Study on the Distribution Pattern of Skin Temperature in Normal Chinese and Detection of the Depth of Early Burn Wound by Infrared Thermography

Abstract

The depth of early burn wound can be detected by using infrared thermography, which is an objective, fast, non-touching, and noninvasive method.

Distinct Cutaneous Manifestations and Cold-Induced Leukocyte Activation Associated WithPLCG2Mutations

“…It is possible that enhanced leukocyte activation caused by temperature variation in the skin (which can approach 26.8°C under normal conditions) may generate or perpetuate the cutaneous neonatal lesions and granulomata associated with PLAID and PLAID-like phenotypes. 17 In our cohort, severity of granulomatous disease did not appear to correlate with genetic mutations, cellular responses, or familial clustering. Environmental factors and/or other background genetic differences may account for the heterogeneity.…”

Distribution of skin temperature in Mexican children

“…The difference in skin temperature along the y ‐axis of the body can vary as much as 5.1 °C; however, the variation in skin temperature along the x ‐axis of the body is smaller; the highest average temperature difference obtained along the x ‐axis was of 0.7 °C. Zhu and Xin (10) in their work on skin temperature distribution on Chinese adults reported a maximum difference in skin temperature along the y ‐axis of 9 °C and a maximum difference along the x ‐axis of 1.8 °C; this higher difference in skin temperature along the x and y axes could be due to a greater variation of body fat distribution in adults compared with children.…”

Thermal maps of young women and men

“…There is a lack of comprehensive results showing body surface thermal maps in young healthy individuals based on representative groups, which could be used as references in medical and physiological diagnostics. The few existing papers concern only small groups of participants [3][4][5][6].…”