Studying role of microtubules in tissue development @WWU_muenster
Münster, Germany
Joined November 2020
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Matis Lab retweeted
New Toettchlab paper alert! Harrison Oatman just published his beautiful work combining software design for "smart" microscopy+optogenetics and some really beautiful work understanding EGFR-driven collective cell migration.
cell.com/cell-systems/fullte…
Matis Lab retweeted
Nature research paper: An intrinsic cytoskeletal oscillator establishes neuronal polarity
go.nature.com/4vLTDD8
She also shows that excess Orbit promotes actin-independent, microtubule-based protrusions, demonstrating that stabilized microtubules alone are sufficient to drive protrusion formation.
New work by @sayani_18 from our lab reveals that CLASP-dependent microtubule stabilization is a key mechanism linking microtubule polymerization dynamics to epithelial morphogenesis.
cell.com/current-biology/ful…
New work by @sayani_18 from our lab reveals that CLASP-dependent microtubule stabilization is a key mechanism linking microtubule polymerization dynamics to epithelial morphogenesis.
cell.com/current-biology/ful…
Are you interested in microtubules and the regulation of their biophysical properties?
We have a PhD position open to students worldwide. Join us! jobs-sf.ukmuenster.de/job/UK…
#PhDposition
Matis Lab retweeted
Free scientific illustrations for biologists! 😍
@NIH has released a library of 500+ free scientific illustrations to create figures, presentations, and illustrations!
all freely available in the public domain.
Retweet and spread the message!
bioart.niaid.nih.gov/
Matis Lab retweeted
Excited to share our latest work on an image analysis paradigm that combines cell state and morphology analyses of patient biopsies at single cell resolution to uncover clinically relevant head-and-neck #cancer phenotypes! @CellCellPress cell.com/cell/fulltext/S0092… tweetorial👇
Matis Lab retweeted
Our latest on planar polarity mechanisms. Painstaking work by Alexandre Carayon, investigating mechanisms of cell-scale polarisation in the fly wing. Enjoy it (if this is your thing)!
@struttlab @UK_Wnt @MCB_Sheffield @DRN_Sheffield
Evidence for strong cell-scale signalling during planar polarisation in the Drosophila wing biorxiv.org/cgi/content/shor… #biorxiv_devbio
Matis Lab retweeted
New work by @theajacobs_ @Sfb1348 @uni_muenster shows how actomyosin contractility at #tricellular junctions is modulated to control epithelial permeability in #Drosophila. See our preprint @biorxivpreprint biorxiv.org/content/10.1101/…
Matis Lab retweeted
Relationship between chromosomes (orange) and the mitotic spindle (green) in four stages of cell division, as seen by Bessel Beam plane structured illumination microscopy cell.com/fulltext/S0092-8674…
Matis Lab retweeted
Shaka X, Martin Schwartz and colleagues @YaleCVRC investigate the role of endothelial cell–cell junctions in fluid shear stress sensing. #OpenAccess #ReadAndPublish journals.biologists.com/jcs/…
ALT Figure shows alignment of HUVECs plated at confluent and sparse densities under laminar shear stress
Matis Lab retweeted
Excited to announce…..it’s finally arrived (!!) nature.com/articles/s41556-0…
A big thank-you to my team (particularly @robertr33), co authors & #FutureFellowship funding from @arc_gov_au
Importantly- a big shoutout to @drDJVDavid @NatureCellBio for their support. 👇tweetorial 👇 #VivaLaMicrotubules 🎉
Buckle in, it is #microtubule cell migration story time! We reveal a new role for microtubules as cellular sensors which detect and respond to compressive forces, enabling movement and ensuring survival in mechanically demanding environments; just like this little guy squeezing through here. 1/10
Matis Lab retweeted
Can we "drug" microtubule modifications to lower cardiac stiffness and improve function in #HFpEF? Out now in @ScienceTM , w/ long time collabs in @MarguliesLab
1/5
tinyurl.com/ynn6r2mz
Check out our new preprint on the Activation of Planar Cell Polarity Signaling by Shear Forces to Coordinate Vascular Cell Dynamics done in collaboration with @GalicLab biorxiv.org/content/10.1101/…
Matis Lab retweeted
KATANIN-mediated microtubule severing is required for MTOC organisation and function in Marchantia polymorpha
Read this #DevSIDiversity Research Report by Sarah Attrill and Liam Dolan @DolanLab @gmivienna:
journals.biologists.com/dev/…
ALT Figure 1: KTN is required for tissue and organ development in M. polymorpha.
Joint International GfE/DSDB Meeting – Meeting report thenode.biologists.com/joint… via @the_Node
Joint International GfE/DSDB Meeting – Meeting report thenode.biologists.com/joint… via @the_Node
Matis Lab retweeted
Happy to share our collaborative work on the role of MT tyr/detyr in axonal trafficking of endolysosomes published in the @J_Cell_Sci
journals.biologists.com/jcs/…
Matis Lab retweeted
We're delighted to announce our 2023 Outstanding Paper Prize award, recognising some of the most exciting contributions to the journal. This year, we selected two winners and a runner-up - find out more in the thread below or in our latest editorial: journals.biologists.com/dev/…
Matis Lab retweeted
A body–brain circuit that regulates body inflammatory responses nature.com/articles/s41586-0…
