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RESEARCH

Origins: Stem Cells & Embryogenesis

Investigating the epigenetic mechanisms that govern early lineage commitment and embryo development.

Exploring how environmental exposures during early development induce epigenetic perturbation that impair development ans alter trajectory of child's life.

IVF, IVG and ex-utero development

Advancing in vitro fertilization (IVF) and in vitro gametogenesis (IVG) and ex-utero fetus development platform to transform reproductive medicine.

Sex Chromosomes & Dosage Compensation

Uncovering the epigenetic regulation behind X-chromosome inactivation and X-chromosome upregulation during early embryogenesis.

Epigenetics of Aging & Longevity

Decoding the epigenetic clocks and chromatin changes that drive cellular aging, senescence, and age-related health decline over time.

Epi-CRISPR Therapeutics

Developing targeted epigenome-editing platforms to precisely modulate gene activity and disease phenotypes without altering the underlying DNA sequence.

2025, Gayen's Lab (CRG)

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