Nima Jaberi (@nimajaberi_) 's Twitter Profile
Nima Jaberi

@nimajaberi_

postdoc @brangwynnelab | formerly @MITBiology @uoft

ID: 1479110819023507462

calendar_today06-01-2022 15:21:44

36 Tweet

99 Followers

265 Following

Nima Jaberi (@nimajaberi_) 's Twitter Profile Photo

A fantastic preview of our recent work. Thank you Denis LJ Lafontaine for writing this! Your group's work on nucleolar evolution played a big role in the direction of this project, and inspired us to think deeply about how condensate evolution may be explained molecularly.

Eric Greer Lab (@ericgreerlab) 's Twitter Profile Photo

Excited to share our paper out online today! We labeled and tracked heritable non-genetic info transmitted from parents to their children. We found that starvation in ancestors leads to transgenerational phenotypes in naĆÆve well-fed descendants, ... 1/9 sciencedirect.com/science/articl…

Iain Cheeseman (@iaincheeseman) 's Twitter Profile Photo

New preprint now live! We find that translation start site selection is dramatically rewired during mitosis through an elegant mechanism involving the nuclear release of eIF1. Want a play-by-play of major findings? - check out last week's teaser posts. biorxiv.org/content/10.110…

New preprint now live! We find that translation start site selection is dramatically rewired during mitosis through an elegant mechanism involving the nuclear release of eIF1. Want a play-by-play of major findings? - check out last week's teaser posts.
biorxiv.org/content/10.110…
Gladfelter Lab (@gladfelterlab) 's Twitter Profile Photo

Our newest paper in Current Biology demonstrates how small changes in a disordered protein sequence enable fungi to grow at different temperatures. Ben Stormo cell.com/current-biolog…

Jessica Zhao (@jesszhiyuezhao) 's Twitter Profile Photo

Excited to share that the first paper of my PhD work in brangwynnelab is out! In this work Nature Communications, we focus on how condensates in the cell nucleus respond to mechanical deformation during cell confined migration, a process involved in cancer cell metastasis. (1/3)

Iain Cheeseman (@iaincheeseman) 's Twitter Profile Photo

New preprint! Eric Smith + Jimmy Ly reveal a beautiful example of repurposing of a molecular machine. RNase P + RNase MRP share 9 subunits and yet are functionally very different. We find key new subunits that act as specificity factors to distinguish MRP. biorxiv.org/content/10.110…

New preprint! Eric Smith + Jimmy Ly reveal a beautiful example of repurposing of a molecular machine. RNase P + RNase MRP share 9 subunits and yet are functionally very different. We find key new subunits that act as specificity factors to distinguish MRP.
biorxiv.org/content/10.110…