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Congratulations to Tomasz Nowakowski, PhD, and this year's five other New York Stem Cell Foundation Research Institute Robertson Investigators! 🎉 This award provides seed-funding for the his lab's cutting-edge neuroscience research. Read about the 2022 class: nyscf.org/resources/nysc… Nowakowski_Lab UCSF Broad Stem Cell

Our Braingeneers are going to the Society for Neuroscience meeting next week. Come learn about our research on brain organoids! #SFN #Neuroscience2022 #SFN2022 braingeneers.ucsc.edu

Its a busy day at #SfN2022 ! 3 posters by UC Santa Cruz Braingeneers today! First up: Mohammed Mostajo-Radji presents "Fate plasticity of interneuron specification" from 8 AM-12 PM -- 🧫Poster A10🥼 #SfN22 UC Santa Cruz Genomics Institute

Check out the Braingeneers latest research investigating temporal dynamics of neuronal assemblies with human brain organoids. #SFN2022

Coming up at #SfN2022 ! Braingeneer Tal Sharf presents "Internally generated sequential firing patterns in human brain organoids" 🧫Drop by Poster C17 between 1-2 PM⚡️ #SfN22 UC Santa Cruz Genomics Institute Baskin Engineering at UCSC

Happening now at #SfN2022 ! Braingeneers Jess Sevetson, PhD & Claudia Paz Flores present "High-density recordings for long-term electrophysiology in developing brain organoids with automated fluidics platform integration. 🧫Drop by Poster C26 between 3-4 PM🧠 #SfN22 UC Santa Cruz Genomics Institute

Tomorrow, bright & early at #SfN2022 ! Kateryna Voitiuk presents "Open-source hardware for optogenetic stimulation integrated with high-density CMOS microelectrode arrays" Board ZZ24 from 8-9 AM 🔦🧠 #sfn22 UC Santa Cruz Genomics Institute Photo credit Victoria Ly

🧠 Our Braingeneers are growing live models of brain tissue (cerebral organoids) to study brain function. Keeping these organoids alive is always a challenge, but they've developed a unique method to automate growth: news.ucsc.edu/2022/11/remote…

With a new system to grow brain tissue organoids via automated, remote-controlled microfluidics, #BaskinEngineering Braingeneers are increasing the accuracy and reproducibility of organoid research for better understanding of brain development and disease news.ucsc.edu/2022/11/remote…

📢 We're hiring! 📢linkedin.com/feed/update/ur…

“High-density recordings for long-term electrophysiology in developing brain organoids with automated fluidics platform integration.” Jess Sevetson, PhD of the wonderfully named Braingeneers lab UC Santa Cruz, detailed their open-source reproducible microfluidic platform for feeding #organoids

If you missed Braingeneer Jess Sevetson, PhD's poster at SfN, here's a great chance to learn more about it (and several other cutting-edge projects!)

Happy #WorldOrganoidResearchDay ! IBSC_UCSC CIRM Fellow & Braingeneers member @brain_trader is helping build better #BrainOrganoid models to study brain function, neurological differences, and brain cancers. Read more about organoids & the Braingeneers: ucscgenomics.sites.ucsc.edu/2023/03/22/wor…

#WorldOrganoidResesarchDay 🧠 This photo is of a brain organoid grown by our Braingeneers group. The presence of FEZF2, PAX6, and SOX2 genes indicates the development of the cortical area of the brain in the organoid. Learn more about organoids: ucscgenomics.sites.ucsc.edu/2023/03/22/wor…

Happy #WorldOrganoidResearchDay 🎉 IBSC_UCSC IRACDA Fellow & Braingeneers member Jess Sevetson, PhD is using #BrainOrganoids to uncover how genetic changes enhanced the human brain's computing capacity during primate evolution 🙉 Learn about the Braingeneers: braingeneers.ucsc.edu

Perspective outlining multiple entry points for studying the molecular basis of human brain evolution with TYLER FAIR sciencedirect.com/science/articl…

A $12.3 million California Institute for Regenerative Medicine award will support #UCSC, UC San Francisco & UC Berkeley scientists to research genetic underpinnings of autism, using brain organoids. UCSC team includes Braingeneers Sophie Salama, Mohammed Mostajo-Radji, Mircea Teodorescu, & David Haussler. bit.ly/3Z7eqU5

Part of iopscience.iop.org/journal/2634-4…, researchers from Braingeneers (UC Santa Cruz) develop an approximate mean-field model capable of finding the activity fixed points of a randomly connected network of neurons under the influence of other synaptic inputs in iopscience.iop.org/article/10.108…