Sentence examples for peripheral temperature from inspiring English sources

The flow is subjected to the boundary condition of constant heat transfer rate per unit axial length with uniform peripheral temperature distribution.

To record, with a thermal camera, peripheral temperature changes during different sedation protocols and to relate the results to changes in the rectal temperature.

These stimuli were shown to 24 healthy Brazilian University students (12 males) who had their physiological responses recorded [corrugator and zygomatic facial electromyography activity, skin conductance, heart rate, and peripheral temperature].

Rabbits use general body position, breathing rate and peripheral temperature (especially ear temperature), as three means to increase heat loss.

Rabbits use general body position, breathing rate and peripheral temperature, especially ear, as the devices to control heat loss.

In a general intensive care population with most patients in resuscitated shock, StO2 and Rres appear related to capillary refill time and central to peripheral temperature gradient, but not to the etiology of shock [53].

Because thermoregulatory locomotion is aimed at escaping the forthcoming thermal insult, it occurs before the body core warms up or cools down; therefore, it is triggered by peripheral temperatures.

Core temperatures tend to be slightly higher than peripheral temperatures, and the core-to-peripheral temperature gradient can fluctuate, depending on numerous external factors, such as ambient temperature, vasoactive medications and depth of sedation.

Peripheral temperatures are relatively more important for driving most (but not all) thermoregulatory behaviours (Roberts 1988), whereas deep body temperatures are relatively more important for triggering autonomic responses (Jessen 1981, Sakurada et al. 1993).

A more precise statement would be that the regulated variable in the thermoregulation system is an integrative, spatially distributed temperature signal, which incorporates deep (core) body temperatures (those of the brain and viscera) and shell (peripheral) temperatures (those of the skin and subcutaneous tissues) (Werner 1979, 2010, Romanovsky 2007b).

The aim of this pilot study was to investigate the relationship between noninvasively measured skin temperature and the more invasive core-peripheral temperature gradients (CPTGs), against cardiac output, systemic vascular resistance, serum lactate, and base deficit.