Meconium Peritonitis: A Rare Treatable Cause of Non-Immune Hydrops / 대한소아소화기영양학회지

Meconium peritonitis as a cause of non-immune hydrops in neonates is rarely reported. Here we report such a rare occurrence. In our case, a routine antenatal scan at 25 weeks revealed isolated ascites. By 31 weeks of gestation, all features of hydrops were observed in scans. However, antenatal workup for immune and non-immune hydrops was negative. Subsequently, a preterm hydropic female baby was delivered at 32 weeks. She required intubation and ventilator support. An X-ray revealed calcification in the abdomen suggestive of meconium peritonitis. Ultrasound showed gross ascites, a giant cyst compressing the inferior vena cava, and minimal bilateral pleural effusion. Emergency laparotomy revealed meconium pellets and perforation of the ileum. Double-barrel ileostomy was performed, and the edema resolved and activity improved. The baby was discharged after 3 weeks. Ileostomy closure was done at follow-up. The baby is growing well.

Phase Changing Material for Therapeutic Hypothermia in Neonates with Hypoxic Ischemic Encephalopathy – A Multi-centric Study

Objective: To assess the feasibility and safety of coolingasphyxiated neonates using phase changing material baseddevice across different neonatal intensive care units in India.Design: Multi-centric uncontrolled clinical trial.Setting: 11 level 3 neonatal units in India from November 2014 toDecember 2015.Participants: 103 newborn infants with perinatal asphyxia,satisfying pre-defined criteria for therapeutic hypothermia.Intervention: Therapeutic hypothermia was provided usingphase changing material based device to a target temperature of33.5±0.5oC, with a standard protocol. Core body temperature wasmonitored continuously using a rectal probe during the coolingand rewarming phase and for 12 hours after the rewarming wascomplete.Outcome measures: Feasibility measure - Time taken to reachtarget temperature, fluctuation of the core body temperatureduring the cooling phase and proportion of temperaturerecordings outside the target range. Safety measure - adverseevents during coolingResults: The median (IQR) of time taken to reach targettemperature was 90 (45, 120) minutes. The mean (SD) deviationof temperature during cooling phase was 33.5 (0.39) ºC.Temperature readings were outside the target range in 10.8%(5.1% of the readings were <33oC and 5.7% were >34oC). Mean(SD) of rate of rewarming was 0.28 (0.13)oC per hour. Thecommon adverse events were shock/ hypotension (18%),coagulopathy (21.4%), sepsis/probable sepsis (20.4%) andthrombocytopenia (10.7%). Cooling was discontinued before 72hours in 18 (17.5%) babies due to reasons such as hemodynamicinstability/refractory shock, persistent pulmonary hypertension orbleeding. 7 (6.8%) babies died during hospitalization.Conclusion: Using phase changing material based coolingdevice and a standard protocol, it was feasible and safe to providetherapeutic hypothermia to asphyxiated neonates across differentneonatal units in India. Maintenance of target temperature wascomparable to standard servo-controlled equipment.