Autofluorescence of tissues can be used for spectral diagnosis of tumors.
组织的自体荧光可用于肿瘤的光谱诊断。
In this paper, we reviewed basic theory of fundus autofluorescence and it's clini...
本文就自发荧光的基本原理及其在各种视网膜疾病中的表现作一综述。
Objective to assess autofluorescence endoscopy in the diagnosis of early laryngeal cancer and its precancerous lesions.
目的研究用自身荧光内镜在早期喉癌和癌前病变诊断中的应用价值。
The average skin autofluorescence was 33 percent higher among type 2 diabetics than among controls, the investigators report.
研究表明，2型糖尿病患者皮肤自发荧光水平要高于对照组33%。
Which factors determine performance of skin autofluorescence-based decision tree for detection of impaired glucose tolerance and diabetes?
哪些因素决定了基于皮肤的自体荧光检测糖尿病和糖耐量受损的决策树？
"In this study, we showed that increased levels of skin autofluorescence (were) related to the extent of diabetes-related complications," the authors conclude.
作者们做出结论：“在这项研究中，我们发现皮肤自发荧光增长水平与糖尿病相关并发症存在联系。”
Skin autofluorescence can measure tissue for the accumulation of advanced glycation end products (AGEs), which accumulate as a result of high levels of blood sugar.
皮肤自发荧光技术可以测定组织中晚期糖基化终末产物（AGEs）的含量，这正是血糖累积等级的结果。
Serum-free culture of mouse neuroblastoma cessl were used for the study of neuronal aging, with microfluorometry of the autofluorescence of lipofuscin as the index of neuronal aging.
采用小鼠神经母细胞癌细胞无血清培养建立神经细胞老化实验研究模型。
Methods a confocal microscopic autofluorescence imaging system was used to detect the laser induced autofluorescence imaging of normal and cancerous colorectal tissues from 15 patients.
方法采用共聚焦显微自体荧光图像系统采集与分析15例大肠正常组织和癌组织的显微自体荧光图像。
Objective to investigate the differences in microscopic autofluorescence between normal and cancerous colorectal tissues and provide evidence for fluorescence diagnosis of colorectal cancer.
目的探讨大肠正常组织和癌组织的显微自体荧光信号在肠壁各层的分布差异，为荧光法诊断早期大肠癌提供理论基础。
To investigate the difference of microscopic autofluorescence imaging of normal and adenocarcinoma colonic tissue, and the autofluorescence intensity difference among the colonic tissue layers.
目的：探讨结肠正常组织和腺癌组织的显微自体荧光图像差异与肠壁不同结构层次的荧光强度差异。
After being fixed and excited by blue light, there was no autofluorescence from algal cell chlorophyll and phycopyrrin observed under epifluorescent microscopy, which show that the fixation is valid.
材料固定后，经蓝光激发，均未产生细胞内源的叶绿素和甲藻素等色素荧光干扰杂交信号的现象，说明固定材料的方法正确。
After being fixed and excited by blue light, there was no autofluorescence from algal cell chlorophyll and phycopyrrin observed under epifluorescent microscopy, which show that the fixation is valid.
材料固定后，经蓝光激发，均未产生细胞内源的叶绿素和甲藻素等色素荧光干扰杂交信号的现象，说明固定材料的方法正确。
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