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Comparison of 1470nm laser and 1470nm laser heat head for ex vivo kidney tissue cutting: a preliminary study

机译:1470nm激光和1470nm激光热头用于离体肾组织切割的比较:初步研究

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摘要

Purpose: Compare of the efficiency of 1470nm laser and 1470nm laser heat head for tissue cutting in vitro porcine kidney tissue . Method: We designed a laser heat head that convert laser energy into thermal energy by the absorbing materials. Fresh kidney tissue was harvested from a porcine and then placed on a turntable with constant speed . The same power of 1470nm laser and 1470nm laser heat head was used to cutting tissue, respectively .The cutting results and the range of thermal damage was compared after cutting . Result: Compared with 1470nm laser , 1470nm laser heat head's cutting traces is more smooth and the thermal damage area is very regular ,so it has smaller damage to deep tissue . Conclusion: The efficiency of laser heat head for tissue cutting was better. This study indicate that we might be able to make laser which the tissue have a low absorption coefficient about it to obtain good results for tissue cutting through the laser point heat source.
机译:目的:比较1470nm激光和1470nm激光热头在体外切割猪肾组织的效率。方法:我们设计了一个激光加热头,通过吸收材料将激光能量转换成热能。从猪中采集新鲜的肾脏组织,然后以恒定速度放在转盘上。分别用相同功率的1470nm激光和1470nm激光热头切割组织,比较切割后的切割效果和热损伤范围。结果:与1470nm激光相比,1470nm激光加热头的切割轨迹更平滑,热损伤区域非常规则,对深部组织的损伤较小。结论:激光热头切割组织效果较好。这项研究表明,我们可能能够制造出对组织具有低吸收系数的激光器,从而为通过激光点热源进行组织切割获得良好的效果。

著录项

  • 来源
    《Optics in health care and biomedical optics VI》|2014年|92681L.1-92681L.8|共8页
  • 会议地点 Beijing(CN)
  • 作者单位

    Capital Medical University School of Biomedical Engineering ,Beijing, 100069;

    Capital Medical University School of Biomedical Engineering ,Beijing, 100069;

    Capital Medical University School of Biomedical Engineering ,Beijing, 100069;

    Beijing Anzhen Hospital,Capital Medical University ,Beijing, 100029;

    Beijing Anzhen Hospital,Capital Medical University ,Beijing, 100029;

    Capital Medical University School of Biomedical Engineering ,Beijing, 100069;

    Capital Medical University School of Biomedical Engineering ,Beijing, 100069;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Laser; Cutting; Scalpel; Laser absorbing material;

    机译:激光切割解剖刀;激光吸收材料;

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