Embedded Files
Present Group Members:
Present Group Members:
Sakshi Bhagat
Surya Parkash
Kumari Sheetal
Midhuna K.
Shraddha Tripathi
Vishnu Vardhan Reddy
PI: Prof. Samanwita Pal
PI: Prof. Samanwita Pal
Professor, Dept. of Chemistry, IIT Jodhpur
Professor, Dept. of Chemistry, IIT Jodhpur
My research revolves around application and method development of NMR spectroscopy both in solution and solid state. Our major focus is to analyze and understand molecular dynamics and interaction in solution as well as in solid state relevant in the field of energy materials, nanomaterials, agriculture, drug delivery and biomedicine. For more information on my academic and professional journey please click on Curriculum Vitae
Apart from NMR, I love music, reading, travelling and interacting with people. Welcome to my group!
Major research interest:
Major research interest:
•Development and application of multinuclear and multidimensional NMR and NQR methods in solution and solid state to unravel molecular interaction and dynamics.
• Application of various biophysical, analytical and spectroscopic techniques to understand and analyze molecular interactions relevant in material science, renewable energy sources etc.
• General area of Physical Chemistry – Spectroscopy and Analytical Techniques.
PhD Student:
PhD Student:
Sakshi Bhagat
(bhagat.6@iitj.ac.in)(Sept,2020-present)Sakshi Bhagat
NMR diffusion and relaxation based approach for investigating molecular dynamics in solutions.
Positions available for Post-Doctoral and intern students
Positions available for Post-Doctoral and intern students
Past Group Members (Alumni):
Past Group Members (Alumni):
PhD :
PhD :
Bhawna Chaubey
(chaubey.2@iitj.ac.in)(July,2015-October, 2020)Bhawna Chaubey
Solution State 19F Magnetic Resonance (MR) Account of Molecular Interactions
Current position: NMR lead research scientist at Syngene International, Bangluru, India
A Solution state NMR Account of Organo-phosphate Pesticides-Protein Interaction
Current position: Assistant Professor II (Senior Grade) Amity University Haryana (Department of Biomedical Engineering)
Nuclear Magnetic Resonance (NMR) investigation of molecular interactions in model drug delivery systems
Current position: Research Officer at CCRAS-Cetral Ayurveda Research Institute, Kolkata (Ministry of AYUSH)
M.Sc :
M.Sc :
Vinti
Vinti
(vinti.1@iitj.ac.in)
(vinti.1@iitj.ac.in)
July (2022-23)
July (2022-23)
Study Of Solvent-Protein Interaction
Neha Sharma (sharma.122@iitj.ac.in)
July(2022-23)
Guest-Host Interaction Study By NMR
Interaction Of Humic-Acid With Heavy Metals.
Mirdul Boro
(Boro.1@iitj.ac.in)(July,2021-2022)Mirdul Boro
Circular dichroism (CD) measurements on aggregation of amino acids.
Analyzing molecular association by solution- state NMR methods: A case study of phenylalanine aggregation
Natural humic acids: characterisation and interaction analysis
Kavish Saini
(Saini.6@iitj.ac.in)(July,2020-May,2021)Kavish Saini
Solution State NMR Analysis of Two and Three Site Chemical Exchange Processes
Analyzing molecular association by solution- state NMR methods: A case study of phenylalanine aggregation
Solution state NMR analysis of Methionine in electrolyte media
Pooja
(pooja.2@iitj.ac.in)(July,2019-May,2020)Pooja
1H &19F based NMR degradation studies of Flupyradifurone, & its metabolite, Difluroacetic acid with extracted humic acid
Characterization of interaction of Halogenated Compounds with tryspin: A Comparative Biophysical Analysis
Characterization of Humic matter interaction with Benzoic acid and its fluorinated analog: A NMR relaxation & diffusion based study
Hydrophobic Interactions of Amino Acids in Aqueous Electrolytic Solution
Effect of Organophosphate Pesticides Chlorpyrifos and Diazinon on Environment: NMR & Fluorescence Spectroscopic Analysis
Research Intern :
Research Intern :
Solid State NMR assessment of ZnO Nanomaterial based drug delivery system.
Ashok K Dhaharwal
(Summer Intern)(ashokdhaharwal@gmail.com )(May, 2015 - July, 2015) Ashok K Dhaharwal
Nuclear Magnetic Resonance & Fluorescence spectroscopic investigation of interaction of 3, 5, 6- Trichloro-2-pyridinol with Bovine serum albumin
Page updated
Report abuse