Sentence examples for warming method from inspiring English sources

Ease of use and cost-effectiveness should guide the choice of warming method post-CPB.

There is scant evidence, however, on the best warming method or the acceptability of these methods to patients.

In the current prospective and randomized trial, we compared two strategies of the perioperative maintenance of temperature using the new water warming garment with our current warming method (upper- and lower body forced-air warmer) to determine whether the new system provides more consistent maintenance of normothermia in patients undergoing OLT.

To examine the effect of various warming methods during cesarean birth (CB) on maternal core body temperature, maternal hypothermia, and other maternal and neonatal outcomes.

Cold laboratory conditions, combined with the small size of the swine, caused an unexpectedly high rate of heat loss, prompting the use of passive (blankets) as well as active (warmed IV fluids) warming methods to compensate.

Fifth, the successful application of new electromagnetic warming methods to actual banked organs remains to be demonstrated.

The purpose of this quality improvement project was to determine if application of preoperative passive warming methods would maintain body temperature in patients receiving regional anesthetic procedures (RAPs).

The purpose of the study was to compare two preoperative warming methods (forced-air gowns vs traditional warmed cotton blankets) on oral body temperatures, and patients reported "thermal" comfort in ambulatory surgery patients.

In most of these investigations (including ours), the moderate (0.6 1.5°C°C) higher core temperature was observed intraoperatively and early postoperatively in the subjects warmed with the water warming system compared to the routine warming methods.

Body temperature has been more consistently maintained at greater than 36°C during the entire OLT period (including reperfusion) and immediately postoperatively in the water warmer group compared to the patients treated with the routine convective warming methods.

This mesh redistribution strategy is incorporated into a flow computation code (that solves the compressible three-dimensional Navier Stokes equations using a prefactored optimized fourth-order compact difference scheme for spatial derivatives and the Beam-Warming method for the time derivative on a multi-block overset grid) and is demonstrated to be efficient and effective.