Management of Pediatric Hypothermia and Peripheral Cold Injuries in the Emergency Department - $75.00
Publication Date: January 2019 (Volume 16, Number 1)
CME: This issue includes 4 AMA PRA Category 1 Credits™; 4 ACEP Category I credits; 4 AAP Prescribed credits; and 4 AOA Category 2-A or 2-B CME credits. CME expires 01/01/2022.
Ashish Shah, MD
Pediatric Emergency Medicine Fellow, Cincinnati Children’s Hospital, Cincinnati, OH
Manu Madhok, MD
Pediatric Emergency Medicine Attending Physician, Children's Minnesota, Minneapolis, MN
Theodore E. Macnow, MD
Assistant Professor of Pediatrics, University of Massachusetts Medical School; Attending Physician, Pediatric Emergency Medicine Division, UMass Memorial Children’s Medical Center, Worcester, MA
Hiromi Yoshida, MD,MBA
Clinical Assistant Professor, Pediatric Emergency Medicine, University of Washington, Seattle, WA
Hypothermia occurs when the core body temperature falls below 35ºC (95ºF) due to primary exposure (eg, environmental exposure) or secondary to other pathologies. Infants, children, and adolescents are at higher risk for primary cold injuries due to a combination of physiologic and cognitive factors, but quick rewarming and appropriate disposition can result in survival and improved neurological outcomes. Treatment for cold injuries is guided by severity and can include passive or active measures. This issue reviews the stages of hypothermia and offers recommendations for emergent management of pediatric patients with hypothermia; guidance is also provided for the identification and management of frostnip and frostbite.
Excerpt From This Issue
An EMS call comes in to your ED: “7-year-old girl drowning in a frozen lake. ETA now.” EMS personnel then rush into the trauma bay with CPR in progress. The paramedic reports that the girl had wandered away from her family, who found her 90 minutes later on the bank of a nearly frozen lake. The girl had no pulses on EMS arrival, so they started CPR and brought her straight to the ED. On examination, she is in wet clothing, has no signs of trauma, is pulseless, and has an initial rectal temperature of 23.8ºC (74.8ºF). As you prepare for intubation and continue CPR, you try to control your racing mind and prioritize. What are the best ways to rewarm this patient? What lab tests should you be ordering? Does she need ECMO?
- 09/06/2019 Having increased awareness and recognition for individuals at risk, while providing timely and appropriate management.
- 09/05/2019 I will consider use of passive vs active rewarming in hypothermia patients.
- 09/04/2019 I will consider use of passive vs active rewarming in hypothermia patients.
- 09/03/2019 I’ll have improved management of pediatric patients with peripheral cold injuries and hypothermia.
- 09/02/2019 excellent article.
- 08/30/2019 I'm certainly keeping this in my bag during cold seasons! Did the same w/ adult hypothermia, for that matter.
- 08/29/2019 I’m now more comfortable with rewarming techniques.
- 08/27/2019 Good review of cold injury
- 08/07/2019 I’ll have more aggressive and earlier treatment of hypothermia.
- 08/05/2019 I’ll have better management of my hypothermic patients after reading this.
- 08/01/2019 I will be more proactive in transferring patients to centers with the available of ECMO.
John V, MD - 04/09/2019 Good points on ECMO use and also approach to peripheral cold injuries.
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