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Epigenetic regulation of embryonic stem cells

We discovered that human and mouse induced naïve pluripotency erases epigenetic information, i.e reduces global DNA methylation levels. Subsequently it was found that the vast majority of demethylation is caused by disabling the UHRF1 protein, a partner of the enzyme that copies DNA methylation through cell division called DNMT1. Projects in our lab explore how signalling and metabolism converge in the regulation of UHRF1.

Embryonic Stem Cells

Here I talk about our discovery that we can change the cell's fate by manipulating the epigenome. Find out more details here: Saunderson et al., 2017
https://www.nature.com/articles/s41467-017-01078-2
This is an older TEDx talk I gave in Bucharest talking about epigenetics in general
Trailer of "Picture a scientist" - a must watch
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