|
Title
of Project / Funding Agencies
|
Name
of the PI / Designation
|
Duration
|
Total
Outlay (Rs.)
|
|
Development
of anti viral agents against Chandipura virus
|
Prof.
D.J. Chattopadhyay
|
3years
|
69,91,000
|
|
DBT
(Govt. of India)
|
Guha
Professor
|
|
Inhibitory
Role of Black Tea on Cigarette Smoke -Induced Emphysema
as well as NF-kB mediated Inflammatory Response using the
guinea pig as
a model animal
|
Prof.
D.J. Chattopadhyay
|
3
years
|
16,89,410
|
|
NTRF-Govt.
of India
|
Guha
Professor
|
|
Studies
on the functional genomics of the stress responsive ORF’s
in schizo-saccharomyces pombe
|
Prof.
D.J. Chattopadhyay
|
3
years
|
14,00,000
|
|
CSIR-Govt.
of India
|
Guha
Professor
|
|
Cellular
and molecular mechanism of emphysema and the prevention
|
Prof.
D.J. Chattopadhyay
|
3
years
|
33,44,600
|
|
ICMR,
Govt. of India
|
Guha
Professor
|
|
Evaluation
of the health beneficiary effects of tea products and modulatory
role of tea flavonoids on emphysematous lung damage for
the formulation of a high potency tea tablet
|
Dr.
Koustubh Panda
|
4
years
|
40,00,000
|
|
Tea
Board, Govt of India
|
Reader
&Coordinator, GCGEB
|
|
Expression
of mammalian tubutin in baculovirus-insects cell system
and the elucidation of the mechanism of resistance to some
anti-tumor drugs
|
Dr.
Gopal Chakraborti
|
3
years
|
14,50,000
|
|
CSIR-Govt.
of India
|
Lecturer
|
|
Expression
of plasmodium falciparum tubulin in baculovirus-insect cell
system for development of anti-malarial drug
|
Dr.
Gopal Chakraborti
|
3
years
|
15,00,000
|
|
BRNS/DAE
– Govt. of India
|
Lecturer
|
|
Investigation
of role of tubulin isotypes using expressed individual isotype.
|
Dr.
Gopal Chakraborti
|
3
years
|
35,00,000
|
|
DST-Govt
of India
|
Lecturer
|
|
Mechanism
of minihelix recognition by Aminoacyl-iRNA synthetases
|
Dr.
Rajat Banerjee
|
3
years
|
8,28,000
|
|
DST
Fast Track, Govt of India
|
Lecturer
|
|
Molecular
investigation of heavy metal tolerance/hyperaccumulation
in plants growing on the Uranium tailing ponds in Jaduguda’
|
Dr.
Anindita Seal
|
-
|
-
|
|
Board
of Research in Nuclear Sciences, Govt of India
|
Lecturer
|
|
‘Investigating
the molecular basis of heavy metal tolerance in Brassica
juncea
(Indian Mustard) using yeast as a functional model’
|
Dr.
Anindita Seal
|
-
|
-
|
|
CSIR, Govt
of India
|
Lecturer
|
|
‘Establishment of stable transgenic of Typha angustifolia –
a heavy metal tolerant and accumulator plant’
|
Dr.
Anindita Seal
|
-
|
-
|
|
Science
and Technology, Govt of West Bengal
|
Lecturer
|
|
‘Isolation
of interacting partner for Brassica
juncea
NRAMP metal transporters: on a Yeast Two-Hybrid platform’
|
Dr.
Anindita Seal
|
-
|
-
|
|
All
India Council of Technical Education
|
Lecturer
|
