Xin Chen Lab

Understanding cell fate one histone at a time | The establishment and partitioning of epigenetic regulation in adult stem cells @JohnsHopkins @HHMINEWS 🪰🐁🪱

[Xin Chen Lab @ChenLabJHU]

Take a look at our paper by Dr. Vidaurre on the role of Set1 in the early Drosophila 🪰 male germline, recently published in @Dev_journal!

[Development @Dev_journal]

The Drosophila histone methyltransferase SET1 coordinates multiple signaling pathways in regulating male germline stem cell maintenance and differentiation

Read this Research Article by Velinda Vidaurre, Xin Chen @ChenLabJHU and colleagues:
https://t.co/bsCDo5CsTh

[Portland Press @PPPublishing]

In this #BiochemSocTrans mini-review, the @ChenLabJHU consider how cell identity is established and maintained, giving insight into histone inheritance in the context of the cell cycle, alongside technical considerations for in vivo study. https://t.co/XvCtiCHrLj

[PLOS Biology @PLOSBiology]

During asymmetric #CellDivision of #Drosophila male #GermlineStemCells (GSCs), #histone H3 is preferentially inherited by the GSC, while H3.3 is not; @ChenLabJHU reveals that a single amino acid (A31/S31) underlies these inheritance patterns #PLOSBiology https://t.co/4bfNMOQAfg

[Xin Chen Lab @ChenLabJHU]

It is an honor to be named among a number of outstanding scientists!

[Johns Hopkins Arts & Sciences @JHUArtsSciences]

Congratulations to the Johns Hopkins researchers recently named as @aaas fellows for their contributions to their respective fields and the body of science as a whole. https://t.co/BvVkFVtZuQ