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Evaluation Studies
Journal Article
Strategies for reducing the incidence of skin complications in newborns treated with whole-body hypothermia.
Journal of Maternal-fetal & Neonatal Medicine 2012 October
OBJECTIVE: To present the results of a strategy designed to reduce the incidence of skin complications in newborns with hypoxic-ischemic encephalopathy treated with moderate whole-body hypothermia.
DESIGN: Retrospective study.
SETTING: Neonatal Intensive Care Unit (NICU).
PATIENTS: Thirty-nine neonates cooled in the considered period.
INTERVENTION: Starting from January 2008, for neonates treated with moderate whole-body hypothermia (33.5 °C), the cooling system was set in "automatic servo-controlled mode (ACM)", where the temperature of the circulating water could vary between 4 °C and 42 °C. Starting from January 2009, cooling blankets were used in another type of automatic mode, the "gradient variable mode (GVM)", where the circulating water was maintained at a specific pre-set gradient towards the patient's body temperature, and a specific nursing protocol (NP) was adopted.
MEASUREMENTS AND MAIN RESULTS: Two of the eleven newborns treated with the "ACM" exhibited skin complications compatible with subcutaneous fat necrosis (SFN). None of the twenty-eight newborns treated with the "GVM" exhibited skin complications. A comparison of the biochemical and hematological data between these two groups revealed that newborns treated after the adopting of a NP and the "GVM" showed lower serum protein C and calcium levels, and higher platelet levels.
CONCLUSIONS: Our data suggest that newborns undergoing therapeutic cooling may benefit from a specific NP and correct cooling unit setting. Should further studies confirm our data, this nursing approach could be easily adopted.
DESIGN: Retrospective study.
SETTING: Neonatal Intensive Care Unit (NICU).
PATIENTS: Thirty-nine neonates cooled in the considered period.
INTERVENTION: Starting from January 2008, for neonates treated with moderate whole-body hypothermia (33.5 °C), the cooling system was set in "automatic servo-controlled mode (ACM)", where the temperature of the circulating water could vary between 4 °C and 42 °C. Starting from January 2009, cooling blankets were used in another type of automatic mode, the "gradient variable mode (GVM)", where the circulating water was maintained at a specific pre-set gradient towards the patient's body temperature, and a specific nursing protocol (NP) was adopted.
MEASUREMENTS AND MAIN RESULTS: Two of the eleven newborns treated with the "ACM" exhibited skin complications compatible with subcutaneous fat necrosis (SFN). None of the twenty-eight newborns treated with the "GVM" exhibited skin complications. A comparison of the biochemical and hematological data between these two groups revealed that newborns treated after the adopting of a NP and the "GVM" showed lower serum protein C and calcium levels, and higher platelet levels.
CONCLUSIONS: Our data suggest that newborns undergoing therapeutic cooling may benefit from a specific NP and correct cooling unit setting. Should further studies confirm our data, this nursing approach could be easily adopted.
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