Neurons and Neuronal Networks in the Motor System, at Herbrew University, Jersalem, Israel, March 14-25, 1993

运动系统中的神经元和神经元网络，以色列赫尔布鲁大学，1993 年 3 月 14-25 日

• 批准号: 9310333
• 负责人: Avis Cohen
• 金额: $ 0.7万
• 依托单位: University of Maryland, College Park
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1993
• 资助国家: 美国
• 起止时间: 1993-03-15 至 1994-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9310333&HistoricalAwards=false
• 关键词: Neurons; Neuronal; Networks; Motor; System

This is a request for support for seven students and postdocs to attend the Bat Sheva Seminar on "Neurons and Neuronal Networks in the Motor System" at Hebrew University, Jerusalem, Israel, from March 14-15, 1993. The motor system controls the position of organisms and their movement in the external world by a complex assembly of neuronal networks. Intricate motor paradigms of movements and postural adjustments constitute almost all the behavioral patterns expressed in our daily life. Understanding of the motor system and its neural control mechanisms are therefore one of the most important aspects of modern neurobiology. This seminar is aimed at studying the motor system using an interdisciplinary research approach, starting from structural and functional aspects of single cells in the motor system, continuing with central neuronal networks, and ending with combined physiological and artificial intelligence studies. This approach will provide us better understanding of mechanisms involved in the execution of motor behavior. This seminar is an outstanding opportunity to facilitate advances in interdisciplinary training in basic neuroscience and motor control, and to bring together students and top-scientists from all over the world for a period of two weeks. Previous experience with Bat-Sheva seminars shows that it was very fruitful with good interactions among the participants and students, and this coming seminar seems to be more popular than the previous ones.***//

这是一个支持七名学生和博士后的请求， 参加蝙蝠舍瓦研讨会"神经元和神经元网络在 以色列耶路撒冷希伯来大学的"电机系统"， 1993年3月14日至15日。 电动机系统控制 生物体及其在外部世界的运动， 神经元网络的组装。 复杂的运动模式 运动和姿势调整构成了几乎所有的 我们日常生活中的行为模式。 了解 因此，运动系统及其神经控制机制 现代神经生物学最重要的方面之一。 这 研讨会的目的是研究电机系统使用 跨学科研究方法，从结构和 运动系统中单个细胞的功能方面，继续 与中央神经元网络，并结束与组合 生理学和人工智能研究。 这种方法 将使我们更好地了解 运动行为的执行。 本次研讨会是一次杰出的 促进跨学科培训的机会 基础神经科学和运动控制， 来自世界各地的学生和顶尖科学家， 两个星期. 以往参加巴特-舍瓦研讨会的经验表明， 与会者之间进行了良好的互动， 和学生，这个即将到来的研讨会似乎更受欢迎， 前几个 **//