! 🎉 LNP-formulated mRNA encoding IL-21, IL-7, & 4-1BB drives systemic anti-tumor immunity—spotlight on cDC2s! 👀 Led by Ahmed Hamouda, in collaboration with @eTheRNA_engine
& @bruno_de_geest. Read here: rdcu.be/d2zQ7
📍 Leuven | 🗓️ 10–12 Dec | #THPT25
🔗 Early bird registration deadline: 29 October vibbio.tech/THPT25
📍 Leuven | 🗓️ 10–12 Dec | #THPT25
🔗 Early bird registration deadline: 29 October vibbio.tech/THPT25
📍 Leuven | 📅 10–12 Dec | #THPT25
⏳ Early bird registration deadline: 29 October vibbio.tech/THPT25
📍 Leuven | 📅 10–12 Dec | #THPT25
⏳ Early bird registration deadline: 29 October vibbio.tech/THPT25
🏆 Alicia Gordun Pero–Poster Prize
🎤 Pauline Bardet–Selected Talk Prize
We’re proud to see their hard work and research being recognized 👏
🏆 Alicia Gordun Pero–Poster Prize
🎤 Pauline Bardet–Selected Talk Prize
We’re proud to see their hard work and research being recognized 👏
Abstract deadline: 8th of October
vibbio.tech/THPT25
Abstract deadline: 8th of October
vibbio.tech/THPT25
@obenaufa.bsky.social
Submit your abstract by the 8th of October on vibbio.tech/THPT25
@obenaufa.bsky.social
Submit your abstract by the 8th of October on vibbio.tech/THPT25
In a collaborative effort led by Etherna, we reveal how two optimized LNPs trigger distinct IgG2a vs IgG1 phenotypes.
This opens the door to tuning LNP design for tailored immune responses in mRNA vaccines & beyond.
advanced.onlinelibrary.wiley.com/doi/10.1002/...
In a collaborative effort led by Etherna, we reveal how two optimized LNPs trigger distinct IgG2a vs IgG1 phenotypes.
This opens the door to tuning LNP design for tailored immune responses in mRNA vaccines & beyond.
advanced.onlinelibrary.wiley.com/doi/10.1002/...
Tumors don’t just reprogram monocytes locally. We show in a mouse model that the systemic impact of a tumor can alter the epigenome of peripheral monocytes, repressing IFN-responsive regulatory elements and priming pro-tumor gene programs.
Tumors don’t just reprogram monocytes locally. We show in a mouse model that the systemic impact of a tumor can alter the epigenome of peripheral monocytes, repressing IFN-responsive regulatory elements and priming pro-tumor gene programs.
@movahedilab.bsky.social presented some fantastic images of brain immune niches as well as their recently published work in @cp-immunity.bsky.social on microglia replacement therapy. After the break, Christoph Scheiermann reminded us how much our day-night cycle impact immunity
@movahedilab.bsky.social presented some fantastic images of brain immune niches as well as their recently published work in @cp-immunity.bsky.social on microglia replacement therapy. After the break, Christoph Scheiermann reminded us how much our day-night cycle impact immunity
Now up to enjoy our boat tour in the beautiful Bruges and socialize with our fellow-scientists!
Now up to enjoy our boat tour in the beautiful Bruges and socialize with our fellow-scientists!
As selected abstract, VIB Alumni Ilaria Decimo showed us her exciting work uncovering that TAMs can promote neuronal growth and can be exploited to restore functional motor recovery in a mouse model of spinal cord injury!
As selected abstract, VIB Alumni Ilaria Decimo showed us her exciting work uncovering that TAMs can promote neuronal growth and can be exploited to restore functional motor recovery in a mouse model of spinal cord injury!
His strategy, question the lack of hereditary immunodeficiencies linked to leukocyte motility! The DNA damage protein ATM came out as unexpected candidate with ATM inhibition reducing leukocyte motility in 3D matrices
His strategy, question the lack of hereditary immunodeficiencies linked to leukocyte motility! The DNA damage protein ATM came out as unexpected candidate with ATM inhibition reducing leukocyte motility in 3D matrices
So follow @tommasoscolaro.bsky.social and @vibtrainconf.bsky.social to learn about the newest hot topics!
So follow @tommasoscolaro.bsky.social and @vibtrainconf.bsky.social to learn about the newest hot topics!
As selected abstract, @gretamattavelli.bsky.social from the @riedel-lab.bsky.social was the last to present her PhD work on the role of lymph nodes in metastasis formation before the break!
As selected abstract, @gretamattavelli.bsky.social from the @riedel-lab.bsky.social was the last to present her PhD work on the role of lymph nodes in metastasis formation before the break!