Cord blood cardiac troponin I, fetal Doppler velocimetry, and acid base status at birth. | Semantic Scholar (2024)

The initial rise and subsequent fall of NT-proBNP represents the physiological ventricular overload of transient birth adaptation, and CK-MB, mostly of muscle origin and reflecting labor stress or injury, is not to recommend as a measure of myocardial damage in the neonate.

Ductus venosus pulsatility index of veins (DV PIV) was significantly related to high cord troponin (cTnT) concentrations at delivery.

GP-BB and cTNI are the most sensitive markers for PIH-related fetal myocyte injury as is Hsp70 in pregnancies complicated by GDM.

Early diagnosis of FGR is very important, because it enables the identification of the etiology of the condition and adequate monitoring of the fetal status, thereby minimizing risks of premature birth and intrauterine hypoxia.

Early diagnosis of FGR is very important, because it permits the etiological identification and adequate monitoring of fetal vitality, minimizing the risks related to prematurity and intrauterine hypoxia.

This bibliography is compiled by clinicians from the journals listed at the end of this publication and contains every paper annotated by reviewers; these references were obtained from a variety of bibliographic databases.

Fetal cardiac troponin I shows little variation at birth and increased levels of cardiac trop onin I are associated with a lower umbilical artery pH, which is related to intrapartum events and umbilicals artery pH.

The relationship between maternal and neonatal troponin values at birth is investigated and the results show no change in the levels of cTnT or T in healthy term neonates or mothers of healthy term infants at birth.

Infants with respiratory distress had significantly higher cord cardiac troponin T levels, suggesting that cardiac trop onin T may be a useful marker for myocardial damage in neonates.

It is suggested that significant elevation of cord cTnI is an excellent early predictor of severity of hypoxic-ischemic encephalopathy and mortality in term infants.

It was found that acidemic infants had a significantly higher frequency of neonatal complications as compared to nonacidemic infants.

...

...