Present:Research Investigator: Syngene International Limited
Dr. Sarangthem Vijaya Devi (PDF: 2019-21)
Present:Post Doctoral Fellow at South Korea
Radha Krishnan (MS: 2019-22)
Present:Research Analyst, Prescient Healthcare Group
Dr. Bakul Piplani (PhD: 2015-22)
Present:Research Scientist at Foundation for Neglected Disease Research (FNDR), Bangalore
Dr. Devanshu Mehta (Ph.D.: 2016-22)
Present:Research Fellow at Nanyang Technological University Singapore
Dr. Ankit Pal (PhD: 2017-23)
Present:Early Doctoral fellow at IIT Delhi
Project Students:
A- M.Sc. Project Students
1- Fawaz S. V. P. (Entry No. 2012CYS7220) Department of Chemistry, IIT Delhi.
Duration: 1/06/2013 to 12/05/2014.
2- Sourav Giri (Entry No. 2014CYS7047) Department of Chemistry, IIT Delhi.
Duration: 1/06/2015 to 12/05/2016.
3- Shivam Mishra Dr. R. M. L Avadh University, Faizabad U. P.-224001.
Duration: 1/01/2016 to 08/09/2016.
4- Priya Yadav IISER Bhopal
Duration: 1/03/2017 to 1/06/2017.
5- Ridhima Wali Jamia Hamdard, New Delhi
Duration: 30/03/2022 to 28/08/2022.
6- Siddhanta Nath Dr D Y Patil Biotechnology and Bioinformatics Institute, Pune
Duration: 26/06/2022 to 26/07/2022.
B- M.tech. Project Students
1- Mr. Pravin Kumar. (Entry No. 1999426) Completed: 2003. Project Title: Study of GroEL-GroES mediated in vitro and in vivo solubilization of Aconitase by Biochemical and spectroscopic methods.
2- Mr. Chanpreet Singh. (Entry no. 1999014) Completed: 2003. Project Title: ChaperoneAssisted folding study of
E.coli maltodextrin Glucosidase.
3- Mr. K.V.S.N Bhasker (Entry No. 1999420) Completed: 2003. Project Title: Computational Analysis of Rigid Protein Docking using Continuum Electrostatics and Geometric fit.
4- Ms. Nidhi Srivastava. (Entry no. 2000352) Completed: 2004. Project Title: Protein Engineering approach of understanding the role of different part of a protein molecule in substrate recognition and enzyme activity.
5- Mr. Asif Zubair Completed: 2004. Project Title: Prediction of 3D structure of Maltodextrin glucosidase from amino acid sequence and validation through experimental findings.
6- Ms. Atika Jain (Entry no. 2003JCA0021) Completed: 2005. (Supervised jointly with Dr. Lipika De, Department of Mathematics,IIT Delhi.) Project Title: Soft Computing Techniques for Solving Bioinformatics Problem
7- Mr. Rajat Mangla. (Entry No. 2000438) and Mr. Vipul Goel ( Entry no.2000445) Completed: 2005. (Supervised jointly with Dr. Lipika De, Department of Mathematics,IIT Delhi.) Project Title: Soft Computing Techniques for Biological Sequence Analysis
8- Mr. Saurabh Singhal ( Entry No.2001395) Completed: 2005. Project Title: Overproduction of Recombinant Proteins and Molecular Chaperones in
Escherichia coli. and role of molecular chaperones in the folding of recombinant Proteins.
9- Mr. Shikhar Sharma (Entry no. 2001396) Completed: 2005. Project Title: Understanding the role of N-terminal region of Maltodextrin glucosidase in expression, folding and physico-chemical properties.
10- Ms. Ruchi Agarwal Completed: 2006. Project Title: In vitro protein folding-unfolding monitored by surface hydrophobicity using surface specific Fluorescent probes.
11- Ms. Nishtha Aggarwal Completed: 2007. Project Title: Studying the characteristic properties of
Escherichia coli. cells during in vivo chaperone assisted folding of recombinant proteins.
12- Ms. Vatsala Datta Completed: 2007. Project Title: Expression of recombinant foldase chaperones in
Escherichia coli. and studying their role in the folding of recombinant proteins like maltodextrin glucosidase/malate synthase G or single chain antibody.
13- Mr. Jai Mittal (Entry No.2004BB50012) Completed: 2009. Project Title: Over-expression, Purification and unfolding/refolding of
Escherichia coli. Dihydrofolate Reductase.
14- Mr. Ankit Gupta (Entry No. 2004BB50004) Completed: 2009. Project Title: Fast kinetic study of
E.coli Maltodextrin Glucosidase(MalZ) unfolding process using stopped Flow Fluorescence technique.
15- Mr. Ranjan Sri Das. (Entry No. 2004BB50027) Completed: 2009. Project Title: Exploring the possibilities of chaperone assisted folding of multiple recombinant proteins in
Escherichia coli.