The efficacy of pre-warming on reducing intraprocedural @entity2332 in endovascular coiling of XXXX .

@entity1 @entity2332 @entity438
BACKGROUND: The anesthetic management of @entity1 undergoing endovascular treatment of @entity438 in the interventional neuroradiology suite can be challenged by @entity2332 because of low ambient temperature for operating and maintaining its equipments. We evaluated the efficacy of skin surface warming prior to induction of anesthesia to prevent the decrease in core temperature and reduce the incidence of @entity2332 . METHODS: Seventy-two @entity1 were randomized to pre-warmed and control group. The @entity1 in pre-warmed group were warmed 30  minutes before induction with a forced-air warming blanket set at 38  C. Pre-induction tympanic temperature (Tpre) was measured using an infrared tympanic thermometer and core temperature was measured at the esophagus immediately after intubation (T0) and recorded at 20  minutes intervals (T20, T40, T60, T80, T100, and T120). The number of @entity1 who became hypothermic at each time was recorded. RESULTS: Tpre in the control and pre-warmed group were 36.4        0.4  C and 36.6        0.3  C, whereas T0 were 36.5        0.4  C and 36.6        0.2  C. Core temperatures in the pre-warmed group were significantly higher than the control group at T20, T40, T60, T80, T100, and T120 (P   <   0.001). Compared to T0, core temperatures at each time were significantly lower in both two groups (P   =   0.007 at T20 in pre-warmed group, P   <   0.001 at the other times in both groups). The incidence of @entity2332 was significantly lower in the pre-warmed group than the control group from T20 to T120 (P   =   0.002 at T20, P   <   0.001 at the other times). CONCLUSION: Pre-warming for 30  minutes at 38  C did not modify the trends of the temperature decrease seen in the INR suite. It just slightly elevated the beginning post intubation base temperature. The rate of decrease was similar from T20 to T120. However, pre-warming considerably reduced the risk of intraprocedural @entity2332 . TRIAL REGISTRATION: Clinical Research Information Service (CRiS) Identifier: KCT0001320. Registered December 19th, 2014.
