Chizhov A Ia, Leont'eva G V
Biull Eksp Biol Med. 1992 Oct;114(10):414-6.
For biomicroscopic study of architectonic and hemodynamic features of uterine vascular bed wide ligation was carried out. It is shown that the vascular bed serves for blood deposition with cyclic change of inflow and outflow intensity. A rhythmic hypoxia results in a decrease of PO2 in the myometrium. The revealed biorhythm is considered evolutionary, determining physiological mechanism of plastic supply of generative function and development of the fetus resistance to hypoxia.
为了对子宫血管床的结构和血流动力学特征进行生物显微镜研究,进行了广泛的结扎。结果表明,血管床用于血液沉积,流入和流出强度呈周期性变化。节律性缺氧导致子宫肌层中PO2降低。所揭示的生物节律被认为是进化而来的,它决定了生殖功能的可塑性供应以及胎儿对缺氧抵抗力发展的生理机制。