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Ex vivo and in vivo OCT image contrast

机译:前体内和体内OCT图像对比

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摘要

We present results of OCT and polarization-OCT applied to various ex vivo tissue samples and discuss related issues of image contrast, comparing in vivo and ex vivo preparations. Time-domain and frequency-domain OCT at 835nm and 1300nm have been applied to ex vivo skin and rabbit cornea. We can distinguish rabbit cornea epithelium for up to a month after excision. However, the skin loses all contrast upon excision and despite numerous experiments we cannot distinguish epidermis, which is clearly visible in vivo. Using a time-domain system, birefringence is clearly visible for decalcified tissue but can also be detected more weakly on fully mineralised tissue. Analysis suggests that demineralization increases the birefringence value.
机译:我们呈现OCT和极化-OC的结果应用于各种离体组织样本,并讨论了体内和前体内制剂的图像对比的相关问题。时域和频率域10月835nm和1300nm已被应用于exvivo皮肤和兔角膜。我们可以将兔角膜上皮达到一个在切除后一个月。然而,皮肤在切除时丢失了所有对比,尽管我们无法区分表皮的实验,但在体内清晰可见。使用时域系统,对脱钙组织清楚地看到双折射,但也可以在完全矿化的组织上检测更弱。分析表明,脱矿质增加了双折射值。

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