Thomas Quail (@thomas_quail) 's Twitter Profile
Thomas Quail

@thomas_quail

group leader @embl. studying genome self-organization.

ID: 908618721891057669

linkhttps://www.embl.org/groups/quail/ calendar_today15-09-2017 09:09:19

135 Tweet

450 Followers

557 Following

Thomas Quail (@thomas_quail) 's Twitter Profile Photo

Condensates, forces, theory, and transcription factors! Very happy that the protein-DNA co-condensation work is out. A thousand thanks to everyone who worked on this art piece with me: @StefanGolfier @IshiharaKsk Vasanthanarayan Murugesan Roman Renger Brugués Lab Maria and Frank!

Alexandra Elbakyan (@ringo_ring) 's Twitter Profile Photo

nature has actually contacted me for comment about accusations that Sci-Hub is a threat, here is my full response / it is clear that academic publishers care about their money, not about security of other people

nature has actually contacted me for comment about accusations that Sci-Hub is a threat, here is my full response / it is clear that academic publishers care about their money, not about security of other people
SPP2191 - Mol. Mech. of Funct. Phase Separation (@spp2191) 's Twitter Profile Photo

Make sure you join us today for the next set of exciting talks in the Condensate Colloquium Series with Lars Hubatsch & Thomas Quail! Zoom Link: us02web.zoom.us/j/89835256985?… Meeting ID: 898 3525 6985 Passcode: 079052

Make sure you join us today for the next set of exciting talks in the Condensate Colloquium Series with 
<a href="/LarsHubatsch/">Lars Hubatsch</a> &amp; <a href="/thomas_quail/">Thomas Quail</a>!

Zoom Link: 
us02web.zoom.us/j/89835256985?…
Meeting ID: 898 3525 6985
Passcode: 079052
Nature Chemistry (@naturechemistry) 's Twitter Profile Photo

Peptide sequence determines the functional material properties of phase-separated RNA–peptide protocells nature.com/articles/s4155… ($)

Peptide sequence determines the functional material properties of phase-separated RNA–peptide protocells nature.com/articles/s4155… ($)
Karsten Weis Lab (@karstenweislab) 's Twitter Profile Photo

Our latest paper on #NuclearPoreComplex assembly is now on #bioRxiv! biorxiv.org/cgi/content/sh… It was a fantastic team effort allowing us to characterize how an amphipathic helix in Brl1 functions in nuclear envelope membrane fusion bending membranes into astounding shapes (1/2).

Our latest paper on #NuclearPoreComplex assembly is now on #bioRxiv! biorxiv.org/cgi/content/sh…
It was a fantastic team effort allowing us to characterize how an amphipathic helix in Brl1 functions in nuclear envelope membrane fusion bending membranes into astounding shapes (1/2).
EMBL (@embl) 's Twitter Profile Photo

Welcome, Thomas Quail! The new group leader will study the collective behaviours that drive genome self-organisation, using a range of interdisciplinary approaches. embl.org/news/lab-matte…

Welcome, Thomas Quail!

The new group leader will study the collective behaviours that drive genome self-organisation, using a range of interdisciplinary approaches.

embl.org/news/lab-matte…
Erzberger Group (@erzbergergroup) 's Twitter Profile Photo

Check out our review on mechanochemical pattern formation! embopress.org/doi/epdf/10.15… Geometry-dependent reaction-diffusion dynamics, curvature-driven membrane patterns, contractile fluid instabilities, and many other topics

Thomas Quail (@thomas_quail) 's Twitter Profile Photo

Really excited about this deeply collaborative and interdisciplinary project! An opportunity to use next generation methods to solve old (unanswered) questions in #development and #transcription. Get in touch soon if you are interested and please RT!

Thomas Quail (@thomas_quail) 's Twitter Profile Photo

Really exciting positions in theoretical biophysics in both Isabella and Anna’s labs! Fantastic that Isabella has joined us here at EMBL : )