中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2013年
2期
375-380
,共6页
邓艳琼%李文科%万颖文%李凯扬
鄧豔瓊%李文科%萬穎文%李凱颺
산염경%리문과%만영문%리개양
组织构建%组织构建学术探讨%乳腺组织%乳腺%近红外脉冲光%组织光学特性%良性病变%恶性病变%功率谱分析%互相关系数%其他基金
組織構建%組織構建學術探討%乳腺組織%乳腺%近紅外脈遲光%組織光學特性%良性病變%噁性病變%功率譜分析%互相關繫數%其他基金
조직구건%조직구건학술탐토%유선조직%유선%근홍외맥충광%조직광학특성%량성병변%악성병변%공솔보분석%호상관계수%기타기금
tissue construction%academic discussion in tissue construction%breast tissue%breast%near infrared pulse light%tissue optical properties%benign lesion%malignant lesion%power spectrum analysis%cross-correlation coefficient%other grants-supported paper
背景:传统诊断乳腺疾病的方法大多具有对人体有损伤和价格昂贵的弊端.近年来,通过研究乳腺组织的光学特性来诊断乳腺疾病的方法,因其具有安全无损、经济实惠的优点而受到一定的关注.目的:分析近红外脉冲光作用于人体乳腺的组织光学特性的临床应用价值.方法:利用760 nm和850 nm两种波长的近红外脉冲光穿透乳腺组织,对接收到的透射光进行两种波长的功率谱和互相关分析.结果与结论:近红外脉冲光分别作用于健康乳腺和患病乳腺存在差别,正常、良性和恶性乳腺的互相关系数依次降低.初步临床研究表明:近红外脉冲光作用乳腺组织的光学特性研究有利于乳腺疾病的鉴别诊断和临床应用.
揹景:傳統診斷乳腺疾病的方法大多具有對人體有損傷和價格昂貴的弊耑.近年來,通過研究乳腺組織的光學特性來診斷乳腺疾病的方法,因其具有安全無損、經濟實惠的優點而受到一定的關註.目的:分析近紅外脈遲光作用于人體乳腺的組織光學特性的臨床應用價值.方法:利用760 nm和850 nm兩種波長的近紅外脈遲光穿透乳腺組織,對接收到的透射光進行兩種波長的功率譜和互相關分析.結果與結論:近紅外脈遲光分彆作用于健康乳腺和患病乳腺存在差彆,正常、良性和噁性乳腺的互相關繫數依次降低.初步臨床研究錶明:近紅外脈遲光作用乳腺組織的光學特性研究有利于乳腺疾病的鑒彆診斷和臨床應用.
배경:전통진단유선질병적방법대다구유대인체유손상화개격앙귀적폐단.근년래,통과연구유선조직적광학특성래진단유선질병적방법,인기구유안전무손、경제실혜적우점이수도일정적관주.목적:분석근홍외맥충광작용우인체유선적조직광학특성적림상응용개치.방법:이용760 nm화850 nm량충파장적근홍외맥충광천투유선조직,대접수도적투사광진행량충파장적공솔보화호상관분석.결과여결론:근홍외맥충광분별작용우건강유선화환병유선존재차별,정상、량성화악성유선적호상관계수의차강저.초보림상연구표명:근홍외맥충광작용유선조직적광학특성연구유리우유선질병적감별진단화림상응용.
@@@@ BACKGROUND:The existing traditional diagnosis methods of breast diseases are mostly harmful and expensive to the human body. In recent years, diagnosis of breast diseases depends on the optical properties of the breast tissue, which has attracted more attention because of some advantages, such as safe, economical and practical condition. OBJECTIVE:To study the clinical application of the optical properties of the breast tissue irradiated by near-infrared pulse light. METHODS:760 nm and 850 nm wavelength near-infrared pulsed lights irradiated the breast tissue, and the wavelength of these two kinds of transmitted lights was analyzed using power spectrum and cross-correlation analysis. RESULTS AND CONCLUSION:There were differences between the healthy breast and unhealthy breast, the cross-correlation coefficient of normal, benign and malignant breast turned to reduce. Clinical studies have shown that the near-infrared pulsed light in the optical properties of breast tissue is useful to the differential diagnosis of breast disease.
