Biomedical Team, KAIST Institute for Information Technology Convergence, Korea Advanced Institute of Science and Technology (KAIST), Daejeon 305-701, Republic of Korea.
Evid Based Complement Alternat Med. 2013;2013:486823. doi: 10.1155/2013/486823. Epub 2013 Jul 9.
Background. Primo vascular system is a new anatomical structure whose research results have reported the possibility of a new circulatory system similar to the blood vascular system and cells. Electrophysiology, which measures and analyzes bioelectrical signals tissues and cells, is an important research area for investigating the function of tissues and cells. The bioelectrical study of the primo vascular system has been reported by using modern techniques since the early 1960s by Bonghan Kim. This paper reviews the research result of the electrophysiological study of the primo vascular system for the discussion of the circulatory function. We hope it would help to study the electrophysiology of the primo vascular system for researchers. This paper will use the following exchangeable expressions: Kyungrak system = Bonghan system = Bonghan circulatory system = primo vascular system = primo system; Bonghan corpuscle = primo node; Bonghan duct = primo vessel. We think that objective descriptions of reviewed papers are more important than unified expressions when citing the papers. That said, this paper will unify the expressions of the primo vascular system.
背景。普里莫血管系统是一种新的解剖结构,其研究结果报告了一种类似于血管系统和细胞的新循环系统的可能性。电生理学是测量和分析组织和细胞生物电信号的一个重要研究领域,是研究组织和细胞功能的重要领域。自 20 世纪 60 年代初以来,金泳勋(音译)就使用现代技术对普里莫血管系统的生物电进行了研究。本文综述了普里莫血管系统电生理学研究的结果,以讨论其循环功能。我们希望这有助于研究人员对普里莫血管系统的电生理学。本文将使用以下可互换的表达:Kyungrak 系统= Bonghan 系统= Bonghan 循环系统=普里莫血管系统=普里莫系统;Bonghan 体=普里莫节点;Bonghan 管=普里莫血管。我们认为,在引用这些论文时,对所审查论文的客观描述比统一的表述更为重要。也就是说,本文将统一普里莫血管系统的表达。