extrathalamic structures
延隔外结构
extrathalamic pathways
延隔外通路
extrathalamic connections
延隔外连接
extrathalamic projections
延隔外投射
extrathalamic system
延隔外系统
extrathalamic regions
延隔外区域
extrathalamic lesion
延隔外病变
extrathalamic involvement
延隔外参与
extrathalamically induced
由延隔外诱导
extrathalamic origin
延隔外起源
researchers discovered extrathalamic pathways that bypass the thalamus entirely.
研究人员发现了一些绕过丘脑的经外丘脑通路。
extrathalamic modulation of cortical activity has been observed in certain neurological conditions.
在某些神经系统疾病中，已经观察到经外丘脑对皮质活动的调节。
the extrathalamic connections provide an alternative route for sensory information.
经外丘脑连接为感觉信息提供了另一种途径。
damage to extrathalamic structures can lead to unexpected cognitive deficits.
对经外丘脑结构的损伤可能导致意想不到的认知缺陷。
extrathalamic mechanisms compensate for thalamic dysfunction in some patients.
经外丘脑机制在某些患者中代偿了丘脑功能障碍。
neuroimaging revealed extensive extrathalamic networks in the human brain.
神经影像学显示，人脑中存在广泛的经外丘脑网络。
the extrathalamic system represents a parallel processing pathway.
经外丘脑系统代表了一种平行的处理途径。
extrathalamic inhibition plays a key role in sleep regulation.
经外丘脑抑制在睡眠调节中发挥着关键作用。
understanding extrathalamic circuits is essential for developing new treatments.
了解经外丘脑回路对于开发新的治疗方法至关重要。
extrathalamic sensory processing occurs in the cortex independently.
经外丘脑感觉处理在皮层中独立发生。
the extrathalamic projections from the amygdala play a crucial role in emotional processing.
来自杏仁核的经外丘脑投射在情绪处理中发挥着至关重要的作用。
recent studies have focused on extrathalamic contributions to consciousness.
最近的研究侧重于经外丘脑对意识的贡献。
extrathalamic structures
延隔外结构
extrathalamic pathways
延隔外通路
extrathalamic connections
延隔外连接
extrathalamic projections
延隔外投射
extrathalamic system
延隔外系统
extrathalamic regions
延隔外区域
extrathalamic lesion
延隔外病变
extrathalamic involvement
延隔外参与
extrathalamically induced
由延隔外诱导
extrathalamic origin
延隔外起源
researchers discovered extrathalamic pathways that bypass the thalamus entirely.
研究人员发现了一些绕过丘脑的经外丘脑通路。
extrathalamic modulation of cortical activity has been observed in certain neurological conditions.
在某些神经系统疾病中，已经观察到经外丘脑对皮质活动的调节。
the extrathalamic connections provide an alternative route for sensory information.
经外丘脑连接为感觉信息提供了另一种途径。
damage to extrathalamic structures can lead to unexpected cognitive deficits.
对经外丘脑结构的损伤可能导致意想不到的认知缺陷。
extrathalamic mechanisms compensate for thalamic dysfunction in some patients.
经外丘脑机制在某些患者中代偿了丘脑功能障碍。
neuroimaging revealed extensive extrathalamic networks in the human brain.
神经影像学显示，人脑中存在广泛的经外丘脑网络。
the extrathalamic system represents a parallel processing pathway.
经外丘脑系统代表了一种平行的处理途径。
extrathalamic inhibition plays a key role in sleep regulation.
经外丘脑抑制在睡眠调节中发挥着关键作用。
understanding extrathalamic circuits is essential for developing new treatments.
了解经外丘脑回路对于开发新的治疗方法至关重要。
extrathalamic sensory processing occurs in the cortex independently.
经外丘脑感觉处理在皮层中独立发生。
the extrathalamic projections from the amygdala play a crucial role in emotional processing.
来自杏仁核的经外丘脑投射在情绪处理中发挥着至关重要的作用。
recent studies have focused on extrathalamic contributions to consciousness.
最近的研究侧重于经外丘脑对意识的贡献。
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