Purpose This paper investigates the relationship between core temperature (T c), skin
temperature (T s) and heat flux (HF) during exercise in hot conditions. Method Nine test …

Objective: In this paper, a miniaturized wearable core body temperature (CBT) monitoring
system based on the dual heat flux (DHF) principle was developed. Approach: By …

To help pave a path toward the practical use of continuous unconstrained noninvasive deep
body temperature measurement, this study aims to evaluate the structural and …

Continuous and non-invasive core body temperature (CBT) monitoring is imperative to
clinical diagnosis and health monitoring. Current wearable non-invasive CBT …

This study aimed to create a novel, non-invasive approach to predict core temperature (Tc)
during heat stress among firefighters. Background The direct measure of Tc is typically …

A change in body temperature can be a symptom of an unhealthy status, or can reflect
physical activity and medicine intake. Temperature measurements over the skin are practical …

Background and aims: The current investigation was aimed at the development of a novel
noninvasive treatment system,“pinpoint plantar long-wavelength infrared light irradiation (PP …

Results: In response to this therapy, ACTH (P< 0.01) and cortisol (P< 0.05) levels decreased
significantly. Fasting blood glucose (P< 0.05) and insulin (P< 0.05) levels also decreased …

This paper presents an improved structure of core body temperature (CBT) probe based on
the dual-heat-flux (DHF) principle. A new frustum-shaped architecture of sensor, instead of …

Core body temperature (CBT) is a basic physiological parameter that reflects the level of
human metabolism and is therefore clinically important for the diagnosis of various diseases …