A.F. Samoilov: from synapse to systemic organization of functions

M. A. Podolskaya, Yu. E. Teregulov
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Abstract

One of the world’s leading physiologists of the late 19th — the first third of the 20th centuries, Doctor of Medicine, Professor, Head of the Department of Physiology of Kazan University, Lenin Prize winner, Honored Scientist of the RSFSR Alexander Filippovich Samoilov (1867, Odessa — 1930, Kazan) is known as one of the creators of the theory and practice of electrocardiography, introduction of this method into the clinic. In 1924, A. F. Samoilov proved the chemical nature of the transition of excitation from a nerve to a muscle. Many fundamental works of the scientist are devoted to spinal and central nervous mechanisms. As a student and follower of I. M. Sechenov, A. F. Samoilov proceeded to formulate the principles of systematic organization of functions in animals and humans based on the material of his works. The scientists studied the systems of coding characters in the notation of notes. On the example of the circular rhythm of muscle excitation described by him in 1929, A. F. Samoilov anticipated the model of an automatic self-regulating system and systemic social circular interaction.
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A.F.萨莫伊洛夫:从突触到功能的系统组织
19世纪末- 20世纪前三分之一世界领先的生理学家之一,医学博士,教授,喀山大学生理学系主任,列宁奖获得者,俄罗斯联邦社会主义共和国荣誉科学家亚历山大·菲利波维奇·萨莫伊洛夫(1867年,敖德萨- 1930年,喀山)被称为心电图理论和实践的创造者之一,将这种方法引入临床。1924年,a·f·萨莫伊洛夫证明了兴奋从神经到肌肉转变的化学性质。这位科学家的许多基础著作都是关于脊椎和中枢神经机制的。作为谢切诺夫的学生和追随者,萨莫伊洛夫在他的著作的基础上,开始制定动物和人类功能的系统组织原则。科学家们研究了音符符号中的字符编码系统。萨莫伊洛夫以他1929年描述的肌肉兴奋循环节律为例,预测了自动自我调节系统和系统性社会循环互动的模型。
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