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作者首先提及Л.С.彼尔西阿尼诺夫所提出的方法。后者根据血管感受器为有高度敏感性的神经装置,不同的刺激可引起不同的反应;有些可引起血压波动,另一些使血液化学组成或温度改变而提出了恢复有窒息的新生儿的呼吸中枢正常活动的方法——向脐动脉内注入10%氯化钙2—3毫升,随后注入保藏血35—40毫升(后来又建议用40%葡萄糖5—10毫升来替代血液)。在作者的临床医院中,三年来用该法使158名生后即有窒息的新生儿复活。方法是逆流向脐动脉内注射10%氯化钙2毫升,没有注射血液或葡萄糖。在40名有白色窒息的新生儿中,34名得到复活。36名有严重的青紫色窒息的新生儿中,34名得到复活。未能复活者8名;病理检查发现7名有广泛性溢血,1名为吸入的子宫内粘液完全阻塞了大枝气管。
The author begins by referring to the method proposed by Л.С. Bilson Aninov. The latter, based on the fact that the vascular receptors are highly sensitive nerve devices, can cause different responses due to different stimuli; some can cause fluctuations in blood pressure, others alter the chemical composition or temperature of the bloodstream and propose respiration centers for resuscitation of asphyxiated newborns Normal activity - 2-3 ml of 10% calcium chloride is injected into the umbilical artery and then 35-40 ml into the preserved blood (later on it is recommended to use 5-10 ml of 40% glucose instead of blood). In the author’s clinical hospital, 158 newborns with postpartum asphyxia were resuscitated by this procedure in three years. Method is to reverse the umbilical artery injection of 10% calcium chloride 2 ml, no injection of blood or glucose. Out of 40 white asphyxiated newborns, 34 were resurrected. Out of 36 neonates with severe cyanosis, 34 are resurrected. 8 were unable to resuscitate; pathological examination found that there are seven extensive hemorrhage, one for the inhalation of intrauterine mucus completely blocked the large branch of the trachea.