak J Prabhu



Jibin K Varughese



Joseph Libin K L



Reshma Joy


Projects

  1. Novel formulations to enhance the efficacy of existing drugs and expand their therapeutic spectrum
  2. Enhancing efficiency of new generation anticancer drugs.
  1. Semi synthetic strategies leading to structurally diverse cyrrolidinediones
  2. Novel amphiphilic polymer drug conjugates for RNA targeting
  3. RNA targeting by Oligosaccharide Mimetics’ and ‘Synthesis, Characterisation and evaluation of the therapeutic efficiency of the pH sensitive alginate-polymer gel for the controlled targeted micellar drug delivery in ulcer patients.
  4. Towards the understanding of proton activity and conduction mechanism in polymer electrolyte membranes
  5. Kinetics and mechanism of reaction of aliphatic amines with 1-fluoro – 2- nitrobenzene: an experimental and DFT study
  6. RNA targeting by oligosaccharide mimetics
  7. Synthesis, characterisation of a PH sensitive alginate ulcer patients
  8. Novel amphiphilic polymer drug conjugate for RNA targeting
  9. An Experimental and DFT study of the UV /Visible Spectra of azo dye and nitro substituted aromatic amides
  10. Synthesis of functionalized triazatriangulenium cations and their self-assembled monolayer formation on metal surfaces
  11. Theoretical investigation on acetylene based electro-active polymers
  12. Development of Polymeric acid doped porous PBI membranes for Fuel Cell Applications