4.6 Article

Thermal maps of young women and men

Journal

INFRARED PHYSICS & TECHNOLOGY
Volume 69, Issue -, Pages 81-87

Publisher

ELSEVIER SCIENCE BV
DOI: 10.1016/j.infrared.2015.01.012

Keywords

Thermal maps; Body temperature; Thermography; Thermovision; Body components

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The objective was to use thermal imaging (ThermaCAM SC500) as an effective tool in establishing a thermal map of young participants, with a high diagnostic value for medicine, physiotherapy and sport. A further aim was to establish temperature distributions and ranges on the body surface of the young women and men as standard temperatures for the examined age group, taking into account BMI, body surface area and selected parameters of body fat distribution. The participants included young, healthy and physically active women (n = 100) and men (n = 100). In the women and men, the highest T-mean temperatures were found on the trunk. The warmest were the chest and upper back, then the lower back and abdomen. The lowest T-mean were found in the distal parts of the body, especially on the lower limbs. The results showed that only in the area of the chest was T-mean Significantly higher in women than in men. In the areas of the hands (front and back) T-mean were similar for women and men. In the other analyzed body surface areas, T-mean were significantly lower in women. Research showed significant differences in body surface temperature between the women and men. Among the analyzed characteristics, T-mean in the chest, upper back, abdomen, lower back (both in women and men) were mainly correlated with BMI and PBF; the correlations were negative. Difficulties in interpreting changes in temperature in selected body areas in people with various conditions can be associated with the lack of studies on large and representative populations of healthy individuals with normal weight/height parameters. Therefore, it seems that this presented research is a significant practical and cognitive contribution to knowledge on thermoregulation, and may therefore be used as a reference for other studies using thermal imaging in the evaluation of changes in body surface temperatures. (C) 2015 Elsevier B.V. All rights reserved.

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