Now out in #NatureNeuroscience: new paper from our lab — "Temporal control of progenitor competence shapes maturation in GABAergic neuron development in mice." Congrats to first authors Ann Bright, Yana Kotlyarenko, Florian Neuhaus!.

Attended the Neurogenomics Conference @humantechnopole in Milan earlier this week. Great venue and an inspiring environment. Thanks to the organisers for putting together a strong and engaging meeting. #NeuroGen25.

RT @satijalab: Interested in single cell genomics but need help getting started? Check out the full agenda for our Single Cell Genomics Day….

RT @dana_peer: The Single-cell Analytics Innovation Lab @MSKCancerCenter is expanding and looking for Junior Research Technician! Join our….

RT @MPIforBI: 🚨🎓 New application round: Join us in researching the multiple facets of biological intelligence and become a PhD student at o….

RT @ratz_michael: Hiring alert 📢 my lab has TWO openings for a postdoc in computational biology! Please apply if you're interested to work….

RT @ImprsTp: 📅 Save-the-date! We are excited to welcome @chr_mayer to @mpi_psychiatry as our next MPLS speaker on 11. July (Thu). His talk….

RT @ratz_michael: My lab is looking for a research assistant to work on barcoded viral tracing in the developing mouse brain: https://t.co/….

RT @joadelas: Our latest from @briscoejames lab: How temporal & spatial pattering cues are integrated in the vertebrate neural tube to orga….

RT @BorrellLab: Outstanding PhD work by our super-talented Lucia Del Valle, with the help of superb collaborators at @NeuroAlc @MPIforBI @L….

RT @BorrellLab: Happy to see our new story published. 3 types of cortical Radial Glia Cells revealed: alpha, beta and gamma, with different….

Here is the correct link:

RT @NatureNeuro: Using in vivo CRISPR perturbation, lineage tracing, and ChIP–sequencing provides insight into how inhibitory neuron identi….

Study "Multiple parallel cell lineages in the developing mammalian cerebral cortex" led by @LdelValleAnton and @BorrellLab is published. Congrats to our lab members @flo_neuhaus @edvoretskova @BabalKoray @ChaoFeng for their contribution! Link: @MPIforBI.

Here is the correct link to the Bandler et al. paper:

RT @joadelas: Looking forward to diving into the final version of this work. Excited that others also find differential binding as a chroma….

RT @MPIforBI: A team led by Christian Mayer discovered that a protein called MEIS2 plays a crucial role in the formation of GABAergic proje….

Thanks to a fantastic team for making this work possible, especially @edvoretskova, @MayHo_, Volker. @ERC_Research for the funding! @MPIforBI for support in the establishment of our research group. 7/7.

Enhancers that drive projection neuron-specific gene expression are accessible in all parts of the GE (ATAC-seq Rhodes et al). Yet, their activity is restricted to the LGE. Thus, "differential TF binding" rather than "differential accessibility" induces projection neuron fate 6/7

We conducted ChIP-seq and luciferase reporter assays and found that MEIS2 requires the presence of DLX to direct its functional activity towards regulatory elements of projection neuron genes containing specific DLX/MEIS co-binding sites. 5/7