Florio Tiziana M
Department of Life, Health and Environmental Sciences, University of L'Aquila, Italy.
AIMS Neurosci. 2020 May 27;7(2):136-152. doi: 10.3934/Neuroscience.2020010. eCollection 2020.
Comprehensive knowledge about higher executive functions of motor control has been covered in the last decades. Critical goals have been targeted through many different technological approaches. An abundant flow of new results greatly progressed our ability to respond at better-posited answers to look more than ever at the challenging neural system functioning. Behaviour is the observable result of the invisible, as complex cerebral functioning. Many pathological states are approached after symptomatology categorisation of behavioural impairments is achieved. Motor, non-motor and psychiatric signs are greatly shared by many neurological/psychiatric disorders. Together with the cerebral cortex, the basal ganglia contribute to the expression of behaviour promoting the correct action schemas and the selection of appropriate sub-goals based on the evaluation of action outcomes. The present review focus on the basic classification of higher motor control functioning, taking into account the recent advances in basal ganglia structural knowledge and the computational model of basal ganglia functioning. We discuss about the basal ganglia capability in executing ordered motor patterns in which any single movement is linked to each other into an action, and many actions are ordered into each other, giving them a syntactic value to the final behaviour. The stereotypic, automatized and habitual behaviour's constructs and controls are the expression of successive stages of rule internalization and categorisation aimed in producing the perfect spatial-temporal control of motor command.
在过去几十年里,人们对运动控制的高级执行功能已有全面了解。通过多种不同技术方法实现了关键目标。大量新成果极大地提升了我们给出更恰当答案的能力,从而比以往任何时候都更深入地探究具有挑战性的神经系统功能。行为是复杂的大脑功能这一不可见过程的可观察结果。在对行为障碍进行症状分类后,许多病理状态得以研究。许多神经/精神疾病都存在运动、非运动和精神症状。基底神经节与大脑皮层共同作用,通过评估动作结果促进正确动作模式的表达以及选择合适的子目标,从而影响行为表现。本综述聚焦于高级运动控制功能的基本分类,同时考虑到基底神经节结构知识的最新进展以及基底神经节功能的计算模型。我们探讨基底神经节执行有序运动模式的能力,在这种模式中,任何单个动作相互关联形成一个行动,许多行动又相互有序排列,赋予最终行为句法价值。刻板、自动化和习惯性行为的构建与控制是规则内化和分类连续阶段的表现,旨在实现对运动指令的完美时空控制。