neostriate damage
新纹状体损伤
neostriate neurons
新纹状体神经元
neostriate region
新纹状体区域
neostriate function
新纹状体功能
neostriate pathway
新纹状体通路
neostriate system
新纹状体系统
neostriate cells
新纹状体细胞
neostriate lesion
新纹状体病变
neostriate injury
新纹状体组织
neostriate tissue
the neostriatal neurons fire rapidly during movement initiation.
新纹状体神经元在运动启动时快速放电。
damage to the neostriate pathways can cause motor deficits.
新纹状体通路的损伤可导致运动缺陷。
research shows the neostriate system plays a crucial role in habit formation.
研究表明新纹状体系统在习惯形成中起着关键作用。
the neostriate cells receive input from the cerebral cortex.
新纹状体细胞接收来自大脑皮层的输入。
patients with neostriate lesions exhibit coordination problems.
新纹状体损伤的患者表现出协调问题。
the neostriate region integrates information for procedural memory.
新纹状体区域整合程序性记忆的信息。
studies have revealed neostriate involvement in reward processing.
研究揭示了新纹状体在奖励处理中的作用。
the neostriatal network regulates voluntary movement.
新纹状体网络调节随意运动。
neuroimaging reveals increased neostriate activity during learning.
神经影像学显示学习期间新纹状体活动增加。
degeneration of neostriate neurons leads to movement disorders.
新纹状体神经元的退化导致运动障碍。
the neostriate output projects to the pallidum and substantia nigra.
新纹状体输出投射到苍白球和黑质。
scientists are studying neostriate function in parkinson's disease.
科学家正在研究帕金森病中的新纹状体功能。
neostriate damage
新纹状体损伤
neostriate neurons
新纹状体神经元
neostriate region
新纹状体区域
neostriate function
新纹状体功能
neostriate pathway
新纹状体通路
neostriate system
新纹状体系统
neostriate cells
新纹状体细胞
neostriate lesion
新纹状体病变
neostriate injury
新纹状体组织
neostriate tissue
the neostriatal neurons fire rapidly during movement initiation.
新纹状体神经元在运动启动时快速放电。
damage to the neostriate pathways can cause motor deficits.
新纹状体通路的损伤可导致运动缺陷。
research shows the neostriate system plays a crucial role in habit formation.
研究表明新纹状体系统在习惯形成中起着关键作用。
the neostriate cells receive input from the cerebral cortex.
新纹状体细胞接收来自大脑皮层的输入。
patients with neostriate lesions exhibit coordination problems.
新纹状体损伤的患者表现出协调问题。
the neostriate region integrates information for procedural memory.
新纹状体区域整合程序性记忆的信息。
studies have revealed neostriate involvement in reward processing.
研究揭示了新纹状体在奖励处理中的作用。
the neostriatal network regulates voluntary movement.
新纹状体网络调节随意运动。
neuroimaging reveals increased neostriate activity during learning.
神经影像学显示学习期间新纹状体活动增加。
degeneration of neostriate neurons leads to movement disorders.
新纹状体神经元的退化导致运动障碍。
the neostriate output projects to the pallidum and substantia nigra.
新纹状体输出投射到苍白球和黑质。
scientists are studying neostriate function in parkinson's disease.
科学家正在研究帕金森病中的新纹状体功能。
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