Out in @npp_journal:
Dnmt3a1 regulates hippocampus-dependent memory via the downstream target Nrp1
Distinct Dnmt3a isoforms regulate memory through a unique transcriptional program.
Thanks to all the authors (@JulienKlimmt...&institutions @zi_mannheim)
https://t.co/rzniXQikQc
We have an open PhD position about generating a human #iPSC derived brain tissue model of Frontotemporal dementia #FTD with GRN mutations, fully funded by @alzassociation, in close collaboration with @Haass_Lab . Please apply via email and join us! Please RT - thanks!
🚨🚨🚨 The first part of my PhD thesis 🎓 is now available as preprint!
If you want to know more about DNA methyltransferases in memory formation then check it out and read the thread below 🧵1/5
⬇️⬇️⬇️ #epigenetic#memory
Very excited and happy to see our cortical neuron differentiation protocol published! 🥳 We get highly pure and functional cultures that are stable long-term with minimal contamination by other cell types! Check out the thread below for more info ⬇️
Out @STARProtocols: our optimized protocol to reliably and reproducibly differentiate cortical neurons from human #iPSCs, developed @ISD_Research @LMU_Uniklinikum @LMU_Muenchen. Our highly pure neuron cultures are stable for over 1 year! https://t.co/4d3kfq0g06) Thread👇1/9
I had a great time @BaCell3D presenting our work @PaquetLab, listening to great science, and meeting great people! Looking forward to coming back next year! 😊
New @NatureProtocols from our lab @ISD_Research @LMU_Uniklinikum @LMU_Muenchen: https://t.co/OxxiHzeQSM. We recently described deleterious on-target effects after CRISPR editing in up to 40% of human #iPSCs and now present a simple and broadly applicable protocol for detection 👇
Our recent work on gene expression during human #aging and #cogitive decline is now available. Thanks to everyone involved especially to Ana Oliveira, @kubikubicv, @janinakupke and great collaboration with @luisavlopes
Read it here: https://t.co/oa2B7HX29r
Out today @CellReports : first #CRISPR paper from our lab @isd_research @LMU_Uniklinikum @LMU_Muenchen. We reveal frequent and deleterious on-target effects after CRISPR editing in human #iPSCs and describe broadly applicable detection methods. https://t.co/XIE9bJaoVt Thread 👇