Liam Holt
@LiamHoltLab
Followers
2K
Following
983
Media
109
Statuses
2K
What does it feel like in a cell? How do cells feel about being squished? Mental Health, SciComm, SciArt, Opinions my own. https://t.co/9ZDpewzxHx
New York, NY
Joined March 2010
RT @ElisaTZhang: Why is the NIH an incredible engine for scientific progress and U.S. biomedical leadership? $1 NIH spends--> $2.5 economic….
0
80
0
RT @beatascienceart: I need to tell you all about the Toledo CellulART Symposium! This event combines science and art in a really unique wa….
0
5
0
This is a great opportunity! I interact with these folks a lot and its a wonderful community :).
Dear Twitter, . The NYU Biology and Physics Departments have a joint tenure-track position open. Please re-post and pass the info along to anyone that might be interested to apply!.
0
0
6
Yes. Nanopublications ftw.
I have been advocating a different way of doing science: publishing one figure at the time, and have other people critique and reproduce it. From there, build stories.
0
0
6
RT @Archaeon_Alex: I've been saying for the past 10y that I want a server (such as a preprint server) where people upload one exp. After it….
0
3
0
0
0
2
@Ying_Xie_ found that polysome collapse and subsequent mRNA condensation leads to fluidization of the cytoplasm. This helps Q-body stress organelles to assemble. With @ProfGresham, @Tiewei_Liu. Could be a new function for P-bodies and stress granules!.
1
0
1
Our paper is now out in it's final version @PRX_Life !. Condensate formation is favored by the active, crowded cytoplasm.
Excited to announce our latest @biorxivpreprint!. Mesoscale molecular assembly is favored by the active, crowded cytoplasm. Tong Shu led the charge, with @ElevyLab, @glenhocky and @Gaurav6032. RT plz!. Tweetorial! 1/5
1
12
70
Excited to announce our latest publication from the amazing Ying Xie in @MolecularCell . We find that stress granules and P-bodies fluidize the cytoplasm in response to diverse stresses. Tweetorial soon!.
4
40
161
RT @buenoscience: A great opportunity to submit your work on cell growth control, cytoplasmic density regulation and organelle scaling to M….
0
12
0
Amazing new paper from @TheRojasLab! Congratulations to @maximohairwe.
Dear Twitter, . @maximohairwe made a really cool paper on how an instability (bifurcation) the fitness landscape of fungal hyphae leads to a strict constraint on their shapes! .
0
2
11
This is an amazing opportunity!.
🚨 JOB CALL!!! 🚨. If you’re interested in neuronal cell biology, come and work with us to use custom imaging and omics tools to study organelle contact sites in neurons. Please RT friends‼️. Open calls for a @wellcometrust funded Post doc and RA position listed below…
0
0
3
RT @carrie_adler: A cool profile of me in @CurrentBiology tl;dr: I describe one of my central beliefs – the import….
0
24
0
Incredibly grateful to the @Hypothesisfund for giving us this support! And thank you to the fund and @HarmitMalik for being such strong advocates for fundamental research. It is more important than ever to invest in discovery. We are excited to have this chance.
3/ We're excited to support @liamholtlab on a new research direction to investigate how viruses survive & replicate by manipulating biophysical properties of cells. Cheers to this creative researcher for "going viral"😉. Congrats Dr. Holt! @nyugrossman.🙏 #HFScout @HarmitMalik
12
11
95
RT @Hypothesisfund: 3/ We're excited to support @liamholtlab on a new research direction to investigate how viruses survive & replicate by….
0
2
0
RT @FritzLaylin: 🚨New lab preprint: "We therefore propose a model for cytoskeletal evolution in which pools of microtubule network componen….
0
24
0
Congratulations! Amazing work!.
🎉It's finally out!! We show that intramolecular interactions in IDPs are strong enough to hold in the cell, but flexible enough to respond to cellular volume changes. A labor of love of many people, mainly recent graduate @david_c_moses and @the_KarinaG.
0
0
3
Fantastic!.
Finally out!.We found that mRNAs are not uniformly distributed across the cytoplasm. mRNA architecture is the strongest determinant for localization. Subcytoplasmic location of translation controls protein output.
0
0
3
RT @Mayr_Christine: Finally out!.We found that mRNAs are not uniformly distributed across the cytoplasm. mRNA architecture is the stronges….
0
299
0