Trofimova Irina
Laboratory of Collective Intelligence, Department of Psychiatry and Behavioural Neurosciences, McMaster University, 92 Bowman St, Hamilton, ON L8S 2T6, Canada.
Brain Sci. 2022 Dec 24;13(1):39. doi: 10.3390/brainsci13010039.
This paper reviews the principles identified in analytic neuroscience that could be used in the setup of an international project, "Hippocrates" (H-project), named after the author of the endocrine theory of temperaments. The H-project can aim to summarize the findings in functional neurochemistry of consistent behavioural patterns (CBPs) in health (such as temperament traits) and psychopathology (symptoms of psychiatric disorders); to have systematically structured neurochemical investigations; to have an analysis of CBPs that include all ranges of behavioural histories and to have these modules complemented by regional contrasts related to climate, diets and other bio-environmental factors. The review highlights the benefits of constructivism and illustrates the contrast between constructivism and current approaches in terms of analytic and methodological aspects. (1) "Where" the neurochemical biomarkers should be measured: the review expands the range of needed measurements to out-of-brain systems, including environmental factors, and explores the concept of Specialized Extended Phenotype. (2) "What" should be measured but is missing: the review points to the need for measurement of the "Throw & Catch" neurochemical relays; behavioural and neuronal events contributing to the consistency of the CBPs but not documented in measurements. (3) Structuring the H-project's setup: the paper briefly describes a proposed earlier neurochemical framework, Functional Ensemble of Temperament that that accommodates the neurochemical continuum between temperament and symptoms of psychiatric disorders. This framework is in line with documented "Throw & Catch" neurochemical relays and can also be used to organize data about the personal and professional history of an individual.
本文回顾了分析神经科学中确定的一些原则,这些原则可用于设立一个名为“希波克拉底”(H项目)的国际项目,该项目以气质内分泌理论的作者命名。H项目旨在总结健康状态(如气质特征)和精神病理学(精神障碍症状)中一致行为模式(CBP)的功能神经化学研究结果;进行系统结构化的神经化学研究;分析涵盖所有行为历史范围的CBP,并通过与气候、饮食和其他生物环境因素相关的区域对比来补充这些模块。本综述强调了建构主义的益处,并从分析和方法论方面说明了建构主义与当前方法之间的差异。(1)神经化学生物标志物应在“何处”测量:该综述将所需测量范围扩展到脑外系统,包括环境因素,并探讨了特殊扩展表型的概念。(2)应测量但缺失的“内容”:该综述指出需要测量“投掷与捕捉”神经化学中继;这些行为和神经元事件有助于CBP的一致性,但在测量中未记录。(3)构建H项目的设置:本文简要描述了一个较早提出的神经化学框架,即气质功能集合,该框架适应气质与精神障碍症状之间的神经化学连续体。这个框架与已记录的“投掷与捕捉”神经化学中继一致,也可用于整理关于个人个人和职业历史的数据。