Early-career researchers can now apply for a funded place at our Workshop "Immune Cell Interactions in Development, Homeostasis and Immunity" organised by @BoussoLab, @griffiths_lab, @SarrisLab & Michael Sixt @ISTAustria
Find out more and apply at https://t.co/8trll8jMb9
Job alert! - development of a novel #zebrafish cancer model using CAS9 technologies, in beautiful #edinburgh funded by CRUK @CRUKScotland located in brand new @EdinUni_IRR building https://t.co/aQ5u869Vpt
Thank you so much for a brilliant and very stimulating meeting! Congratulations to @AndrsHidalgo16, @DanielaQuail and @lai9uan for putting this together!
The last day of @KeystoneSymp Myeloid cells 2024! Little snow but lots of interesting new meetings and discussions! Back from lunch in town with @SarrisLab and @Sixt_Lab. Thanks again to the organisers @AndrsHidalgo16, @DanielaQuail and @lai9uan, whom we all missed dearly!
DNA ➡️RNA➡️protein... right?
think again. Now #Jun_Lu, #Dan_Wu & teams show that extracellular RNA guides neutrophils to sites of inflammation by serving as a ligand for selectins
@torres_lidiane_ and myself have been fortunate to add our 2 cents 🙏
https://t.co/TtxQLvNXCJ
Proud and excited to finally share the entirety of our work, newly online in @ScienceMagazine! Here, we reveal the deterministic reprogramming of pro-angiogenic neutrophils in tumours! #ThePowerOfMany#ScienceResearch
https://t.co/AUzOTOfyfK
Read on to learn more! 🧵(1/16)
20 years ago this month, #PLOSBiology was launched! 🥳
In this Editorial, @npariente introduces our October issue, in which we explore how the community can continue moving towards positive change in the coming decades.
#OpenScience#sciencepublishing
https://t.co/pAG8PLmsEL
Interested in a PhD in the Life Sciences in Cambridge? See details here for a fully funded, international 4-year programme with substantial career development support. https://t.co/bRypbtusrK
@MorganeBoulch @cazaux_marine@BoussoLab Congratulations and well deserved! I remember your beginnings in research and it is so delightful to see your amazing journey and success in your PhD!
This really is delightful work.
It has the rare property that it changes everything - dendritic cells (and thus the whole immune system) work in a different way than we previously thought. Knowing this means we can understand other things better.
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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…