, where S1 is the area of the maximum longitudinal section of the placenta (cm2),S2 is the cross-sectional area of the placenta (cm2), H is the placenta thickness (cm), D is the diameter of the maximal cross section of the uterine cavity (cm), T is the uterine myometrium thickness (cm), P is the index of placenta location in the uterine cavity, equal to 10.0 in case of placenta localization along the posterior wall and/r the left rib of the uterus, 10.5 in case of localization along the back wall and the right rib of the uterus, 11.0 in case of localization along the front wall and the left rib of the uterus, 11.5 in case of localization along the front wall and the right rib of the uterus, 12.0 in case of localization in the left corner or on the right rib of the uterus, 12.5 in case of localization in the uterus bottom, 13.0 in case of localization in the right corner of the uterus. If fetal resistance coefficient R is less than 2.0, fetus condition deterioration against the background of delivery stimulation is predicted.;EFFECT: increased accuracy of prediction of fetus condition against the background of delivery stimulation.;3 ex"/>
公开/公告号RU2628242C1
专利类型
公开/公告日2017-08-15
原文格式PDF
申请/专利号RU20160106410
发明设计人 KAZANTSEVA ELENA VIKTOROVNA;MUDROV VIKTOR ANDREEVICH;AKHMETOVA ELENA SERGEEVNA;PONOMAREVA YULIYA NIKOLAEVNA;MOCHALOVA MARINA NIKOLAEVNA;CHATSKIS ELENA MIKHAJLOVNA;
申请日2016-02-24
分类号A61B8/00;A61B5/00;
国家 RU
入库时间 2022-08-21 13:23:23