对兔离心前后进行多部位体表与内脏循环同步联合观察,证明+Gz 力引起机体微循环生物力学效应在个体组织器官问改变程度、时间和空间上不尽相同,但其基本动态变化具有同一性,而脑的微循环却保持其相对恒定性。本实验阐明:从微观动态水平上模拟航空航天环境因素生物效应实验研究,是对近代发展的高机动性能歼击机产生(H.S.G)的生理影响、病理变化、抗荷防护等研究开辟了一条新途径,这对发展现代航空航天医学具有实践意义。 Before and after centrifugation of the rabbit body, multiple organism combined with visceral circulation were observed synchronously, demonstrating that the biomechanical effect of + Gz caused by microcirculation was different in time, extent and space, but the basic dynamic changes were the same However, the microcirculation of the brain keeps its relative invariance. This experiment illustrates that the experimental study on the biological effects of simulated aerospace environmental factors at the microscopic dynamic level is a new way to study the physiological effects, pathological changes and anti-load protection of high-performance fighter plane generation (HSG) This is of practical significance for the development of modern aerospace medicine.