MKerschensteiner

A review of neurodegeneration in the eye, its convergent pathogenesis, and innovative approaches to preserving and restoring vision. Hopefully, it is useful to some. bit.ly/3ZOHNZH

🔬 Exciting news! Our latest paper, together with @Ker_Lab, is out now in @NatureNeuro ! 📚 We conducted a genome-wide in vivo #CRISPR screen to uncover regulators of T cell migration into the CNS in a multiple sclerosis model. Check out the details! 🐀🧬nature.com/articles/s4159…

Preprint from a collaboration with the x-less Morgan lab (connectomics experts) combining two-photon calcium imaging and 3D electron microscopy in the same tissue to map the varied subcellular information paths through a retinal interneuron. bit.ly/43YF4xr

Teamplay succeeds!! 🥳🥳Thanks to ⁦@FlorianIngelfi1⁩, ⁦@edubeltran_lab⁩, ⁦@BecherLab⁩ for the endurance! 🙏🏻to participants ⁦@MS_TWIN_STUDY⁩ Twin study reveals non-heritable immune perturbations in multiple sclerosis nature.com/articles/s4158…

Our paper “Twin study reveals non-heritable immune perturbations in multiple sclerosis” just came out in @Nature. Extraordinary collaboration @FlorianIngelfi1 @BecherLab. Thanks to the participants @MS_TWIN_STUDY #multiplesclerosis #immunology nature.com/articles/s4158…

Happy to share the ALMA toolbox, an open source python repository for automatic analysis of mouse locomotion using markerless pose estimation tools. Congrats Almir and Annette👏 @AlmirAljovic @Valerie_VSBN @Ker_Lab nature.com/articles/s4200…

The Beltrán and Kerschensteiner Labs are looking for a PhD student in Bioinformatics: neuroimmunology-munich.de/open-positions… If you are interested - email or DM me for more info. Please RT! #Bioinformatics #neuroscience #PhDposition #PhD @INIM_Munich @Ker_Lab @SyNergy_Cluster @IMPRS_LS

New paper from our lab: Together with the Misgeld and Merkler labs we explore mechanisms and consequences of synapse removal in the inflamed gray matter pubmed.ncbi.nlm.nih.gov/33495636/

New publication from our lab: together with Nic Snaidero and the Misgeld lab we deplete single oligodendroyctes to uncover the rules that instruct remyelination in the cortex. disq.us/t/3ry1fro