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Department of Chemistry

Dr. D. K. Das

Senior Lecturer

Educational Qualifications Ph.D. (Gauhati University)
Contact Details Address Old Fire Brigade lane
Chatribari
Guwahati-781008
Assam, India.
  Phone +91-361-2570535 (Office)
+91-361-2637335 (Residence)
+91-98642-73744 (Mobile)
  E-mail digkdas@yahoo.com

Professional Experience

    TIFR Visiting Fellow

Research Areas

  • Bioinorganic Chemistry
  • Bioelectrochemistry

Group

  • Mr Raben Ch Roy
  • Ms Rimki Bhattacharjya
  • Mr Jitumani Rajbongshi
  • Mr Indrajit Manab
  • Ms Jahnabi Deka

Publications

  • D.K. Das, R. Bhattacharjya, Vitamin K3 encapsulated poly(vinyl-pyrrolidone) fillm modified glassy carbon electrode for studying Vitamin K3-caffeine interaction, Indian J Chemistry, 2008 (accepted).
  • R.C. Roy, D.K. Das, B. Das, Electrochemistry of [Fe4S4(SCH2CH2CO2)4]6- in liposomes and microemulsions Indian J. Chemistry 2007,47A, 1252-1256R. Bhattacharjya, D.K. Das, Catechol (1,2-dihydroxybenzene) inside charged film on electrode surface. A new voltammetric sensor of vitamin C, Indian J Chemistry, 2006, 45A, 909-912.
  • R.C. Roy, D.K. Das, Influence of charged microenvironment on redox potential and diffusion coefficient of [Fe4S4(SPh)4](n-Bu4)2 in DMF and inside CTAB film on electrode surface. J Chem Sci, 2005, 117, 657-661.
  • R.C. Roy, D.K. Das, Redox linked protonation/deprotonation on the carboxylate of [Fe4S4(SCH2CH2COO)4]6- in aqueous micellar solutions., Ind. J Chem.2005, 44A, 1597-1601.
  • R.C. Roy, R. Bhattacharjya, D.K. Das, Effect of film charge on the mid-point potential of encapsulated ferrocene, Ind. J Chem. 2004, 43A, 1689-1691.

Ongoing Projects

  • Title: Electrochemical studies on the model systems of the active centre of feredoxins
    Sponsoring Authority: University Grants Commission (UGC): 4.5 lacs

  • Title: Designing and fabricating new modified electrodes for detection of ions and molecules having biological & environmental significance.
    Sponsoring Authority: Department of Science and Technology (DST): 9.96 lacs

  • Title: Direct electrochemistry of metalloproteins: Electrode modification and protein film voltammetry
    Sponsoring Authority: Department of Science and Technology (DST): 24.4 lacs (in collaboration with TIFR-Mumbai)