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A method of correcting the shape of cartilage and bone tissue in minimally invasive interventions combined

机译:结合微创干预矫正软骨和骨组织形状的方法

摘要

1. A method of correcting the shape of cartilage and bone tissue in minimally invasive interventions composite comprising the anesthetic before surgery, correction of shape without the removal of material by shaping the cartilage cartilage desired configuration, characterized in that the pre-anesthesia after warming up is carried out by remote cartilage tissue with high energy radiation exposure carbon dioxide laser with a wavelength of 10.67 microns using selective photothermolysis by selectively heating the selected portions of the deformed cartilage, is then carried out a correction form without removing cartilage and bone material by first giving the cartilage and bones of the desired configuration, mechanical stress on the cartilage and bone part of the nasal septum minimally invasive two-way curved rasp Freera and nasal mirror Cillian those grossly deformed areas in the cartilage and bone of the partitions, the impact of which was not enough efficient laser light, further comprising cracking bone deformed areas using laser ablation mechanism, and then perform a local non-invasive treatment of nasal septum defocused laser irradiation for prevention of hematomas in the field of mechanical impact by affecting transepithelial on the deformed sections on both sides of the nasal septum defocused power 2-3,5-4,5 W laser modes "Superpuls» and «SourgiTouch» .2. A method of correcting the shape of cartilage and bone tissue in minimally invasive combined BME
机译:1.一种在包括外科手术前的麻醉剂在内的微创介入复合物中校正软骨和骨组织的形状的方法,其通过将软骨成形为期望的形状来在不去除材料的情况下校正形状,其特征在于,预热后的麻醉前由具有高能量辐射暴露的远端软骨组织用波长为10.67微米的二氧化碳激光通过选择性加热变形软骨的选定部分进行选择性光热解来进行,然后进行校正,而无需首先去除软骨和骨材料给出所需结构的软骨和骨骼,鼻中隔的软骨和骨骼部分的机械应力,微创的双向弯曲锉刀Freera和鼻镜Cillian软骨和骨骼的严重变形区域,隔板的影响这还不够高效的激光,进一步包括使用激光消融机制对裂开的骨变形区域进行治疗,然后对鼻中隔散焦激光照射进行局部非侵入性治疗,以通过影响鼻中隔两侧变形区域的跨上皮功能来预防机械冲击领域的血肿功率2-3,5-4,5 W激光模式“ Superpuls»和«SourgiTouch».2。矫正微创联合BME中软骨和骨组织形状的方法

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