M.Sc in Physics from Calcutta
University in 1986. Post M.Sc. Associateship
Course in Biosciences from Saha
Institute of Nuclear Physics 1987.
Ph.D. from Saha Institute of Nuclear Physics (Calcutta
University) 1992 entitled Theoretical Simulation
of Calcium Action Potential in Squid Giant Synapse,
Supervisor Prof. Kamales Bhaumik.
Post Doctoral Experiences:
1.
December
15 1992-July 15 1995 Molecular
Biology Unit, Indian Institute of Science,
Bangalore
Worked on Whole cell and single channel
Patch Clamp recording from acute cultured
cells and cell lines and the associated data
analysis with relevant software development.
2.
July
16 1995-October 10 1995
Theoretical Nuclear Physics, Saha Institute
of Nuclear Physics
Worked on development of Patch Clamp data
analysis.
3.
October
10 1995 – November 30 1996 Physiogisches
Institüt der Universität des Saarlandes,
Deutchland
Worked on Patch Clamp on amyloride sensitive
Na channels in frog and rat taste cells and
also on theoretical calculation of blurring
in epifluorescence calcium ration imaging.
4.
December
1 1996 –May 6 1997
Theoretical Nuclear Physics, Saha Institute
of Nuclear Physics
Continued the earlier work
5.
November
1 1997- December 1 1997
Physiogisches Institüt der Universität
des Saarlandes, Deutchland
Continued the earlier work.
Teaching :
From
May 1997- May 2001 worked as a lecturer and
then from May 2001-December 2005 worked as
a senior lecturer in Physics Department of
Gobardanga Hindu College, 24 Parganas (North).
From December 2005 onwards in the present
Position.
Research Interests:
1.
Theoretical Neuroscience
2.
Bio-mimetic Image Processing.
3.
Neural Network.
List of Publications :
1.
Theoretical
Simulation of Calcium Action Potential in
Squid Giant Synapse: Ph.D. Thesis submitted
to the University of Calcutta in March 1993
2.
Theoretical
Simulation of Calcium Action Potential in
Squid Giant Synapse: The Rising Phase, Indian
Journal of Physics, 748,
505-516 (1991)
3.
Theoretical
Simulation of Calcium Action Potential in
Squid Giant Synapse: The Plateau Termination:
J. Biol. Phys. 18, 151-165
(1991)
4.
Theoretical
Simulation of Calcium Action Potential in
Squid Giant Synapse: Repetitive Simulation:
J. Biol. Phys., 19, 71-84
(1993)
5.
Kinetic
Characterization of Rat Brain type IIA sodium
channel a-subunit stably expressed in a somatic
cell line. J. Physiol., 488,
633-645 (1995)
6.
A
large Conductance Ca2+ activated K+channel
in aT3-1 pituitary gonadotrophs, Current Science,
India, 70, 349-853 (1996)
