Monitoring combination of intermittent auscultation and palpation of contractions on oxygen saturation of newborns

Abstract

Babies who have problems and oxygen saturation is one of the things that must be maintained in newborns when low oxygen saturation causes hemodynamic disorders in infants that can cause congenital heart defects. This study aims to determine the differences in the results of the oxygen saturation test (SpO2) in newborns whose mothers were monitored using the combination method of intermittent auscultation and palpation of contractions with mothers who used cardiotocography and also to see the difference in the average SpO2 of normal and SC infants. The research method was observational with a cross sectional approach on 36 newborns in 2 groups, namely 18 whose mothers were monitored by the combination method and 18 were monitored by cardiotocography. BBL SpO2 examination using a pulse oximeter. The average SpO2 of BBL monitored using a combination and cardiotocography did not differ (P = 0.887 > 0.05). Conclusion: There is no difference in the results of the examination of oxygen saturation (SpO2) BBL in the results of monitoring the combination of intermittent auscultation and palpation to CTG monitoring.

High-sensitivity troponin T in preterm infants with a hemodynamically significant patent ductus arteriosus

“…Within the adult population, high sensitive troponin T ( hsTnT ) analyses are more sensitive (4-10 times) than conventional cardiac troponin ( cTn ) levels with added sensitivity for cardiac myocyte necrosis [7] . The possible benefit of hsTnT as more fast diagnosis in acute coronary syndrome, population assessment for the presence of cardiac dysfunction in asymptomatic cases, prognostic information in stable cases with coronary artery disease, and congestive heart failure.…”