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Xinnan Wang Lab PekkurnazLab Stanford University UCSD Neurosciences 👉 rdcu.be/dmCWW

Excited to share my recent PhD work! 🥳AnxA5 regulates mitochondrial Ca2+ signaling by controlling the Ca2+ permeability of VDAC1. AnxA5's presence in the VDAC1 micro-environment counteracts apoptotic cell death by controlling VDAC1 oligomerization. researchsquare.com/article/rs-333…

Stanford Neurosurgery seeks a basic or translational neuroscientist with a proven track record in molecular and cellular neurobiology to join the Department as Assistant, Associate or Full Professor. Wu Tsai Neurosciences Institute #neurojobs #neurotwitter Apply here: bit.ly/3Zoz6Fj

This is so sad to hear. Bill was so generous for helping us with ITC and others and was a great mentor and colleague. R.I.P

Ubadah Sabbagh The Farris lab is looking to add a research assistant or associate to join our team! We will be at #SfN2023 and would love to buy coffee or lunch for anyone interested. Job ad is still live despite the post 😅 neurojobs.sfn.org/job/36975/rese…

New research from Vinita Bharat,PhD Xinnan Wang Lab et al reports in #Parkinsons iron⬆️causes inward mitochondrial Ca2+ overflow which is subsequently sensed by Miro1; Miro1 blood test distinguishes PD patients vs controls; Miro1-based drug screen=Benidipine cell.com/cell-reports/f…

A mitochondrial inside-out iron-calcium signal reveals drug targets for Parkinson’s disease dlvr.it/SzrPtq

Linking brain iron and Parkinson's disease, via MCU, mitochondrial calcium overload, and Miro

Virtually all of us inherit mitochondrial DNA from our mothers. Scientists recently discovered why. I write for Scientific American. scientificamerican.com/article/sperm-…

Grateful for the support from Wu Tsai Neurosciences Institute, excited to embark on this interdisciplinary research on mitochondria in glioblastoma with Michael Lim, MD, with the hope to find better therapies for patients someday Stanford Neurosurgery

"The Neuroscience:Translate award bridges expertise in very different disciplines, which is key to advancing therapeutics for those devastating brain disorders,” said Xinnan Wang Xinnan Wang Lab about her project on Targeting mitochondria in glioblastoma. neuroscience.stanford.edu/our-science/fu…

PERSPECTIVE Xinnan Wang Lab & PekkurnazLab (Stanford University, UCSD Neurosciences) offer an integrative overview on how mitochondrial homeostasis & diversity contribute to meeting specific cellular demands, focusing on #neurons. #TBThursday nature.com/articles/s4225…