View clinical trials related to Body Temperature Changes.
Filter by:The body core temperature drops during general anesthesia. To maintain homeostasis, patients require warming measures. Different methods to measure body core temperature exist, which are either highly accurate but invasive, or non-invasive but non-accurate. A new monitoring device, Tcore(TM), enables a non-invasive but accurate core temperature assessment. This study is performed to quantify accuracy and bias of the Tcore system in comparison with the blood temperature, which is the gold standard of core temperature measurement.
Fluid boluses are often administered with the aim of improving tissue perfusion in critically ill patients. It is unclear whether the temperature of the fluid has an impact on the hemodynamic response. The aim of this study is to describe the hemodynamic effects of a fluid bolus with two different temperatures.
This study evaluates the safety and efficacy of a skin-to-skin facilitating garment used by mother-infant dyads. It has three phases including researcher observation, randomised controlled trialing and qualitative midwifery staff perspective. The research will determine the effect a facilitating garment has in comparison to conventionally facilitated skin-to-skin contact, by measuring its effect on the baby's temperature stability, breastfeeding status and weight velocity.
A prospective double-blinded randomized controlled study to determine efficacy of ephedrine in preserving core temperature in patients under neuraxial spinal anesthesia for knee and ankle arthroscopic surgery.
The aim of the study is to compare the effect of 3 different skin temperature placement probe in the case room on the admission temperature to the NICU in preterm infants. The authors aim to evaluate which placement results in more preterm in the acceptable range (36.5-37 °C).
This study examined whether 20 minutes of prewarming prior to gynecological laparoscopic surgery prevented inadvertent post-operative hypothermia. Treatment group received prewarming using a forced air body warming, control group received no active warming system. Both groups were then warmed with forced air warmer intraoperatively.
The present study is a pilot study aiming to compare the variation in core temperature (measured through the non-invasive device Spot-OnTM3MTM) in patients submitted to neuraxial anesthesia for orthopedic procedures, during sedation with midazolam vs propofol.
The objectives of this study are to demonstrate that real time physiological status monitoring and the use of optimization techniques during exercise can have a positive impact on physiological status, and to collect metabolic flexibility profiles of young fit adults during rest and exercise.
This study is testing a head-cooling device on volunteers to assess temperature reduction.
The aim of this study was to reheat the skin in different ethnic groups after application of cryotherapy.