Scientists identify FBXL12 as a key target in #SpinalCordInjury, where m6A-driven FBXL12 expression in #microglia reduces scarring, enables axonal crossing, and reveals the m6A–FBXL12–MYH14 axis as a pathway for #scarless #NeuralRepair.

#OpenAcess in #STTT: doi.org/10.1038/s413...

Exploring the challenges & advances in #Biomanufacturing brain-like tissue, current technologies, strategies, breakthroughs in #NeuralRepair, #BrainModeling, & future directions toward intelligent, brain-inspired functionality.

#IJEM #OpenAccess: doi.org/10.1088/2631...

The review examines the subventricular zone as a reservoir of #NeuralStemCells, emphasizing its importance in #Neurodegeneration, #Glioblastoma, and #NeuralRepair, and its potential for #RegenerativeTherapies. #medsky

#OpenAccess: www.sciencedirect.com/science/arti...

Client Article | Sci. Transl. Med. | Xiaodong Liu & Changyu Jiang’s Team Reveals a New Mechanism of Microglial Remodeling of Spinal Pain Microcircuits—Synaptic Pruning Reveals a New Mechanism of Microglial Remodeling of Spinal Pain Microcircuits—Synaptic Pruning

🎉✨Congratulations to Professor Xiaodong Liu and their team on publishing their groundbreaking work in Science Translational Medicine!

We are honored that Brain Case Biotech’s viral tools supported this important study.
👉 www.ebraincase.com/support/cust...

#Neuroscience #NeuralRepair #Optogenetics

📢 Confirmed: Prof Mark Tuszynski (UCSD) will deliver the #SpinalResearchLecture at #ISCoS2025

Thu 9 Oct | 16:15
🎙 A Translational Program of Neural Stem Cell Therapy for SCI

🔗 ow.ly/9uwa50W2IpL
#NeuralRepair #SCI #StemCells #NoSCoS2025 #SpinalCordInjury #SpinalResearch

Join us today at 1 PM for Luís S. Fernandes' talk, “Compound Library Screening for Neural Repair: Finding New Drugs for Old Problems” at A0.03, UMinho's School of Medicine. Discover exciting insights into neural repair research! 🧠👩‍🔬👨‍🔬 #UMinho #NeuralRepair #Research #Innovation