Sixt_Lab's profile picture. Using mainly immune cells, we try to understand how cells migrate, change shape and interact in tissues.
#immunecells #cellmigration

Run by lab members!

Sixt Lab

@Sixt_Lab

Using mainly immune cells, we try to understand how cells migrate, change shape and interact in tissues. #immunecells #cellmigration Run by lab members!

Pinned

We are really happy to see @mehmetintheory, @zanealsberga and @jonna_alanko‘s work on self generated gradients in collective migration out! Another great collaboration with @EdouardHannezo ‘s lab. Check the pre-print 👉 tinyurl.com/36dsz47z

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Sixt Lab reposted

The Image & Optics Facility @ISTAustria is expanding it’s image analysis services and has a vacant position for a service oriented *Image Analysis Specialist* with a strong interest for data infrastructure organization🔬🧑‍💻📈 ista.ac.at/en/job/?title=…


Last Friday our @ERC_Research synergy team #pushingcell got together @institut_curie in Paris. Great discussion with @BassereauTeam, @PierreSens group and Anna Akhamnova’s team!

Sixt_Lab's tweet image. Last Friday our @ERC_Research synergy team #pushingcell got together @institut_curie in Paris. Great discussion with @BassereauTeam, @PierreSens group and Anna Akhamnova’s team!

👻Trick or treat?🎃 Here is a treat 🍬 In our new perspective article @mi_riedl dives into the self-organizing principles behind actin polymerization and the Belousov-Zhabotinsky reaction. Two seemingly different systems, one underlying principle. 👉 shorturl.at/hyUY3


If you are attending the @lindaunobel Laureate Meeting this month you might meet our postdoc Mario (@mj_avellaneda)! We are all looking forward to hear about all the amazing talks that will happen…

Thrilled and honoured to have been selected for the @lindaunobel #LINO23 meeting! Big thanks to @HFSP for the nomination 🙏 Really looking forward to enjoying those summer days with amazing people! 😊



Sixt Lab reposted

Here is a peek at some bits from the story, a video with the images from @christlet and some of his comments, and a podcast with @Sixt_Lab @RolandSoldner protocolsmethods.springernature.com/posts/cytoskel…


The directed cell migration GRC is happening next January and there are still some places available! Don’t miss out on an interactive and engaging meeting. Find out more here: grc.org/directed-cell-…

Sixt_Lab's tweet image. The directed cell migration GRC is happening next January and there are still some places available! Don’t miss out on an interactive and engaging meeting. 
Find out more here: grc.org/directed-cell-…

Sixt Lab reposted

📣 JOB ALERT!! 🔬 Time to get into the details of amoeboid #collectivemigration! 3 years funded postdoc position in collaboration with @PielMatthieu, @mcoppey and Voituriez labs to decrypt the cellular and molecular mechanisms of CAM (science.org/doi/10.1126/sc…)

JaulinLab's tweet image. 📣 JOB ALERT!! 🔬
Time to get into the details of amoeboid #collectivemigration! 
3 years funded postdoc position in collaboration with @PielMatthieu, @mcoppey and Voituriez labs to decrypt the cellular and molecular mechanisms of CAM (science.org/doi/10.1126/sc…)

Talk alert 🚨Don’t miss Michael’s talk tomorrow in Global Immunotalks @globalimmuno! 6pm CET, link 👇

Looking forward to our next #globalimmuno talk this Wednesday, November 16th at 9am PST, noon EST, 5pm GMT by Dr. Michael Sixt. Title: "Leukocyte locomotion - the single cell perspective" LINK: ucsd.zoom.us/j/91053505061

globalimmuno's tweet image. Looking forward to our next #globalimmuno talk this Wednesday, November 16th at 9am PST, noon EST, 5pm GMT by Dr. Michael Sixt.  

Title: "Leukocyte locomotion - the single cell perspective" 
LINK: ucsd.zoom.us/j/91053505061


Sixt Lab reposted

Thrilled to share our work in @Nature showing elevated viscosity counterintuitively increases cell motility and imprints mechanical memory in tumor cells enabling them to disseminate more efficiently in vivo! Thanks to #NCI, @KaustavBera11, @SXS_biophysics nature.com/articles/s4158…

KKLabJHU's tweet image. Thrilled to share our work in @Nature showing elevated viscosity counterintuitively increases cell motility and imprints mechanical memory in tumor cells enabling them to disseminate more efficiently in vivo! Thanks to #NCI, @KaustavBera11, @SXS_biophysics nature.com/articles/s4158…

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