Faculty Detail

Dr Vineet Awasthi

Assistant Professor 3

Amity Institute of Biotechnology, Lucknow

Qualifications
Graduation : B.Sc(ZBC)-1993,Lucknow Christian College

Post Graduation : M.Sc-1994,Department of Botany,Lucknow university Lucknow
Experience
08 Aug 2006 - Present
Assistant Professor 3,
Amity Institute of Biotechnology, Lucknow

08 Aug 2006 - 01 Dec 2015
working as Assistant Professor,
Amity University,Lucknow campus,
Virajkhand - 5 lucknow

01 Dec 2003 - 15 Jul 2006
Post Doctoral fellow,
Univ. of Texas Health Center, USA ,
Lab C2, Biomedical Research Centre Building, University of Texas Health Centre at Tyler,Tx 75708 USA

02 Aug 2002 - 01 Aug 2003
SRF,
Department of Biochemistry,
Lucknow University,Lucknow

01 May 1996 - 28 Feb 1999
continued to finish my Ph.D work,
Department of Biochemistry,
Lucknow University, Lucknow

12 Dec 1994 - 30 Apr 1996
Faculty,
BSNV P.G College,Lko,
Lucknow
Current Courses Taught
Advance Molecular Biology

Molecular Cell Biology

Research Techniques in Biosciences and Biotechnology
Publications
Interference in yeast plasma membranepercoll protein estimation by ,
Academic Press

Concanavalin A induced affinity change in yeast PM-bound NADH-HCF(III) oxidoreductase. ,
Elsivier

Modulation of tissue factor-factor VIIa signaling by lipid rafts and caveolae.”(Cover Photo) ,
Archive

Triton X-100 inhibition of plasma membrane associated NADH - dependent redox activities in the yeast Saccharomyces cerevisiae. ,
Taylor francis
Projects
Effect of prolong exposure of ferricyanide on oxidative stress induced modification of Transplasma m(Nil)
Presence of trans plasma membrane electron transport (TPMET) activity in the yeast Saccharomyces cerevisiae and other eukaryotic cells has been shown by reduction of membrane impermeable exogenous electron acceptor e.g. Hexacynoferrate [HCF(III)], (Misra P.C. 1991, Dutta G and Bera T,2002). The intracellular NADH has been established to the major supplier of electrons under these conditions (Revis and Misra 1988). Involvement of NADH acceptor oxidoreductase activity as facilitator of TPMEby (UP CST)
Affiliations
Department of Biochemistry Since 15 Dec 1997
Activities
Best Poster Award at 89th Indian Science Congress in 2002.

Work published at the cover page of the Arteriosclerosis Thrombosis and Vascular Biology journal in 2007.

Post Doctoral Experience in NIH funded project from USA.

Awarded Senior Research Fellow (ext.) from CSIR.

Awarded CST UP funded project in 2015.
Conferences attended
Modulation of Tissue Factor-Factor VIIa Signaling by Lipid Rafts and Caveolae.
Organized By :American heart association

Modulation of Tissue factor-factor VIIa functions by membrane cholesterol
Organized By :UTHCT

Modulation of saccharomyces cerevisiae plasma membrane NADH- acceptor oxidoreductase activity by con
Organized By :Department of biochemistry,L.U.

Oxidative stress induced modification of plasma membrane bound redox activity in yeast saccharomyces
Organized By :Department of biochemistry,L.U.

TritonX-100 inhibition of Plasma membrane associated NADH-dependent activity in the yeast Saccharomy
Organized By :Indian Science Congress

Plasma membrane redox mediated signal stimulate the activity of PM bound H+ ATPase in the yeast Sacc
Organized By :Department of biochemistry,L.U.

Percoll inhibition of plasma membrane activities? A results of interference in protein estimation
Organized By :Department of biochemistry,L.U.

Modulation of plasma membrane H+ ATPase activity by Trans plasma membrane electron transport in plan
Organized By :JNU

Platelet xanthine oxidase: two active forms and not two isozymic forms
Organized By :Departmenty of Biochemistry, Lucknow University

Mitochondria devoid cells, modulate the membrane bound enzyme activity in Saccharomyces cerevisia
Organized By :Department of Biochemistry, Lucknow University

Purification of platelet xanthine oxidase, a protein with cardiovascular ischemic onset motive
Organized By :Amity University Haryana
Short Description
I am working in the area of Membrane Biology. The project sactioned deals with the Presence of trans plasma membrane electron transport (TPMET) activity in the yeast Saccharomyces cerevisiae and other eukaryotic cells has been shown by reduction of membrane impermeable exogenous electron acceptor e.g. Hexacynoferrate [HCF(III)], (Misra P.C. 1991, Dutta G and Bera T,2002). The intracellular NADH has been established to the major supplier of electrons under these conditions (Revis and Misra 1988). Involvement of NADH acceptor oxidoreductase activity as facilitator of TPMET.

,