caudate nucleus
尾状核
caudate lobe
尾叶
caudate region
尾状区域
caudate structure
尾状结构
caudate pathway
尾状通路
caudate function
尾状功能
caudate area
尾状区域
caudate volume
尾状体积
caudate activity
尾状活动
caudate involvement
尾状参与
the caudate nucleus is important for movement control.
尾状核对运动控制很重要。
research shows that the caudate plays a role in learning.
研究表明，尾状核在学习中起着重要作用。
damage to the caudate can affect cognitive functions.
尾状核的损伤可能影响认知功能。
the caudate is part of the basal ganglia.
尾状核是基底神经节的一部分。
scientists study the caudate to understand habits.
科学家研究尾状核以理解习惯。
increased activity in the caudate is linked to rewards.
尾状核的活动增加与奖励相关。
the caudate is involved in emotional processing.
尾状核参与情感处理。
imaging studies reveal the caudate's role in addiction.
成像研究揭示了尾状核在成瘾中的作用。
understanding the caudate's functions can help treat disorders.
了解尾状核的功能可以帮助治疗疾病。
the caudate influences decision-making processes.
尾状核影响决策过程。
caudate nucleus
尾状核
caudate lobe
尾叶
caudate region
尾状区域
caudate structure
尾状结构
caudate pathway
尾状通路
caudate function
尾状功能
caudate area
尾状区域
caudate volume
尾状体积
caudate activity
尾状活动
caudate involvement
尾状参与
the caudate nucleus is important for movement control.
尾状核对运动控制很重要。
research shows that the caudate plays a role in learning.
研究表明，尾状核在学习中起着重要作用。
damage to the caudate can affect cognitive functions.
尾状核的损伤可能影响认知功能。
the caudate is part of the basal ganglia.
尾状核是基底神经节的一部分。
scientists study the caudate to understand habits.
科学家研究尾状核以理解习惯。
increased activity in the caudate is linked to rewards.
尾状核的活动增加与奖励相关。
the caudate is involved in emotional processing.
尾状核参与情感处理。
imaging studies reveal the caudate's role in addiction.
成像研究揭示了尾状核在成瘾中的作用。
understanding the caudate's functions can help treat disorders.
了解尾状核的功能可以帮助治疗疾病。
the caudate influences decision-making processes.
尾状核影响决策过程。
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