nerve ganglia
神经节
basal ganglia
基底节
dorsal root ganglia
背根神经节
sympathetic ganglia
交感神经节
ciliary ganglia
睫状神经节
autonomic ganglia
自主神经节
cranial ganglia
颅神经节
sensory ganglia
感觉神经节
enteric ganglia
肠神经节
trigeminal ganglia
三叉神经节
the ganglia play a crucial role in the nervous system.
神经节在神经系统中发挥着关键作用。
researchers study the ganglia to understand brain function.
研究人员研究神经节以了解大脑功能。
damage to the ganglia can lead to movement disorders.
神经节的损伤可能导致运动障碍。
the autonomic ganglia are involved in involuntary functions.
自主神经节参与不随意的功能。
ganglia are clusters of neuron cell bodies.
神经节是神经元细胞体的聚集体。
understanding ganglia can help in treating neurological diseases.
了解神经节有助于治疗神经系统疾病。
the basal ganglia are important for motor control.
基底神经节对运动控制非常重要。
ganglia can be found in both the central and peripheral nervous systems.
神经节可以在中枢和周围神经系统中找到。
some ganglia are associated with sensory processing.
一些神经节与感官处理相关。
neuroscientists are mapping the connections between ganglia.
神经科学家正在绘制神经节之间的连接。
nerve ganglia
神经节
basal ganglia
基底节
dorsal root ganglia
背根神经节
sympathetic ganglia
交感神经节
ciliary ganglia
睫状神经节
autonomic ganglia
自主神经节
cranial ganglia
颅神经节
sensory ganglia
感觉神经节
enteric ganglia
肠神经节
trigeminal ganglia
三叉神经节
the ganglia play a crucial role in the nervous system.
神经节在神经系统中发挥着关键作用。
researchers study the ganglia to understand brain function.
研究人员研究神经节以了解大脑功能。
damage to the ganglia can lead to movement disorders.
神经节的损伤可能导致运动障碍。
the autonomic ganglia are involved in involuntary functions.
自主神经节参与不随意的功能。
ganglia are clusters of neuron cell bodies.
神经节是神经元细胞体的聚集体。
understanding ganglia can help in treating neurological diseases.
了解神经节有助于治疗神经系统疾病。
the basal ganglia are important for motor control.
基底神经节对运动控制非常重要。
ganglia can be found in both the central and peripheral nervous systems.
神经节可以在中枢和周围神经系统中找到。
some ganglia are associated with sensory processing.
一些神经节与感官处理相关。
neuroscientists are mapping the connections between ganglia.
神经科学家正在绘制神经节之间的连接。
探索常用高频词汇