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Research Interest
regeneration, tissue regeneration
The work in Dr. Kuo's lab centers around understanding cellular pathways regulating postnatal/adult neural stem cells, using the rodent brain as a model system. Their current focus deals with how specialized environments in the brain (also called “niches”) sustain production of new neurons in vivo; how these microenvironments are changed in response to circuit-level inputs; and how injury modifies neural stem cell proliferation/differentiation. A better understanding of these processes may lead to future therapies for patients suffering from pre/postnatal brain injuries.
regeneration, tissue regeneration
The work in Dr. Kuo's lab centers around understanding cellular pathways regulating postnatal/adult neural stem cells, using the rodent brain as a model system. Their current focus deals with how specialized environments in the brain (also called “niches”) sustain production of new neurons in vivo; how these microenvironments are changed in response to circuit-level inputs; and how injury modifies neural stem cell proliferation/differentiation. A better understanding of these processes may lead to future therapies for patients suffering from pre/postnatal brain injuries.
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论文共 41 篇作者统计合作学者相似作者
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Pia J. Alderman,David Saxon, Lucia I. Torrijos-Saiz, Malaz Sharief,Chloe E. Page, Jude K. Baroudi,Sean W. Biagiotti, Vladimir A. Butyrkin, Anna Melamed,Chay T. Kuo,Stefano Vicini,Jose M. Garcia-Verdugo,
NEURONno. 4 (2024): 574-592.e10
Cell reportsno. 7 (2023): 112783-112783
Pia J. Alderman,David Saxon, Lucia I. Torrijos-Saiz, Malaz Sharief,Sean W. Biagiotti,Chloe E. Page, Anna Melamed,Chay T. Kuo,Jose-Manuel Garcia-Verdugo,Vicente Herranz-Perez,Joshua G. Corbin,Shawn F Sorrells
biorxiv(2022)
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