Marc Schubert

Great collaborative study with @Prevedel_Lab led by @StellaSoyka @MarcCSchubert @AmrTamimi9! This technology platform will help us investigate brain tumors where they intermingle with white matter fibres and are hard to detect. See here how we can fly through the cortex and reach the corpus callosum! Tweetorial will follow soon! @embl @uniklinik_hd #CancerNeuroscience

🧵Just in time for #FluorescenceFriday: New research from the Venkataramani lab @CellCellPress maps how brain tumor cells create extensive neural networks in glioblastoma. Check out our paper here: authors.elsevier.com/sd/article/S00… @ekinreyhann @SvenjaKTetzlaff 1/15

Great collaborative study with @Prevedel_Lab led by @StellaSoyka @MarcCSchubert @AmrTamimi9! This technology platform will help us investigate brain tumors where they intermingle with white matter fibres and are hard to detect. See here how we can fly through the cortex and reach the corpus callosum! Tweetorial will follow soon! @embl @uniklinik_hd #CancerNeuroscience

Great collaborative study with @Prevedel_Lab led by @StellaSoyka @MarcCSchubert @AmrTamimi9! This technology platform will help us investigate brain tumors where they intermingle with white matter fibres and are hard to detect. See here how we can fly through the cortex and reach the corpus callosum! Tweetorial will follow soon! @embl @uniklinik_hd #CancerNeuroscience

This collaborative study between EMBL and @UniHeidelberg resulted in a new technology to track glioblastoma tumour cells 🔬 This can help to detect cancer earlier and potentially lead to better diagnostic tools in the future! Read the complete story at: embl.org/news/science-t…

This collaborative study between EMBL and @UniHeidelberg resulted in a new technology to track glioblastoma tumour cells 🔬 This can help to detect cancer earlier and potentially lead to better diagnostic tools in the future! Read the complete story at: embl.org/news/science-t…

New AI-enhanced advanced microscopy method offers promise in better understanding glioblastomas, one of the deadliest brain cancers. Scientists developed a microscope to penetrate deep brain tissue to observe live brain cells with unprecedented clarity. embl.org/news/science-t…

New AI-enhanced advanced microscopy method offers promise in better understanding glioblastomas, one of the deadliest brain cancers. Scientists developed a microscope to penetrate deep brain tissue to observe live brain cells with unprecedented clarity. embl.org/news/science-t…

🏆And the winning paper of the #BIALAwardinBiomedicine 2023 edition is “Glutamatergic synaptic input to glioma cells drives brain tumour progression", published in 2019 in @Nature, co-authored by 29 international researchers, led by @VarunVenkatara2, Frank Winkler-@Winkler_Lab, and Thomas Kuner, from @UniHeidelberg. A surprising breakthrough research work important for understanding brain cancer 🧠 👀 Don’t miss TODAY, at 6 pm (WET time), the Award Ceremony of the BIAL Award in Biomedicine 2023 👉 bit.ly/BIALFoundation…. 📷 VV-Carina Kircher e Gerald Bendner 📷 FW-Berlin Event Photo 📷 TK-Hendrik Schröder, Heidelberg University Hospital 🎓 @UniHeidelberg, @uniklinik_hd, @DKFZ, @unimedizinma, @OVGUpresse (Germany), @HopkinsMedicine and @HopkinsMedNews (USA), @UofGlasgow (UK), @UiB, @haukeland_no and @medofak_uib (Norway). #BIALFoundation30Years #Biomedicine

The Thematic Research Network #CancerNeuroscience is happy to invite you to the online talk by Sébastien Talbot on January 23, 2024!

We are exited to share our discovery of excitatory synapses between neurons and tumor cells in brain metastases of breast cancer & melanoma. The groundbreaking study co-led by @VarunVenkatara2 and me, with Thomas Kuner & @WinklerLab: biorxiv.org/content/10.110… #CancerNeuroscience