Reema Chowdhury

✅ Coordinated preclinical research activities in a multidisciplinary radiobiology and oncology research environment.
✅ Designed and structured in vivo experimental workflows, integrating imaging, radiation exposure, and molecular analysis.
✅ Investigated radioprotective mechanisms and tumor development using advanced preclinical disease models.
✅ Applied imaging (micro-CT) and radiation techniques

✅ Designed and conducted in vivo studies in rodent models to investigate microglial epigenetic reprogramming in neurodegenerative diseases.
✅ Applied a range of molecular and cellular techniques, including PCR, qPCR, Western blotting, FACS, filter retardation assays, and histology.
✅ Developed strong expertise in animal handling and experimental procedures, including breeding, injections, and necr

✅ Conducted microscopy-based analysis of murine muscle cells to assess regeneration capacity.
✅ Performed image acquisition and quantitative analysis to evaluate cellular structure and function.
✅ Contributed to data interpretation supporting muscle biology and aging research.

✅ Investigated liquid–liquid phase separation in lysine- and arginine-rich peptides.
✅ Utilized DIC and fluorescence microscopy to analyze droplet formation and protein behavior.
✅ Applied NMR spectroscopy to characterize structural and biochemical properties.
✅ Contributed to understanding protein aggregation mechanisms relevant to neurodegeneration.

✅ Developed a non-invasive detection approach for bromotyrosine in urine samples.
✅ Applied Surface-Enhanced Raman Spectroscopy (SERS) for biomarker identification.
✅ Performed data analysis using R, supporting interpretation of spectroscopic results.

✅ Supported quality control processes in milk production and packaging.
✅ Gained exposure to industrial workflows, safety standards, and process engineering.
✅ Assisted in ensuring product quality and compliance with manufacturing standards.

✅ Investigated phosphorylation of Amyloid Beta 42 in rat brain mitochondria.
✅ Performed basic biochemical and laboratory techniques to study neurodegenerative mechanisms.
✅ Gained early exposure to neuroscience research and disease-related molecular processes.

Issued Feb 2026

Issued May 2026

Issued Feb 2026

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Issued May 2025

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Issued Jun 2025