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ABLATION AND SEPARATION OF DERMIS VIA ULTRA-SHORT PULSED LASER

机译:通过超短脉冲激光消融和分离真皮

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Dermal tissue ablation and layer-separation with minimal thermal damage to the surrounding tissue via an ultra-short pulsed (USP) laser has been investigated. At first, a parametric study for wet tissue surface line ablation was investigated. The line features were measured by both microscope and scanning electron microscopy. The dermis ablation threshold and the incubation factor were determined through the line ablation results. It is found that a general microscope may give inflated ablation line width. Following the ablation experiment, histological view of ablated wet tissue samples with different combinations of laser parameters has been undertaken to obtain proper laser parameters for tissue separation with minimal thermal damage. The separation of a whole piece of wet dermal tissue into two thin layers was presented. A thin dermal tissue layer pushing to 220 μm thickness was obtained.
机译:研究了通过超短脉冲(USP)激光器对周围组织的最小热损坏的皮肤组织消融和层分离。 首先,研究了对湿组织表面线消融的参数研究。 通过显微镜和扫描电子显微镜测量线特征。 通过线消融结果确定真皮消融阈值和孵育因子。 发现一般显微镜可以给出膨胀的消融线宽。 在消融实验之后,已经进行了具有不同激光参数组合的烧蚀湿组织样本的组织学视图,以获得适当的激光参数,用于组织分离,热损坏。 提出了一整块湿的皮肤组织分离成两层薄层。 获得推动到220μm厚度的薄的皮肤组织层。

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