McGill大学研究人员确定了Striatum dopamine神经元在平衡运动、奖励和认知方面的关键作用,有可能导致神经和精神紊乱的治疗。 McGill University researchers identified a key role of striatum dopamine neurons in balancing movement, reward, and cognition, potentially leading to treatments for neurological and psychiatric disorders.
麦吉尔大学的研究人员发现，纹状体中的一小群多巴胺神经元在平衡与运动、奖励和认知相关的大脑功能方面起着至关重要的作用。 Researchers from McGill University discovered a crucial role of a small group of dopamine neurons in the striatum in balancing brain functions related to movement, reward, and cognition. 这可能导致对精神分裂症、帕金森氏症和吸毒成瘾等神经和精神疾病进行新的治疗。 This could lead to new treatments for neurological and psychiatric disorders such as schizophrenia, Parkinson's, and addiction. 应对多巴胺的独特细胞特征表明,新途径起源的这一组神经元对于脑功能至关重要。 The unique cellular characteristics in response to dopamine suggest this group of neurons at the origin of a new pathway is essential for forebrain functioning. 进一步研究将探讨该途径对认知过程的影响及其在精神紊乱中的作用。 Further research will explore the pathway's influence on cognitive processes and its role in psychiatric disorders.