Locked out of the wetlab on account of the earliest COVID lockdown (in 2020) -- and one student turns the situation into a nice piece of work. Read our latest paper @ BMC Genomics https://t.co/0fStVyhMaD
It's out (https://t.co/fICJzICfD0 )! Ever noticed that most host-pathogen studies are done with macrophages from immune compromised mice that lack functional NRAMP1? Well, if you are interested in metals at the host-pathogen interface, read on...1/
How is p53 regulated? Paper with @rddowell in @PLOSBiology shows D40p53 isoform tempers WTp53 activity to allow input from other TFs. Surprisingly, D40p53 blocks WTp53-dependent eRNA transcription and prevents mRNA biogenesis despite pre-mRNA induction https://t.co/wIaJA2BuG7
Interested in embryonic development, stem cells, chromatin, and RNA? The Brumbaugh lab is looking to hire a talented PRA/lab manager. Check us out and please RT!
https://t.co/QGvnUSugeU
In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK7 kinase regulation that involve its association with TFIIH. @CUBIOCHEM1@CUBoulder
https://t.co/l9U9EAUpPe
We are hiring
The HPC System/Software Administrator will be a key member of the BioFrontiers IT team, passionate about providing technical assistance, software management
More information
BioFrontiers Institute HPC System/Software Administrator https://t.co/X0IRAR6ppG
Angelika Amon passed away this morning. She was the greatest scientist I’ve ever met. This is a huge loss for her family, her friends, and for every biologist.
Incredibly excited to be selected as one of the @PackardFdn 2020 #PackardFellows! Such an honor to join this inspiring community of scientists as I further my research in genome evolution and #transposons.
https://t.co/hTY8TWvq4m
Every year, EMBO recognises outstanding researchers in the #lifesciences.
Congratulations to EMBL's Alexander Aulehla & Paul Flicek for being elected as new @EMBO members by their peers! #EMBOMember#ScienceAward
🎉 https://t.co/8gaYgIvQHw
Remodeling of zinc during mammary cell differentiation is caused primarily by signaling through glucocorticoid receptor. Great work by PhD students You Han and Lynn Sanford. https://t.co/keeEeYEun4 .