Trisha Macrae
@tearcam
MD, PhD via @MRSantosLab. Curious about epigenetics/chromatin, stem cells, & tissue and human resiliency. Internal Medicine PGY-2 @UCSFIMChiefs. she/her.
ID:734048490
03-08-2012 03:11:52
184 Tweets
141 Followers
284 Following
Follow People
Unveiling the secrets of m6A RNA methylation in embryonic diapause! 🧬🐁 Dive into our investigation of suspended development, just out in Nature Cell Biology.
Thank you to all the members of Miguel Ramalho-Santos Lab and Pat Limbach lab for their contribution!
#LTRI Sinai Health Temerty Medicine
Latest Miguel Ramalho-Santos Lab publication out Nature Cell Biology! RNA methylation integrates transcriptional and post-transcriptional regulation of developmental pausing. Really fun adventure led by the superb work of Dr. Evelyne Collignon. #LTRI , Sinai Health Temerty Medicine
nature.com/articles/s4155…
Excited to share our latest research with a preprint, fresh out of the oven ! We explore the role of RNA methylation (m6A) in the regulation of diapause (= putting pregnancy on pause) in mice! 🧬🐁 with Miguel Ramalho-Santos Lab
Follow along our tweetorial 👇
biorxiv.org/content/10.110…
🚨NEW STORY 🚨Very excited to share the first preprint from our lab MRC Laboratory of Medical Sciences (MRC LMS) !! biorxiv.org/content/10.110… We reveal an intriguing requirement for nucleolar maturation for repression of Dux and the 2-cell (2C)-like state. (1/9) 🧵
Silly/hiring season is here! New postdoc position in our lab MRC Laboratory of Medical Sciences (MRC LMS) Imperial College London in London. Come study chromatin and transposon regulation in development and disease. V.interested in people with experience with hESCs/iPSCs or bioinformatics. *Pls RT* tinyurl.com/urt46u43
The Aydan Bulut-Karslioglu Lab makes its debut! We study cell fate decisions in stem cells and the early embryo. In our first preprint, we reveal hypoxia as a major factor transcriptionally priming ES cells with a primitive streak signature +
Congrats Aydan Bulut-Karslioglu Miguel Ramalho-Santos Lab! as I catch up on my paper tweets - nice to see this mechanistic study of Chd1 out in the world