Ann Boija (@boijaann) 's Twitter Profile
Ann Boija

@boijaann

ID: 923620688258363392

calendar_today26-10-2017 18:41:46

31 Tweet

222 Followers

102 Following

Whitehead Institute (@whiteheadinst) 's Twitter Profile Photo

When his kindergarten teacher decided he was too tall and should skip ahead to 1st grade, Isaac Klein, now a postdoc and physician, didn't mind: "That means I'll start medical school a year earlier." Read on in this week’s #WhiteheadPostdocProfiles ow.ly/lyxv50keIgO

When his kindergarten teacher decided he was too tall and should skip ahead to 1st grade, <a href="/IsaacAKlein/">Isaac Klein</a>, now a postdoc and physician, didn't mind: "That means I'll start medical school a year earlier." Read on in this week’s #WhiteheadPostdocProfiles ow.ly/lyxv50keIgO
Nature Reviews Drug Discovery (@natrevdrugdisc) 's Twitter Profile Photo

Biomolecular condensates pique drug discovery curiosity go.nature.com/2I9IqIj - find out more here about the drug discovery implications of transient liquid-like droplets made up of proteins and RNA in cells in this news story by Asher Mullard

Biomolecular condensates pique drug discovery curiosity go.nature.com/2I9IqIj - find out more here about the drug discovery implications of transient liquid-like droplets made up of proteins and RNA in cells in this news story by <a href="/AsherMullard/">Asher Mullard</a>
Ann Boija (@boijaann) 's Twitter Profile Photo

Nice work from StarkLab on the preference of Transcriptional cofactors for certain promoter types. nature.com/articles/s4158…

Whitehead Institute (@whiteheadinst) 's Twitter Profile Photo

A new study in nature led by Eric Guo & John Manteiga in Richard Young’s lab reveals that condensates play a role in splicing, an essential activity that ensures the genetic code is prepared for translation into protein: ow.ly/neKm50vqHwF MIT Biology MIT Science

A new study in <a href="/nature/">nature</a> led by <a href="/ericyguo/">Eric Guo</a> &amp; John Manteiga in <a href="/youngricka/">Richard Young</a>’s lab reveals that condensates play a role in splicing, an essential activity that ensures the genetic code is prepared for translation into protein: ow.ly/neKm50vqHwF
<a href="/MITBiology/">MIT Biology</a> <a href="/ScienceMIT/">MIT Science</a>
Eric Guo (@ericyguo) 's Twitter Profile Photo

How does a cell organize key steps in gene expression? Are transcription and RNA splicing organized in specialized condensates or “droplets”? What controls the transition from transcription to splicing? Check out latest Nature paper from our great team! nature.com/articles/s4158…

Whitehead Institute (@whiteheadinst) 's Twitter Profile Photo

Furthering a new model of gene control, a study led by @krishna_shriniv of the Chakraborty Lab MIT ChemE Dept & Ben Sabari of the Young lab identifies threshold conditions that decide whether a condensate of transcription factors forms at a site on the genome: ow.ly/Y9v050vrUOB

Furthering a new model of gene control, a study led by @krishna_shriniv of the Chakraborty Lab <a href="/MITChemE/">MIT ChemE Dept</a> &amp; <a href="/bsabari/">Ben Sabari</a> of the Young lab identifies threshold conditions that decide whether a condensate of transcription factors forms at a site on the genome: ow.ly/Y9v050vrUOB
Ben Sabari (@bsabari) 's Twitter Profile Photo

Our bioRxiv biorxiv.org/content/10.110… is now published Molecular Cell cell.com/molecular-cell…. Fun collaboration with the great @krishna_shriniv. Thanks to everyone who made this possible.

Ben Sabari (@bsabari) 's Twitter Profile Photo

The lab website sabarilab.com is live! Make sure to check out our open positions sabarilab.com/open-positions. We are recruiting postdocs, grad students and research assistants to work at the interface of gene regulation and condensate biology. Please RT.

Jurian Schuijers (@jschuije) 's Twitter Profile Photo

Looking for an exciting PhD-position using live-cell imaging and sequencing to study gene regulation? We’re hiring! schuijerslab.org

Ann Boija (@boijaann) 's Twitter Profile Photo

Check out our new paper on how clinically important drugs are concentrated in nuclear condensates. So much fun doing this study together Isaac Klein, Richard Young and all collaborators. science.sciencemag.org/content/368/64…

Charles Li (@charles_h_li) 's Twitter Profile Photo

Great fun working with @eliot_coffey on this study. Looking forward to seeing how these findings can be leveraged to benefit patients with Rett syndrome in the future. Huge thanks to the entire team for their amazing contributions to this study! nature.com/articles/s4158…

Richard Young (@youngricka) 's Twitter Profile Photo

Check out my MIT course this fall on “COVID-19, SARS-CoV-2 and the Pandemic”, taught by leading scientists Tuesdays at 11:30 ET beginning Sept 1. For the syllabus and a link to the live stream, visit bit.ly/700Covid.

Richard Young (@youngricka) 's Twitter Profile Photo

Don’t miss the next installment of  “COVID-19, SARS-CoV-2 and the Pandemic”, at 11:30 ET tomorrow 10/20, when Dr. Victoria Clark will discuss “The Patient”. Livestreaming instructions: bit.ly/700Covid

Don’t miss the next installment of  “COVID-19, SARS-CoV-2 and the Pandemic”, at 11:30 ET tomorrow 10/20, when Dr. Victoria Clark will discuss “The Patient”.
Livestreaming instructions: bit.ly/700Covid
Ann Boija (@boijaann) 's Twitter Profile Photo

Check out our review about Biomolecular condensates and cancer. Fun to write this together with Richard Young and Isaac Klein. authors.elsevier.com/c/1cNFW5TA51TI…

Mannervik Lab (@mannerviklab) 's Twitter Profile Photo

The latest paper from our lab is now online Molecular Cell. We used a histone replacement system and biochemical reconstitution to show the requirement of H3K14 acetylation for the expression of a set of genes that are essential for Drosophila development and tissue patterning.

Whitehead Institute (@whiteheadinst) 's Twitter Profile Photo

Just three and a half days left to vote for Whitehead Institute's research in #STATMadness! Head to the link to cast your vote for papers on HIV and cancer drugs from the labs of Silvi Rouskin Silvi Rouskin and Rick Young Richard Young! MIT Biology MIT Science ow.ly/ulWs50DQkMX

Whitehead Institute (@whiteheadinst) 's Twitter Profile Photo

It was touch and go for a while, but Whitehead Institute made a comeback and advanced to the second round of #STATMadness! Cast your vote here for a fantastic paper from Rick Young's lab Richard Young on how cancer drugs are distributed throughout the body: ow.ly/oTyC50DSXGM