In ovarian cancer, immunotherapies using checkpoint inhibitors have so far been effective in only a small number of patients. Researchers at @HITRONMainz have now discovered that adipose tissue influences the efficacy of the immunotherapy.
https://t.co/RRxXTPRTlF
New from Song and Ming Labs (@UPenn_SongMing)!
The team reports a co-culture system employing patient-derived #glioblastoma#organoids and hiPSC-derived cholinergic neurons. 🧫🧠
📖 Read more: https://t.co/RcCM0PcZ4J
Looking for Postdocs and Research software engineers 😊! Are you an AI researcher (CV / NLP / agents) with a fascination for oncology? Please reach out! We are based in 🇪🇺. Salaries are ok, cost of living is low, and we don't live in a dystopian totalitarian system 🤞
A new research article was published in ImmunoInformatics (special issue on spatial immunology and immuno-oncology)
👇
Navigating the immunosuppressive brain tumor microenvironment using spatial biology
https://t.co/q35p94YMlg
@Theo_BrainC_lab
🧪 We are hiring a postdoc and a technician for our lab at the German Cancer Research Center @DKFZ
and Hopp-Kindertumorzentrum Heidelberg @KiTZ_HD! Postdoc: https://t.co/wqqExKTXtT
Technician: https://t.co/miWoKhSQNv
Please apply/reach out if you are interested!
Fighting #Cancer Together! This motto can be clearly seen at today's symposium: Contributions from the HI-TRON Mainz groups, platforms & funding projects. Exciting talks by Tobias Bopp, Matthias Gaida, Franziska Blaeschke, Claudine Graf and @Zhang_X_W
Fantastic energy and many motivated people in this room- thanks to our special guest @JOlweus ! She is part of our Scientific Advisory Board and has come specially from Norway. Thanks for this insightful keynote lecture! @DKFZ@UnimedizinMainz@uni_mainz @tronmainz
The moving boxes are ready and waiting: Welcome to Prof Dr. Niels Halama and team - our new research division. They will work on integrating broad aspects of immunological parameters for the successful development and optimization of therapeutic approaches in clinical translation
A new research article was published in ImmunoInformatics
👇
A computational and experimental approach to studying NFkB signaling in response to single, dual, and triple TLR signaling
https://t.co/6DkiKuS1Zf
Patient-derived intestinal organoids predict immunotherapy toxicities of T-cell-engaging bispecific antibodies, which may guide safer cancer treatments in future. 👏to authors at #TeamIHB@Roche#pRED@UnivParisSaclay & @DepBiomedicine for the @natBME📰!
https://t.co/iuOTN1wieZ
A new research article was published in ImmunoInformatics
👇
Transfer learning improves pMHC kinetic stability and immunogenicity predictions
https://t.co/eWELwVyT6I
@KavrakiLab