Models of CMV diseases, immune evasion, immune control and latency, small group having scientific fun.
Bonn, Deutschland
Joined March 2019
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- Following232
- Followers389
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LemmermannLab retweeted
rdcu.be/e5oaC
Check out this article: work that started 20 years ago and finally published by the brilliant work of Xinyung Liu together with @L_Bunse8
Jennifer L Gommerman
Esther von Stebut
Björn E Clausen
Andreas Schlitzer
Karl S Lang
Bing Su
Niels A Lemmermann
LemmermannLab retweeted
ASM and JVI working to turn up the volume on the best new science in the field! Calling all new/early-career investigators in virology! #virology
Calling all early-career virologists. Apply to JVI's New Voices in Virology and get your minireview published in JVI's minireview collection! See asm.org/JVI-minireview
LemmermannLab retweeted
The diversity of CD8+ T cell dysfunction in cancer and viral infection bit.ly/4lJlGOU
LemmermannLab retweeted
A PhD project is available in the Weekes lab for 2025 onwards via the Cambridge School of Clinical Medicine Doctoral Training Programme - have a look and get in touch if interested! medschl.cam.ac.uk/identifica…
LemmermannLab retweeted
🎉Congratulations to Aleksandra Pandyra and the team of scientists on receiving 2.6 million Euros funding by the @BMBF_Bund for their research on acute lymphoblastic leukemia (ALL)in newborns! The study "EDI-4-ALL" is a joint project by scientists from different institutions.
LemmermannLab retweeted
I don't have herpes, but I am working on it!
So many people who can proudly say this have joined us in Braunschweig at the Mini-Herpesvirus Workshop. We got guests from all parts of Germany, UK, Israel, Croatia & more. I hope to see you at the next edition in a year in Freiburg.
LemmermannLab retweeted
We are very excited about the mini-herpesvirus workshop that starts tomorrow on the @Helmholtz_HZI campus in Braunschweig. Some 120 delegates and more than 50 abstracts show the huge interest in #herpes #virology. Many thanks to my team, working so hard in making this possible.
#PLOSPathogens: Cytomegalovirus inhibitors of programmed cell death restrict antigen cross-presentation in th ... dx.plos.org/10.1371/journal.…
Three in a row. In the last few months we published a series of papers dealing with the mechanism of CD8 T cell priming after CMV infection. We showed that direct priming is the canonical pathway of T cell activation even when immune evasion proteins suppress antigen presentation
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Now we can explain, why cross-presentation is restricted during CMV infection. Have a look here journals.plos.org/plospathog… @PLOSPathogens Great cooperation with @UniklinikBonn @UniBonn @UnimedizinMainz @LeibnizLIV @BrinkmannLab @Helmholtz_HZI
On my way to Portland. Looking forward to great science and old friends. #IHW2024
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LemmermannLab retweeted
Send it, receive it, quick erase it: A mouse model to decipher #chemokine communication. @LeenHermans and Timothy O’Sullivan @UCLA discuss work by Rodrigo, @LabGarbi, @LemmermannLab, @chrkurts and colleagues (hubs.la/Q02x4Xst0) in Insights: hubs.la/Q02x4Xtl0
LemmermannLab retweeted
Insights by @LeenHermans & O’Sullivan: Rodrigo, @chrkurts et al. (hubs.la/Q02wxV-J0) characterize a novel class of dual fluorescence reporter mice that helps w/ the identification of cells that produce &/or sense a given chemokine in vitro & in vivo. hubs.la/Q02wxQQb0
Our recent publication in JEM doi.org/10.1084/jem.20231814 has now been discussed by Leen Hermans and Timothy E. O’Sullivan. doi.org/10.1084/jem.20240582
Thank you very much
LemmermannLab retweeted
Dual fluorescence reporter mice for Ccl3 transcription, translation, and intercellular communication. A novel class of genetically modified mice developed by Rodrigo, @LabGarbi, @LemmermannLab, @chrkurts & colleagues: hubs.la/Q02vmwv10
🎥 summary: hubs.la/Q02vmz-C0
LemmermannLab retweeted
Rodrigo, @chrkurts et al @UniklinikBonn develop dual fluorescence reporter mice to identify cells that secrete and/or sense chemokines and to delete producing cells. hubs.la/Q02v2sKb0
#InnateImmunity #inflammation #InfectiousDisease #HostDefense
