Ending the week with an announcement of our newly-published tool for exploring 3D #genomics data and 1D genomics profiles: HiCognition! Read the paper here https://t.co/8st93UFEXc and give it a try yourself at https://t.co/5qdza7kPQi
The Gerlich lab is hiring! We are looking for a Research Technician to join our team @IMBA_Vienna, @viennabiocenter. For more info and to apply: https://t.co/JmYe70IDLb
Hot off the press @Nature! "A mitotic chromatin phase transition prevents perforation by microtubules". Our work on mitotic chromosome formation, a tweetorial:
In #collaboration with @bryangibsonphd, @ShotaroOtsuka + the lab of Mike Rosen @UTSWNews
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https://t.co/wztnLRF8EV
Our latest work shows centriole growth isn't controlled by the cytoplasmic depletion of its components but by a cell cycle dependent phosphorylation of Ana2. It's now available @biorxivpreprint. Well done @TL_Steinacker, @ISiuShingWong & co-workers! https://t.co/HzXzclcjQG
@DunsingValentin@joachimgoedhart@Roy_Lab_Thinks@christlet I don't have any real data on this, but I think mNG is pretty stable. mNG-tagging of a low abundant protein allowed us to image it for a longer time in comparison to the GFP-tagged version.
The big winner of our first Christmas decoration competition is @JRafflab, with their entry "O' come all ye fly vials". The judges were particularly impressed by their commitment to the @Dunn_GoGreen values, as recycled fly vials were used for this beautiful decoration!
We’re recruiting! Come join a young (but growing!) lab working at the intersection of cell biology and evolution to understand the organisation of the nucleus - and train in one of the world’s best PhD programmes! #EMBLPhD2021
https://t.co/cKUW9CEKuE
📢 We are looking for outstanding early career researchers seeking mentoring and sponsorship to apply for career development fellowships @Dunn_School! 📢
We particularly welcome applicants from diverse backgrounds underrepresented at Oxford! Please RT!
https://t.co/r7aazZXKeY
Really excited to share that my PhD paper with @lcochella is out:
A deeply conserved miR-1 dependent regulon supports muscle cell physiology!
There are a few surprises here, check out this thread ->
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https://t.co/qDJ686rVuJ