用单极或双极电烙器,可以电凝异位的内膜。用单极电烙器虽有一定潜在危险,不过,较深的损害常需较大的电流透入,单极比双极更有效;而双极电烙器对浅表的移植病变更有效。在使用单、双极电凝时,应特别注意保护邻近的组织结构,如输尿管、肠、膀胱、血管等。也可使用内凝的方法,因凝固点周围组织损伤区更小,故比使用电烙器更安全。激光外科治疗也很有效,且更安全。CO_2激光可精确地透入组织深部,使之安全地气化蒸发,尤用于邻近处有重要致命结构的部位更为安全。自激光损伤处所取切片组织学检查表明,使用激光冲击刀,细胞损伤厚度高达500μm,但CO_2激光热坏死深度通常小于100μm,可在低能量密度下使光束快速移动 With a monopolar or bipolar electrocauter, you can coagulate the ectopic endometrium. Unipolar electrosurgical devices have some potential dangers, however, the deeper damage often requires larger current penetration, monopolar more effective than bipolar; and bipolar electrocautery for superficial lesions more effective. In the use of single, bipolar coagulation, special attention should be paid to protect the adjacent tissue structure, such as ureter, intestine, bladder, blood vessels and so on. Can also be used within the coagulation method, because the tissue damage around the freezing point smaller, so it is safer than the use of electrocautery. Laser surgery is also effective and safer. CO 2 laser can penetrate into the deep tissue accurately, making it vaporize and vaporize safely, especially for those areas near the critical fatal structure. Histological examination of the slices taken from the laser damage site showed that the thickness of the cell damage was as high as 500 μm using a laser impact knife but the depth of CO_2 laser thermal necrosis was usually less than 100 μm and the beam could be rapidly moved at a low energy density