Holm-Nielsen P, Nyland M H, Istre O, Maigaard S, Forman A
Department of Pathology, University Hospital of Aarhus, Denmark.
Gynecol Obstet Invest. 1993;36(2):119-23. doi: 10.1159/000292608.
The acute tissue effects of transcervical endometrial resection (TCRE) with a standard Iglesias resectoscope using glycine 1.5% for irrigation were studied in 8 women prior to hysterectomy. Combinations of 80 or 120 W cutting current with blend 1 or 2 were applied for endometrial resection, preceded by cornual endometrial coagulation with the roller ball electrode with a coagulation effect of 40 or 60 W. The temperature was measured at the uterine vessels, ovarian ligaments and serosal surface. The increase in temperature at the serosal surface was 2.0 degrees C during cornual coagulation and 0.3 degrees C during endometrial resection, independent of the current effect applied. The maximum depth of tissue damage was 1.7 mm. No change in temperature was found at the uterine vessels or ovarian ligaments. The tissue destruction and the increase in temperature of the uterine surface are minimal, and TCRE offers excellent histological material. Careful coagulation/resection in the cornual and isthmus regions is recommended.
在8例即将接受子宫切除术的女性中,研究了使用1.5%甘氨酸溶液冲洗的标准伊格莱西亚斯宫腔镜进行经宫颈子宫内膜切除术(TCRE)的急性组织效应。采用80或120W切割电流与混合模式1或2相结合的方式进行子宫内膜切除,术前先用滚球电极对子宫角部子宫内膜进行凝固,凝固功率为40或60W。在子宫血管、卵巢韧带和浆膜表面测量温度。在子宫角部凝固期间,浆膜表面温度升高2.0℃,在子宫内膜切除期间升高0.3℃ , 与所施加的电流效应无关。组织损伤的最大深度为1.7mm。在子宫血管或卵巢韧带上未发现温度变化。子宫表面的组织破坏和温度升高极小,并且TCRE可提供优质的组织学材料。建议在子宫角部和峡部区域进行仔细的凝固/切除操作。