Dr. Hare Ram Singh
M.Sc., Ph.D.
Date of Joining:
1st October, 2007
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C-II/20, BIT Mesra, Ranchi, Jharkhand, India Pin:835215
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9430220114|9430220114
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hrsingh@bitmesra.ac.in
Research Areas
- Production of Biotherapeutics
- Development of Nanobiotics
- Process Development for the Production of Commercially Important Enzymes.
- Sl.No.
- Name of the PhD Student Roll No.
- Joining Date
- Submitted/ Award
- Titled of Thesis
- 1
- Rati Kumari Sinha, (PHD/BT/1051/2011)
- 30/12/2011
- 08.10.2020
- Structural and kinetic characterization of recombinant L-Asparaginase from pseudomonas fluorescens
- 2
- Pragya Prakash (PHD/BT/10002/2015)
- 21/07/2015
- 18.06.2021
- Production purification and characterization of glutaminase free L-Asparaginase with low endotoxin level
- 3
- Farkhunda Fatima (PHD/BE/10001/2017)
- 10/07/2017
- July,2022
- Study on the fabrication, characterization and evaluation of collagen based nanobiocomposite scaffolds
- 4
- Kumari Kajal (PHD/BE/10061/2020)
- 24.02.2021
- 05.06.26
- Synthesis of lipid-based nanoparticles and its applications in drug delivery.
- 5
- Bharti Kumari (PHD/BE/10054/2025)
- 15.01.2026
- Ongoing
- PEDOT:PSS Based Gold Electrode for Nucleic Acid Electrochemical Biosensors.
PhD Students Guided
Work Experience
- Teaching: 18 Years
- Research: 22 Years
- Industry: 18 Years
Hare Ram
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Academic Profile
Project
Leadership & Institutional Service
Teaching & Mentorship
Current Sponsored Projects
- S.N. Title of Project Funding Agency Duration Grant mobilized
- from to Development of Novel Antileukemics Through the structural and Functional Studies of Engineered and kimeric Plant-Type Asparaginases SERB(DST) Govt. of India. 08.02.2022 33.66264 Co-PI Completed 1. Development of Android mobile Based System
- 04/04/2017 03/09/2018 46.30 Co-PI Completed 3. Development of extractive fermentation methodology for the enhanced production of endotoxin free L-asparaginase. BIT-SMS
- (Rs. lakhs) Principal Investigator
Intellectual Property Rights (IPR)
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List of Patents (Only Published or Granted)
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Patent Filed on Production of Microbial Pigment (Prodigiosin) by using Dairy Waste
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Patent Filed on Nano Bio Platform System for the Biodegradation and Conversion of Oily Sludge into Algal Lipid.
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Nanoparticle-charged Hydrogel Dressing for Wound Management.
- Date:
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A Lipid Based Nanomaterial For Antimicrobial Application and Method Thereof