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PAX6 in neural rossettes
N CADHERIN stained neural progenitor cells
CD144 stained endothelial cells from hESCs
Phalloidin stained Actin filaments (red) in 2D cultured hESCs
Phalloidin stained Actin filaments (red) in organoids
Phalloidin stained Actin filaments (red) in 2D cultured hESCs
Epigenetic modification mechanisms
PcG regulates neuronal genes during neuronal differentiation
Effect of substrate stiffness on various mechano sensitive pathways
YAP stained (green) nuclei in hESCs in 2D culture
PAX6 rossette_editted.jpeg

Pluripotent stem cells are enigmatic cells capable of differentiation into any cell type.
Our research endeavors focus on unraveling the intricate mechanisms guiding the differentiation of human pluripotent stem cells. We strive to uncover the molecular intricacies that orchestrate this transformative process.
Furthermore, our investigations extend to exploring the involvement of Polycomb group (PcGs) proteins and other histone modifiers in the onset and progression of various human diseases.
At stemcellsscience.info, our mission is to highlight our work in the fields of stem cell biology and epigenetics.

Contact Us:

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Prasad Pethe

Assistant Professor,

Symbiosis Centre for Stem Cell Research (SCSCR),

Symbiosis International (Deemed University),

Lavale, Mulshi, Pune - 412115

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Phone - 020- 28116315

email- prasadpethe84@gmail.com

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