Embedded Files
Prince Kumar Som
Prince Kumar Som
Masters
Prince Kumar Som is pursuing an M.Tech in Biotechnology at Birla Institute of Technology (BIT) Mesra, with research interests in bioinformatics, computational biology, and neurodegenerative diseases. His research focuses on multi-omics bioinformatic analysis of gender- and stage-dependent molecular alterations in Alzheimer's disease to identify potential biomarkers, dysregulated pathways, and therapeutic targets while developing expertise in omics data analysis and systems biology.
Email ID: mtbt10009.25@bitmesra.ac.in
Sharanya Jena
Sharanya Jena
Bachelors
Sharanya is a B.Tech student investigating potential neuropeptide therapeutics to combat Alzheimer's disease. Her current work uses molecular dynamics (MD) simulations to study the structure and aggregation of the beta-amyloid monomer and its hexamer, a key step in halting plaque formation.
Email ID: sharanyajena25034@gmail.com
Archit Mukherjee
Archit Mukherjee
Bachelors
Archit is pursuing a B.Tech in Biotechnology, with research interests in computational biology and neurodegenerative diseases. My work broadly involves in silico approaches to explore protein–ligand interactions and identify potential therapeutic leads in Alzheimer’s disease. I am also developing skills in molecular modelling and dynamics simulations to better understand the structural mechanisms underlying disease pathogenesis and drug action.
Email ID: architmukherjee04@gmail.com
Aman Goyal
Aman Goyal
Bachelors
Aman is pursuing Biotechnology with a keen interest in AI and image processing. His project focuses on automated image resizing and augmentation to create balanced datasets for machine learning. It aims to simplify data preparation and improve model performance in biomedical image analysis.
Email ID: goyal.aman49@gmail.com
Nishant Singh
Nishant Singh
Bachelors
Nishant is a B.Tech student focusing on computer-aided drug design to target Alzheimer’s disease. His project involves the development of a pharmacophore model for the amyloid-beta A4 protein using Schrödinger Maestro. This model is utilized for the virtual screening of large chemical libraries via PubChem to identify potential novel hits, followed by the construction of Quantitative Structure-Activity Relationship (QSAR) models to predict and optimize therapeutic efficacy.
Email ID: btech10079.24@bitmesra.ac.in
Anushka Jha
Anushka Jha
Bachelors
Anushka is a B.Tech student with a research interest in bioinformatics, computational genomics, and artificial intelligence. She investigates gene and miRNA expression patterns to discover molecular biomarkers associated with chromosomal disorders, contributing to advanced healthcare solutions.
Email ID: anushkaajmer13@gmail.com
Aarya Shrusti
Aarya Shrusti
Bachelors
Aarya Shrusti is a B.Tech student interested in computational biology and molecular simulations. Her current project uses molecular dynamics (MD) simulations to study the aggregation behaviour of the fibronectin-derived REDV peptide at the molecular level to understand peptide self-assembly mechanisms and contribute to the rational design of peptide-based biomaterials.
Email ID: btech10861.24@bitmesra.ac.in
Page updated
Google Sites
Report abuse