A clinical study on the neonatal continuous chest compression cardiopulmonary resuscitation by different moduses of artificial respiration / 中国基层医药

ABSTRACT

Objective To investigate the easier and more effective moduses of artificial respiration to the neonatal continuous chest compression eardiopulmonary resuscitation. Methods The experience of the treatment on 66 inpatient neonates(with 84 vices cardiac arrest) by continuous chest compression cardiopulmonary resuscitation was summarized. Based on different moduses of artificial respiration matched with mask-gasbag pressure breathing or tracheal intubation pressure breathing to cardiopulmonary resuscitation(CPR), and according to the principles of therandomized block design,sixty-six neonates in cardiac arrest were randomly divided into two groups of A and B. Fun-damental therapeutics in these two groups were alike. A group(38 cases with 53 vices cardiac arrest) was with mask-gasbag pressure breathing. B group(28 cases with 31 vices cardiac arrest) was with tracheal intubation gasbag pres-sure breathing. Time of cardiac arrest (Tca), time of cardiac restore independent rhythm(Tr), Time of cardiopul-monary resuscitation completed(Tc), achievement ratio of cardiopulmonary resuscitation, and 24 hours survival rateof these two groups were compared. Results Compared with B group, there was no significant deviation of Pca, Tr,Tc, the successful rate of CPR and 24 hours survival rate in A group. Comparing A group to B group, the Tea[ (0.99±0.75)rain vs (0.92±0.69)min, P = 0.69];Tr[(3.58±2.15)rain vs (3.66±2.01)min, P = 0.87];Tc [(23.28±9.26)min vs (23.73±9.51)min,P=0.84];suecessful rate of CPR [88.68% vs 83.87% ,P>0.05];24h survival rate [84.21% vs 82.14 %, P > 0.05 ]. Conclusion The mask-gasbag pressure breathing was an easy,safe and effective artificial respiration method for the neonatal continuous chest compression cardiopulmonary resusci-tation. Only in a few eases with airway resistance heightening was the modus of tracheal intubation gasbag pressure breathing applied.