this is your regularly scheduled reminder that the allen institute fucking rocks Cell-type-specific inhibitory circuitry from a connectomic census of mouse visual cortex biorxiv.org/content/10.110…

Just sharing in case that is useful. Script to make summaries of entire PDFs from papers using OpenAi chatGPT API, bypassing the token length limit. github.com/AllenInstitute… I might add more as I use this to review the literature.

Hear new work creating a ventral forebrain organoid model from post mortem brains with schizophrenia and high polygenic risk score. The model recapitulate in a dish disease-relevant alterations present in the brain of the same individuals. doi.org/10.1101/2022.0…

Thrilled to announce Med-PaLM, our medical large language model is published in nature, today. Extremely excited for the possibilities this unlocks! rdcu.be/dgGfJ

PhD done ✅ a huge thank you to everyone in the Cedric Bardy for the support and mentorship over the years. I am excited for my next chapter in Vienna at the The Knoblich Lab 🌎

A very nice departure gift from the lab!👨‍💻 #python #datascience

Another beautiful day in #vienna ☀️

Fantastic work by Chong Li The Knoblich Lab 👏

📢 We’re live at the The EMBO Journal! 🌐 tinyurl.com/39xdttna Human telencephalic organoids cultured in the absence of Matrigel endogenously produce and self-organize the extracellular matrix, without affecting programs of neuronal differentiation. Led by Catarina Martins Costa 👩‍🔬 🧵 1/5

Congratulations to all involved 👏 glad to have made a contribution. Read more below ⬇️

A "mini-brain" stem cell model of cells from postmortem tissue recapitulated in a dish the altered gene expression found in the same postmortem brains of individuals with #schizophrenia. bit.ly/3Sl0se9

Excellent work by Tomoyo Sawada from the Jennifer Erwin Lieber Institute Johns Hopkins Medicine 👏 glad to have made a contribution to this wonderful article. Read more below ⬇️ #organoids #schizophrenia

Check out our new work developing brain organoids from post mortem brains tissue to uncover insights into schizophrenia. Lead by the talented Tomoyo Sawada. Lieber Institute #organoids #schizophrenia #stemcells

Really great to have contributed to this work led by Daniel Reumann! 🧠 For the first time, we model the human #dopaminergic system using brain #organoids. This technology will open avenues to investigate human dopaminergic cell transplantation and circuit reconstruction.

Just out! A new organoid model of the dopaminergic system sheds light on its intricate functionality and potential implications for Parkinson’s disease. The study from the The Knoblich Lab is published In Nature Methods. nature.com/articles/s4159…

We are excited to share our latest work on developing a model of the human dopaminergic system with functional dopaminergic innervation, which we use to study Parkinson’s cell therapy as well as the reward system, published today in Nature Methods (nature.com/articles/s4159…).

We're at the cover of Cell Stem Cell. We're at the cover of Cell Stem Cell. We're a- (I can barely believe it. 🤯) We found out why some people are born without the main interhemispheric bridge. 🧠 👏 to @PhDexheimer for this beautiful illustration of the corpus callosum.

The Nobel prize website has a pretty well made 1-pager on how Alphafold works

🎉 As the year winds down, we are filled with gratitude for an inspiring year of science, collaboration, and discovery. Wishing you all a joyful festive season and a bright, groundbreaking 2025 ahead! 🧬🔬🌟