cerebral ganglia的意思|示意
脑神经节
cerebral ganglia的用法详解
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英文:Explanation on the Usage of English Word “Cerebral Ganglia”
英语单词cerebral ganglia,指的是大脑中的神经结,它是由脑枢状神经组织组成的集合体,分布在大脑和脊髓之间以及在大脑的末梢部分。是大脑内部信息传递的重要部分。
Cerebral ganglia plays an important role in the information transmission in the brain. It is located between the brain and spinal cord and in the terminal part of the brain, composed of aggregations of brainstem neuronal tissue. It is responsible for receiving and transmitting sensory information as well as motor control, functions as integrative center, and provides coordination between different parts of the nervous system.
大脑神经结扮演重要角色,它负责接收和传递感觉信息以及运动控制,充当集成中心,在神经系统的不同部分之间提供协调。
Cerebral ganglia is also associated with various neurological and psychiatric disorders such as Huntington's disease and schizophrenia. Dysfunction of the cerebral ganglia can lead to cognitive impairments, memory deficits, and impaired motor coordination.
此外,大脑神经结也与各种神经病学和精神病学疾病有关,如亨廷顿病和精神分裂症。大脑神经结的功能障碍会导致认知损害,记忆缺陷和运动协调受损。
Because of its critical role in maintaining the normal functioning of the brain, it is important for researchers to better understand the physiology and function of the cerebral ganglia in order to develop better treatments for neurological and psychiatric disorders.
由于大脑神经结在维持大脑正常功能方面发挥着关键作用,因此,研究人员对其生理和功能的更好理解,对于开发更好的神经病学和精神病学疾病治疗至关重要。
In conclusion, cerebral ganglia is an important part of the information transmission in the brain. It is involved in a variety of neurological and psychiatric disorders, and dysfunction of this structure can impair cognitive abilities, memory and motor coordination. Therefore, further research is warranted to better understand the physiology and function of the cerebral ganglia in order to develop better treatments for neurological and psychiatric disorders.
总之,大脑神经结是大脑信息传递的重要部分,它参与了许多神经病学和精神病学疾病,这种结构的功能障碍会降低认知能力,记忆以及运动协调能力。因此,有必要进一步研究大脑神经结的生理机制和功能,以便开发出更好的治疗神经病学和精神病学疾病的方法。
'cerebral ganglia相关短语
1、 cerebral basal ganglia 大脑基底核
2、 Basal ganglia cerebral infarction 基底节脑梗死
3、 cerebral infarction in basal ganglia 基底节区脑梗死