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Acutely Blocking Excessive Mitochondrial Fission Prevents Chronic Neurodegeneration after Traumatic Brain Injury

Preethy S. Sridharan,Yeojung Koh,Emiko Miller,Di Hu,Suwarna Chakraborty,Sunil Jamuna Tripathi,Teresa R. Kee,Kalyani Chaubey,Edwin Va Zquez-Rosa,Sarah Barker, Hui Liu, Rose A. Leon-Alvarado,Kathryn Franke,Coral J. Cintron-Perez,Matasha Dhar,Min-Kyoo Shin,Margaret E. Flanagan,Rudolph J. Castellani,Tamar Gefen,Marina Bykova, Lijun Dou,Feixiong Cheng,Brigid M. Wilson,Hisashi Fujioka,David E. Kang,Jung-A. A. Woo,Bindu D. Paul,Xin Qi,Andrew A. Pieper

CELL REPORTS MEDICINE（2024）

Cited 0|Views8
Key words
traumatic brain injury,neurodegeneration,neuroprotection,mitochondria,Fis1,Drp1,mitochondrial fission,mitochondrial fusion,oxidative stress,blood-brain barrier
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