Using mainly immune cells, we try to understand how cells migrate, change shape and interact in tissues.
#immunecells#cellmigration
Run by lab members!
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 👉 https://t.co/MaZHMaH9Kr
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🔬🧑💻📈
https://t.co/EnhREtz6sp
If you would like to help science become more sustainable:
• Reuse gloves when possible, they can be sterilized with no change in their properties:
📄https://t.co/tOnHP9rrVk
• Don't overstock-gloves do expire!
We teamed up with @ISTAsustainable and Saki, visiting artist @ISTAustria, and collected used non-contaminated gloves. The result was a beautiful dress worth a red carpet event in the lab.
Check more of her work 👉https://t.co/GrMI4Faxun
📸https://t.co/qegMketayV
An institute like ISTA consumes around 1700 gloves/day. These gloves are often discarded after a single use. Although nitrile CAN be recycled, Europe lacks sufficient infrastructure to process this material, so the gloves end up being incinerated.
👻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.
👉 https://t.co/YlcXoOsLOc
@mi_riedl paper is officially out in @NatureComms! We show that actin wave synchronization unifies the speed in collectively moving cells. Our unconventional "toy" model emphasizes the importance of nearest-neighbor coupling in this process.
Check it here: https://t.co/57etM1HJh6
Thrilled to announce the publication of my first lead-authored paper @NatureComms: Combining cell biology with an unconventional toy model, we show that synchronization unifies speeds in a collective. https://t.co/GBVKPCRmxm
🧵(1/6)
How do immune cells know where to go? It has been proposed that cells simply respond to externally established gradients of chemokines, but we think that’s not all…
(5/6) DCs don't just passively follow chemical cues! CCR7 senses CCL19 and actively shapes the distribution of chemokine. This dual function allows immune cells to generate their own gradients, guiding their collective migration in complex environments more effectively.
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…
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
https://t.co/JgmpYZu3bA
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: https://t.co/hI4FYtTz7H
📣 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 (https://t.co/N8CBheR63M)
@reenak52086225@globalimmuno And maybe ezrin surrounds the spot and keeps it confined? We do not know why it is always spots of WASP and never bigger areas. Let's find out!