Hitoi A, Matsuoka A
Department of Clinical Laboratory, Hyogo College of Medicine, Nishinomiya.
Rinsho Byori. 1990 Oct;38(10):1119-25.
The various body imaging systems can be classified into structural body imaging and functional body imaging. Thermography is a typical example of the latter category. Thermography is regarded to mainly represent peripheral circulatory function on hands and feet. We have studied the patho-physiology of peripheral circulation in normal subjects and in patients with diabetic microangiopathy, using the thermography system. Analysis of the cold loading test by thermography revealed that the recovery after cold loading was decreased with aging in healthy subjects. In diabetic patients, recovery after cold loading was apparently lower than in senile healthy subjects on foot. Thermography was also considered as a useful tool for evaluation of the effect of medicines such as PGE1, in a long-term study, as well as single dose test. Furthermore, thermography proved to be the first choice study in serious peripheral circulatory failure such as diabetic gangrene, since it is a non-invasive and non-contact examination.
各种身体成像系统可分为结构身体成像和功能身体成像。热成像就是后一类的典型例子。热成像主要被认为能反映手脚的外周循环功能。我们使用热成像系统研究了正常受试者和糖尿病微血管病变患者外周循环的病理生理学。通过热成像对冷负荷试验的分析表明,健康受试者中冷负荷后的恢复随年龄增长而降低。在糖尿病患者中,足部冷负荷后的恢复明显低于老年健康受试者。在一项长期研究以及单剂量试验中,热成像也被认为是评估诸如前列腺素E1等药物疗效的有用工具。此外,热成像被证明是严重外周循环衰竭如糖尿病坏疽的首选研究方法,因为它是一种非侵入性和非接触式检查。