中华生物医学工程杂志
中華生物醫學工程雜誌
중화생물의학공정잡지
CHINESE JOURNAL OF BIOMEDICAL ENGINEERING
2014年
6期
451-453
,共3页
曾广翘%邓方阁%陆冬晓%邓秀芳%江梅%郭冉
曾廣翹%鄧方閣%陸鼕曉%鄧秀芳%江梅%郭冉
증엄교%산방각%륙동효%산수방%강매%곽염
红外热成像%糖尿病%供血状况%评价
紅外熱成像%糖尿病%供血狀況%評價
홍외열성상%당뇨병%공혈상황%평개
Infrared thermalimaging%Diabetes%Blood-supply condition%Evaluation
目的 利用红外热成像技术评价糖尿病(DM)患者下肢末端供血状况.方法 红外热成像仪分别采集60例临床明确诊断的DM患者以及20例健康中老年人下肢肢体的红外热成像图.以踝关节及跖趾关节为两个主要标志线,将下肢肢体分为4个区;以不同温度刻度伪码条对应从低温到高温相应的红外热像图,对所有采集的160个肢体进行末端供血状况评判.结果 下肢末端供血状态良好者,其红外热像表现为1~4区呈黄色温区或红色热区表达;末端血循环欠佳主要表现在1区~2区之间,红外呈现绿色的凉区表达;下肢动脉闭塞主要表现为起始于3区及4区,红外表达主要呈现蓝色冷区.两组红外检测结果进行卡方检验,差异有统计学意义(χ2=13.275,P<0.01).结论 红外热成像检测技术能灵敏地反映DM患者下肢末端的供血状况,是一种理想的无创便捷的新型评价工具.
目的 利用紅外熱成像技術評價糖尿病(DM)患者下肢末耑供血狀況.方法 紅外熱成像儀分彆採集60例臨床明確診斷的DM患者以及20例健康中老年人下肢肢體的紅外熱成像圖.以踝關節及蹠趾關節為兩箇主要標誌線,將下肢肢體分為4箇區;以不同溫度刻度偽碼條對應從低溫到高溫相應的紅外熱像圖,對所有採集的160箇肢體進行末耑供血狀況評判.結果 下肢末耑供血狀態良好者,其紅外熱像錶現為1~4區呈黃色溫區或紅色熱區錶達;末耑血循環欠佳主要錶現在1區~2區之間,紅外呈現綠色的涼區錶達;下肢動脈閉塞主要錶現為起始于3區及4區,紅外錶達主要呈現藍色冷區.兩組紅外檢測結果進行卡方檢驗,差異有統計學意義(χ2=13.275,P<0.01).結論 紅外熱成像檢測技術能靈敏地反映DM患者下肢末耑的供血狀況,是一種理想的無創便捷的新型評價工具.
목적 이용홍외열성상기술평개당뇨병(DM)환자하지말단공혈상황.방법 홍외열성상의분별채집60례림상명학진단적DM환자이급20례건강중노년인하지지체적홍외열성상도.이과관절급척지관절위량개주요표지선,장하지지체분위4개구;이불동온도각도위마조대응종저온도고온상응적홍외열상도,대소유채집적160개지체진행말단공혈상황평판.결과 하지말단공혈상태량호자,기홍외열상표현위1~4구정황색온구혹홍색열구표체;말단혈순배흠가주요표현재1구~2구지간,홍외정현록색적량구표체;하지동맥폐새주요표현위기시우3구급4구,홍외표체주요정현람색랭구.량조홍외검측결과진행잡방검험,차이유통계학의의(χ2=13.275,P<0.01).결론 홍외열성상검측기술능령민지반영DM환자하지말단적공혈상황,시일충이상적무창편첩적신형평개공구.
Objective To evaluate lower extremity blood-supply among patients with diabetes mellitus (DM) by utilizing infrared thermal imaging technique.Methods Infrared thermal images of 60 patients with clinically diagnosed DM and 20 normal middle-aged and aged subjects were captured by infrared thermal imaging device.With ankle joint and metatarsophalangeal joint as two major landmarks,the lower limb was divided into four zones.As infrared thermal images from low to high temperature were correspondent with different pseudo code of temperature scales,lower extremity blood-supply of 160 lower limbs was evaluated.Results The infrared thermal imaging of the well blood-supplied lower extremity was expressed by yellow-warm or red-heat color in all 4 zones.While the poor blood-supply to extremity was green-cold color in zone 1 and/or zone 2.And the end-arterial occlusion of lower extremity was mainly expressed by blue-cool color originating from zones 3 and 4.The results of infrared detection of the two groups were significantly different by chi-square test(χ2=13.275,P<0.01).Conclusion Infrared thermal imaging technique can sensitively reflect the lower extremity end blood-supply of DM patients and can be a new ideal,non-traumatic,convenient evaluation tool.