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临床上已成功地对各种疾病采用了红外线温度图象诊断法,这是一种非特异诊断法。为了探讨本法对上呼吸道疾病的诊断价值,观察了伴有鼻炎和鼻窦炎的Ⅱ～Ⅲ度增殖的慢性腺样体炎患儿62例;另设健康儿童10例,Ⅱ～Ⅲ度单纯腺样体增殖7例为对照组,年龄8～12岁,男39,女40。以ATA-780型温度描记仪描记温度,描记时室温20℃,在每日的相同时间和患儿空腹情况下进行,描前先适应10分钟,扫描仪距患者1.5m。用视频磁带录象机将病区(鼻和鼻窦区)彩图录象储存,根据温度图和反差热谱图行质和量的分析,并用电子点温计测试受检者双侧鼻和鼻窦区皮肤温度以资对比。结果:4例单纯腺样体增殖者鼻区温度平均增高0.3℃,系由于鼻粘膜郁血所致。伴鼻和鼻窦炎者13例,在单侧9例中,温度不对称者6例,
Has been clinically successful in the diagnosis of various diseases using infrared temperature image diagnosis, which is a non-specific diagnosis. In order to explore the value of this method for the diagnosis of upper respiratory tract diseases, 62 children with chronic adenoiditis Ⅱ ~ Ⅲ proliferation accompanied by rhinitis and sinusitis were observed. Another 10 healthy children, Ⅱ ~ Ⅲ pure adenoids Seven cases of sample proliferation as control group, aged 8 to 12 years old, 39 male and 40 female. The temperature was recorded with ATA-780 thermograph and recorded at room temperature of 20 ° C. The test was performed at the same time each day and in children with fasting. The scanner was adapted for 10 minutes before scanning, and the scanner was 1.5m away from the patient. Video tape recorders were used to record the images of ward (nasal and paranasal sinus) areas. Based on the analysis of the mass and temperature spectra of the thermograms and the thermal contrast spectra, the subjects’ bilateral nasal and sinus District skin temperature to control. Results: The average nasal temperature of 4 cases of adenoid proliferation increased by 0.3 ℃ on average, which was caused by the bloody nasal mucosa. Nasal and sinusitis in 13 cases, unilateral 9 cases, 6 cases of temperature asymmetry,