|
Sl. No. |
Project Title |
Funding Agency |
Duration/ Total Cost |
Role PI/
Co-PI |
Status |
|
1.
|
Metal-mediated One-Pot Sequential
(Telescoping) Reactions for the Synthesis of
Multifunctional Nucleosides/Nucleotides with Promising
Photo- and Biophysical Properties |
DST-SERB, Government of India |
3 years
July 2017-June 2020.
₹
56.00 Lakhs |
Co-PI
|
Ongoing |
|
2.
|
Unnatural Fluorescent Peptides and
Polymers for the Detection of Explosives, Biological
Threats Using Organic Field-Effect Transistors Based
Sensors |
DBT, Government of India |
3 years (Dec’2016-Nov’ 2019)
₹
85.53 Lakhs |
PI |
Completed |
|
3.
|
Genotyping Single Nucleoside
Polymorphisms (SNPs) with Fluorescently Modified
Nucleoside/Oligonucleotide Probes |
DBT, Government of India |
3 years, (2014-2018)
₹
82.12 Lakhs |
PI |
Completed |
|
4.
|
Expansion of the Genetic Alphabet:
Design, Synthesis and Study of Physical/Photophysical
Properties of Unnatural Nucleoside Base Analogues and
Incorporation into Short Oligonucleotide Sequences |
DST-SERC, Government of India |
3 years
(25.08.2009-24.08.2012),
₹
37.62 Lakhs |
PI |
Completed |
|
5.
|
Expansion of
the Genetic Code: Design, Synthesis and Study of
Photophysical Properties of Fluorescent Unnatural Amino
Acids (FUAA) for Site-Specific Incorporation into
Proteins”
|
CSIR,
Government of India |
3 years
(03.03.2010-01.03.2013),
₹
14.31 Lakhs |
PI |
Completed
|
|
6.
|
Design,
Synthesis of Nucleoside Base Analogues and Their
Application
|
IIT
Guwahati, Government
of India |
2 years
(11.05.2009-10.05.2011),
₹
5.0 Lakhs |
PI |
Completed |
|
7.
|
Interaction of Phosphotidyl Inositol
with Phox Homology (PX): Elucidation of Mechanistic
Principal and Strategies for Therapeutic Intervention |
DBT, Government of India |
3 years
(2010-2013),
₹
14.85 Lakhs |
Co-PI |
Completed |
|
|
|
|
|
|
|
|
8.
|
Design, Synthesis and Therapeutic
Application of Novel Peptidomimetic Inhibitor Drugs (PIDs)
for COVID-19
|
CSIR, Government of India |
3 years,
₹
25.2 Lakhs |
PI
|
Submitted |
|
9.
|
Synthesis of a Fluorescent
Sulphonated Biogenic Carbon Quantum Dot (FLSCQD)
Mimicking Heparan Sulphate Proteoglycan Cellular
Receptors and Inhibiting the Pathogenicity of SARS-CoV-2
virus |
DST-CRG Call on COVID-19,
Government of India
|
1 year;
₹
20.0 Lakhs
|
PI
|
Submitted |
|
10.
|
Molecular Interaction Based
Development of Potential Drug Candidates, Materials and
Device Based Rapid Detection for SARS-CoV-2 and Similar
Viruses |
IRPHA Call on COVID-19 DST,
Government of India |
3 years,
₹
739.50 Lakhs (IITG) |
Co-PI |
Submitted |
|
11.
|
Mathematical Modelling of Transmittable Disease COVID-19
by Identifying Its Significant Chemical Factors: A
Cross-sectional Study of Malaria-Prone State, Tripura |
DST-SERB,
MATRICS special call on COVID-19
|
1 year
₹
5.0 Lakhs |
PI
[With Dr. Samrat Hore, Dept. of
Statistics, Tripura University] |
Submitted
|
|
12.
|
Rajadhiraj Yoga,
Asana and Meditation for Improving Immunity and to Get
Rid of Stress, Anxiety and Depression and Thus to Fight
Against Pandemic COVID-19.
|
DST special call
on COVID-19 under SATYAM |
1 year
₹
14.0 Lakhs |
Co-PI
[With Mr.
Bibhansu Maiti, Director, Kevalam Kalyan Kendra, New
Delhi] |
Submitted |
|
13.
|
Synthesis of
Fluorescent Polymeric Sensor Materials for Detection
of Chemicals/Explosives
|
DRDO,
DMSRDE,
Kanpur |
3 years,
₹
45.64 Lakhs |
PI
|
Submitted |
|
14.
|
The effects of Yogic meditation on
mental health and markers of immunity during COVID-19
lockdown |
DST special call
on COVID-19 under SATYAM |
1 year
₹
12.0 Lakhs |
Co-PI [With Sucharit
Katyal, AMPS, Kolkata] |
Submitted |
|
15.
|
Engineered Fluorescent Peptidomimetics for the Detection
of Bacteria
|
IndiaAlliance
DBT |
5 year
₹ 800 L |
Co-PI |
Submitted
|
|
16.
|
Development of a Cheap Solar
Photocatalytic Process for Rapid Prevention
of SARS-CoV-2 outbreak and
Spread from Hospital/Community Generated Wastewater |
DBT-BIRAC
Call on COVID-19
|
2 years,
₹
40.0 Lakhs |
PI |
Submitted |
|
17.
|
Combinatorial
delivery of Hydroxy Chloroquin and Remdesivir Using a
Liposomal Formulation |
USISTEF-
Call
on
COVID-19
|
1.5 years;
35.0 Lakhs |
PI
Co-PI-Dr. D. Pan, University of
Maryland, USA |
Submitted |
| |
|
|
|
|
|
|
18.
|
Chemical and Enzymatic Incorporation
of Designed Fluorescent Unnatural Nucleosides into 175th
Codon of the p53 Gene of Colorectal Cancer and
SARS-COV-2 gene and Study of PCR Amplification and
Transcription. |
DST-SERB, Government of India |
3 years,
₹
113.64 Lakhs |
PI |
Revised version
To be Submitted |
|
19.
|
“Rational design of novel PPAR α- &
γ-antagonists, synthesis and evaluation: A new
therapeutic strategy for lymphocytic leukemia
|
DBT, Government of
India |
3 years,
₹
130.0 Lakhs |
Co-PI
[with Dr. B.R. Prashantha Kumar,
Karnataka] |
To be Submitted,
|
|
20.
|
Optimal Allocation
of Experimental Units with Known Covariates to Treatment
Groups in Clinical Trials and Chemical Industry |
DBT, Government of India |
3 years,
₹
14.5 Lakhs |
Co-PI [with Dr. Samrat Hore, Tripura
University] |
To be Submitted |
