The Impact of Ambient Temperature Control Across Various Care Settings on Outcomes in Burn Patients: A Review Article

Abstract

Ambient/room temperature settings in burn treatment areas vary greatly due to a lack of evidence-based guidelines to direct care. While it is generally understood that ambient/room temperature impacts patient body temperature and metabolism, the ideal settings for optimizing patient outcomes are unclear. The literature assessing this topic is scarce, with many of the articles having significant limitations. We aim to summarize the current evidence for ambient/room temperature control, to address gaps in current reviews addressing this topic, and to elucidate topics requiring further research. PubMed and Google Scholar databases were queried for studies which evaluated the effect of the ambient/room temperature on burn patient core body temperature, patient metabolism, and outcomes among those treated in trauma bays, burn ICUs, and operating rooms. Although existing literature lacks sufficient patient outcome data regarding specific ambient/room temperatures, we highlight physiological processes that are impacted by changes in room temperatures in an effort to describe strategies that can allow for improved patient core body temperature control and outcomes in burn care settings.

Case Report: Anesthesia for a Neonate With Cutis Aplasia

“…9 Nonetheless, a temperature above 89.6 °F increases the risk of infection and affects staff performance. [9][10][11] At our institution, condensation occurs above a temperature of 78.8 °F, which renders the floor slippery and dangerous. Moreover, the surgeons find it difficult to operate with excessive heat.…”