DNA folding choices made in stem cells determines how genes are expressed in the brain

DNA folding choices made in stem cells determines how genes are expressed in the brain

A new study led by Daniel Loftus of the Whipple Lab has found that differences in maternal and paternal genomes in embryonic stem cells shape gene expression in neurons. The study, which appears in the latest issue of the journal Genes & Development, delves into the 3D structure of a genome region called Peg13-Kcnk9.

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Simon Schnabl accepted to PhD graduate program at the Institute of Science and Technology (IST) Austria

Simon Schnabl accepted to PhD graduate program at the Institute of Science and Technology (IST) Austria

Simon joined the Whipple lab in 2019 as an undergraduate, completed his senior thesis, and then following graduation worked full-time as a Research Associate. In addition to keeping the lab operating smoothly, his experimental and computational work was critical to our ongoing studies on snoRNAs. He will be sorely missed by all, but we're looking forward to a lab reunion in Austria some day!

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