Xiuyu WANG (@xiuyuwang2) 's Twitter Profile
Xiuyu WANG

@xiuyuwang2

Postdoc in @MannevilleL.
Investigating mechanotransduction of Glioblastoma and Mesenchymal cells. Former
PhD from @Polytechnique. Opinions are my own.

ID: 1343181027439685634

calendar_today27-12-2020 13:04:55

40 Tweet

81 Followers

277 Following

Xavier Trepat (@xaviertrepat) 's Twitter Profile Photo

Looking for an “All things mechanobiology" meeting? Here it is! Join us at EMBL next spring! #EESMechanobiology embl.org/about/info/cou…

Looking for an “All things mechanobiology" meeting? Here it is! Join us at <a href="/embl/">EMBL</a> next spring! #EESMechanobiology
embl.org/about/info/cou…
Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

last week, I was super delightful when I realized that the majority (5/6) of the to do list is done! One week before Xmas, hope I could do a "ALL LIST DONE" and have a peaceful Xmas!

Francoise Helmbacher (@f_helmbacher) 's Twitter Profile Photo

Happy to share this work, out in Development, on how the regulation of retinal astrocyte migration and maturation by the FAT1 Cadherin impacts retinal vascular development | journals.biologists.com/dev/article/14…

Happy to share this work, out in <a href="/Dev_journal/">Development</a>, on how the regulation of retinal astrocyte migration and maturation by the FAT1 Cadherin impacts retinal vascular development |
journals.biologists.com/dev/article/14…
Claire Dessalles (@clairedessalles) 's Twitter Profile Photo

The balance between "folding to keep peace but enabling this behavior" and "fighting but creating tension and possible backlash" when facing toxic people in academia is one that I find really difficult to navigate...

Varsha Singh PhD (@varshas53228024) 's Twitter Profile Photo

Postdoc positions in my lab at @iisc Bangalore. C. elegans is famous for its small yet complex nervous system of 302 neurons and 1300 odd GPCRs. We are studying 6 of these neurons to figure out why and how they sniff odors made by bacteria. Curious? Apply. Please RT.

Postdoc positions in my lab at @iisc Bangalore. 
C. elegans is famous for its small yet complex nervous system of 302 neurons and 1300 odd GPCRs. We are studying 6 of these neurons to figure out why and how they sniff odors made by bacteria. Curious?  Apply. 
Please RT.
Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

It's so exiting that the preprint of the major work of my PhD is highlighted by Hao Yin. The principle ideas are transfered prefrctly correct. Even the same (mayby bold but interesting) hypothesis between the phenomenon and the pathology of leimyoma. You totally get it!

Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

It's so nice to see that your scientific ideas are well accepted and appreciated by your collegues, friends and other tweeters! Cheers!

Babraham Institute (@babrahaminst) 's Twitter Profile Photo

LAST CHANCE TO APPLY: We're recruiting a Postdoctoral Research Scientist to join Adrian Liston to work on a #neuroimmunology project investigating #microglia homeostasis in health, age & injury Apply by 31st Jan Full details ➡️ ow.ly/43WE50Hhmz1 #ScienceJobs #ResearchJobs

LAST CHANCE TO APPLY: We're recruiting a Postdoctoral Research Scientist to join <a href="/LabListon/">Adrian Liston</a> to work on a #neuroimmunology project investigating #microglia homeostasis in health, age &amp; injury

Apply by 31st Jan
Full details ➡️ ow.ly/43WE50Hhmz1
#ScienceJobs #ResearchJobs
Ariana Strandburg-Peshkin (@arispeshkin) 's Twitter Profile Photo

JOB ALERT: Postdoc & PhD positions available to study animal communication and collective behavior! Come work with us to analyze movement + acoustic data from entire social groups using #machinelearning and other approaches. Still time to apply by Jan 31! cocomo.group/join

THERY Manuel (@manuelthery) 's Twitter Profile Photo

In this study, Shohei Yamamoto investigated the role of actin network in the regulation of the positioning of microtubule asters by reconstituting the crosstalk between the two systems in vitro in closed microwells. biorxiv.org/content/10.110…

In this study, Shohei Yamamoto investigated the role of actin network in the regulation of the positioning of microtubule asters by reconstituting the crosstalk between the two systems in vitro in closed microwells.
biorxiv.org/content/10.110…
Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

This reminds me of the OLYMPIC Diving Competition. The dry hydrophobic sphere on the left just looks like the "Splash disappearance technique" from the Olympic champion Herb Whittington

SSMVR (@ssmvr_swiss) 's Twitter Profile Photo

Mark the dates for upcoming virtual Swiss Vascular Biology talks! February 7, 2022 Luisa Iruela-Arispe labs.feinberg.northwestern.edu/arispe/index.h… April 25, 2022 Zoltan Arany med.upenn.edu/aranylab/ June 20, 2022 Taija Makinen makinenlab.com

Mark the dates for upcoming virtual Swiss Vascular Biology talks!

February 7, 2022
Luisa Iruela-Arispe
labs.feinberg.northwestern.edu/arispe/index.h…

April 25, 2022
Zoltan Arany
med.upenn.edu/aranylab/

June 20, 2022
Taija Makinen
makinenlab.com
THERY Manuel (@manuelthery) 's Twitter Profile Photo

Beyond the weird shapes of the cavities (do i see a cavity in a cavity?), what surprises me with these structures hanging over non-adhesive regions, is that cell polarity, as judged by the dense actin staining, is outward. What does this mean?

Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

We are delighted to welcome Jean Baptiste Manneville Manneville Lab to join the scientific community on twitter! The beginning of a new adventure and have fun!

Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

The seminar was wonderful. It was my pleasure to talk to the creater of #TrackMate. The analysis of my data changed from a beta version to an art. I can't wait for more talks and collaborations! Thanks to Jean-Yves Tinevez and @MincLab for the organization.

Xiuyu WANG (@xiuyuwang2) 's Twitter Profile Photo

Third day of #EESMechanobiology. Great things continue. It's so nice to have the in-person conference and networking back in scientific life. Looking forwards for the following presentations and posters. EMBL Heidelberg

Third day of #EESMechanobiology. Great things continue. It's so nice to have the in-person conference and networking back in scientific life. Looking forwards for the following presentations and posters.  <a href="/EMBLHeidelberg/">EMBL Heidelberg</a>
Xiaowu Gu (@xiaowugu) 's Twitter Profile Photo

What eats microglial debris in vivo? Not neurons, pericytes or ECs, BUT astrocytes (& Müller too!)# Read below for mechanisms! nature.com/articles/s4146…