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Human Stem Cellderived A10 Dopaminergic Neuronsspecifically Integrate Into Mouse Circuits Andimprove Depressionlike Behaviors Wei Yan Qinqin Gao Yingying Zhou Peibo Xu Ziyan Wu Tingli Yuan Lianshun Xie Zhiwen You Xinyue Zhang Ban Feng Shanzheng Yang Yuejun Chen Man Xiong

  • SKU: BELL-238576496
Human Stem Cellderived A10 Dopaminergic Neuronsspecifically Integrate Into Mouse Circuits Andimprove Depressionlike Behaviors Wei Yan Qinqin Gao Yingying Zhou Peibo Xu Ziyan Wu Tingli Yuan Lianshun Xie Zhiwen You Xinyue Zhang Ban Feng Shanzheng Yang Yuejun Chen Man Xiong
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Human Stem Cellderived A10 Dopaminergic Neuronsspecifically Integrate Into Mouse Circuits Andimprove Depressionlike Behaviors Wei Yan Qinqin Gao Yingying Zhou Peibo Xu Ziyan Wu Tingli Yuan Lianshun Xie Zhiwen You Xinyue Zhang Ban Feng Shanzheng Yang Yuejun Chen Man Xiong instant download after payment.

Publisher: The Author(s)
File Extension: PDF
File size: 50.18 MB
Author: Wei Yan & Qinqin Gao & Yingying Zhou & Peibo Xu & Ziyan Wu & Tingli Yuan & Lianshun Xie & Zhiwen You & Xinyue Zhang & Ban Feng & Shanzheng Yang & Yuejun Chen & Man Xiong
Language: English
Year: 2025

Product desciption

Human Stem Cellderived A10 Dopaminergic Neuronsspecifically Integrate Into Mouse Circuits Andimprove Depressionlike Behaviors Wei Yan Qinqin Gao Yingying Zhou Peibo Xu Ziyan Wu Tingli Yuan Lianshun Xie Zhiwen You Xinyue Zhang Ban Feng Shanzheng Yang Yuejun Chen Man Xiong by Wei Yan & Qinqin Gao & Yingying Zhou & Peibo Xu & Ziyan Wu & Tingli Yuan & Lianshun Xie & Zhiwen You & Xinyue Zhang & Ban Feng & Shanzheng Yang & Yuejun Chen & Man Xiong instant download after payment.

Stem Cell, 32 (2025) 1457-1481. doi:10.1016/j.stem.2025.07.007

SUMMARYA10 dopaminergic neurons located in the ventral tegmental area play central roles in reward-related and goaldirected behaviors and are proposed to be target cells for treatment of various psychiatric disorders,including depression. Here, we report an efficient differentiation method to generate A10-like midbrain dopaminergic (mDA) neurons from human pluripotent stem cells (hPSCs) and found that post-mitotic patterning byNotch inhibitor, glial cell line-derived neurotrophic factor (GDNF), and ascorbic acid (AA) induced A10 subtype specification. These hPSC-derived mDA neurons exhibited characteristics of the A10 subtype, includinggene expression profiles and electrophysiological properties. Moreover, grafted A10-like mDA neurons specifically project to their endogenous target brain regions and induce the anxiolytic phenotype in normal miceor antidepressant-like phenotypes in depression model mice. These results indicate that grafted A10-likemDA neurons can reconstruct specific circuits and functionally restore impaired circuits, highlighting thepromising application of hPSC-derived neuron subtypes in the treatment of neuropsychiatric disorders.

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