top of page
Chromatin Dynamics Lab
Prof. Chandrima Das
Biophysical Sciences Division
Decoding Chromatin to Understand Disease
We investigate how chromatin readers and epigenetic regulators reshape transcriptional programs, cellular metabolism and cell fate, and how their dysregulation drives cancer, metabolic disorders and host-pathogen interactions.
1682712502738
Saha Institute of Nuclear Physics
Screenshot (251)
Breast Cancer Tissue (2)
1682712502738
Saha Institute of Nuclear Physics
1/7
RESEARCH FOCUS
Chromatin & Epigenetics
How chromatin readers and epigenetic regulators control gene expression.
Cancer & Metabolism
Understanding how altered transcription and metabolism contribute to disease
Host-Pathogen Interactions
Exploring how cellular regulatory mechanisms influence infection and disease progression
From molecular mechanisms to disease biology
Implication of UBR7 in HBV born HCC
Role of UBR7 in EZH2 mediated matrix remodeling and drug resistance
ZMYND8 mediated Neuronal differentiation
Snapshot of work on TCF19 in cancer metabolism
UBR7 mediated Breast tumor suppression
Snapshot of work on ZMYND8
Snapshot of work on CBX4
TCF19 and gluconeogenesis
Snapshot of work on SP110
bottom of page