and 1 other(s)
The aim of the study was to identify the causes of perinatal hypoxia in the deep-preterm neonates. Materials and methods. The analysis of causes of deaths of 23 premature newborns was done. Average gestational age of newborns was 26.4±2.7 weeks, birth weight was 972.4±355.8 grams. 78.3% of the newborns had an extremely low body weight. Since birth newborns has undergone a comprehensive treatment and several modes of mechanical ventilation. Treatment did not contribute to the normalization of metabolic disorders (acidosis, hyperlactatemia, hypoxemia) which led to the development of multi-organ failure and death. Results. At birth neonates revealed signs of hypoxia: low Apgar score and decompensated mixed metabolic acidosis, hypoxemia. Resuscitation failed, the second Apgar score remained low, which confirmed the severity of perinatal hypoxia and the weak response of the newborn to ongoing primary resuscitation. Analysis of the main causes of deaths in premature neonates showed that the main cause of death were congenital infections in 52%. The more massive was the inflammation, the heavier was the hypoxia at birth and the weaker was the response of the newborn to ongoing treatment. Conclusions. Severe perinatal hypoxia, manifested by a very low Apgar score and laboratory criteria (hypoxemia and decompensated lactate acidosis), resistant to standard resuscitation is associated with the development of intrauterine infection in premature neonates. Hypoxemia and decompensated metabolic acidosis, which persist in the first hours of postnatal life, indicate the severity of intrauterine lung injury of an infectious nature.
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