Abstract

To compare incubator and thermal blanket for thermoregulation in preterm and low birth weight neonates. The pilot study was conducted from January to March 2018 at the emergency department of the National Institute of Child Health, Karachi, and comprised preterm and low birth weight neonates without any co-morbidity who were randomised to control and interventional groups. Data was collected using a proforma about demographics, weight, gestational age and brief clinical history. Temperature, blood pressure and pulse were monitored along with other routine care after every 15 minutes in the incubator, and the same procedure was adopted for thermal blankets. Data was analysed using Statistical Package for Social Sciences (SPSS) Version 23. Of the 38 subjects, 19(50%) each were cases and controls. The mean gestational age between the groups was not significantly different (p>0.05). Temperature for the first 60 minutes remained similar in the two groups, but at 75 minutes and onwards, the incubator showed a significantly better results (p<0.05). Thermal blankets can sufficiently provide a hyperthermic environment to the neonates, but an incubator is a more reliable option to provide sustained temperature.

Highlights

  • The global prevalence of low birth weight (LBW) babies is 25-30 million per year and>95% of them belong to the developing countries.[1]

  • Temperature for the first 60 minutes remained similar in the two groups, but at 75 minutes and onwards, the incubator showed a significantly better results (p

  • Thermal blankets can sufficiently provide a hyperthermic environment to the neonates, but an incubator is a more reliable option to provide sustained temperature

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Summary

Introduction

The global prevalence of low birth weight (LBW) babies is 25-30 million per year and. >95% of them belong to the developing countries.[1] LBW is associated with significant neonatal mortality and morbidity.[2,3] Newborns, those preterm and LBW, have limited capacity for thermoregulation during the first few weeks of life, and are prone to developing hypothermia. Fluctuations in core temperature increase the imbalance of the metabolic rates of newborns.[4] According to the World Health. Organisation (WHO), neonatal hypothermia is defined as a temperature at birth below the normal range (36.5-37.5°C).[5] Takayama et al determined the mean temperature at birth in 203 healthy full-term infants to be 35.5°C, showing a significant association of temperature with birth weight (p

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