Coen Clive W
Reproductive NeurobiologyDivision of Women's Health, School of Medicine, King's College London, London SE1 1UL, UK
J Endocrinol. 2015 Aug;226(2):E3-6. doi: 10.1530/JOE-15-0251.
The brain's unimaginably complex operations are expressed in just two types of output: muscle activity and hormone release. These are the means by which the brain acts beyond its bony casing. Muscle-mediated actions (such as speaking, writing, pupillary reflexes) send signals to the outside world that may convey thoughts, emotions or evidence of neurological disorder. The outputs of the brain as a hormone secreting gland are usually less evident. Their discovery required several paradigm shifts in our understanding of anatomy. The first occurred in 1655. Exactly 300 years later, Geoffrey Harris' monograph Neural control of the pituitary gland launched the scientific discipline that is now known as neuroendocrinology. His hypotheses have stood the test of time to a remarkable degree. A key part of his vision concerned the two-way 'interplay between the central nervous system and endocrine glands'. Over the past 60 years, the importance of this reciprocity and the degree to which cerebral functions are influenced by the endocrine environment have become increasingly clear.
肌肉活动和激素释放。这是大脑在其骨质外壳之外发挥作用的方式。肌肉介导的动作(如说话、写作、瞳孔反射)向外部世界发送信号,这些信号可能传达思想、情感或神经紊乱的迹象。大脑作为一个分泌激素的腺体,其输出通常不太明显。它们的发现需要我们在解剖学理解上进行几次范式转变。第一次发生在1655年。整整300年后,杰弗里·哈里斯的专著《垂体的神经控制》开创了现在被称为神经内分泌学的科学学科。他的假设在很大程度上经受住了时间的考验。他观点的一个关键部分涉及中枢神经系统和内分泌腺之间的双向“相互作用”。在过去的60年里,这种相互作用的重要性以及内分泌环境对大脑功能的影响程度越来越明显。