Transcutaneous oxygen tension as an index of maturity in hypertrophic scars treated by compression
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Effect of osteopathic treatment on a scar assessed by thermal infrared camera, pilot study
2019, Complementary Therapies in MedicineCitation Excerpt :Infrared thermography has already been used to visualize scars. The static thermography (without skin stimulation) measurements of scar temperature are not clinically valuable, according to Berry et al,67 thermography static showed no significant difference in surface temperature between scar and normal contralateral skin. Whereas the stimulated thermography (with skin stimulation) allows quantifiable data analysis in scars by burns68,69 and by wounds.41,70
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2010, BurnsCitation Excerpt :This tool proved to be useful for objective description of results after surgery for facial burns [53]. Scar maturity has been related to transcutaneous oxygen tension [15,52,55,61] which can nowadays be measured with electrodes on the skin (previously by subcutaneous needles) [61]. It is based on redox reactions occurring in the electrode modified by the inclusion of a heat source measuring the oxygen and the carbon dioxide that diffuses through the skin [92].
Human skin keloid fibroblasts display bioenergetics of cancer cells
2008, Journal of Investigative DermatologyCitation Excerpt :In this study, we examined the mechanism by which keloid fibroblasts (KFs) sustain a high ATP level. Histological examination of keloid demonstrates a normal skin periphery, an inflammatory border, and a stable portion, which is hypo-vascular and hypoxic (Berry et al., 1985). Human hypertrophic burn scars were shown to be sites of relative hypoxia (Sloan et al., 1978) and the oxygen tension in a wound is low days after the injury (Ninikoski and Hunt, 1972; Haroon et al., 2000).