首页> 外国专利> METHOD FOR DETERMINING THE BOUNDARIES OF FULL-THICKNESS EYELID RESECTION IN MALIGNANT GROWTHS OF EPITHELIAL GENESIS

METHOD FOR DETERMINING THE BOUNDARIES OF FULL-THICKNESS EYELID RESECTION IN MALIGNANT GROWTHS OF EPITHELIAL GENESIS

机译:测定上皮细胞生成不良恶性生长全膜切除边界的方法

摘要

FIELD: medicine.;SUBSTANCE: invention refers to medicine, namely to ophthalmology, and can be used for determining borders of full-length eyelid resection in malignant growths of epithelial genesis. During non-contact infrared mebography, the meibomian gland "fallout" area is determined in a conjunctival tumor projection. If the nodular, nodular-ulcerous and ulcerous forms of basal cell carcinoma are localized in the middle one-third of the eyelid, the resection limits are determined by vertical lines drawn through a third unmodified meibomia gland on either side of the meibomian glands prolapse. If localization in the medial or lateral third of the eyelid is concerned, the resection limits are determined on a vertical line drawn through a third unmodified meibomia gland on one side and on a visual border of tumor at 3 mm from the other. In squamous cell scleroderm-like form of basal cell carcinoma with the tumor in the middle third of the eyelid, the resection limits are determined by vertical lines drawn through the fifth unmodified meibomia gland on each side of the "prolapse" zone. When localising in the medial or lateral third of the eyelid, the resection limits are determined on a vertical line through the fifth unmodified meibomia gland on one side and on the visual border of the tumor with indent of 4–5 mm on the other side.;EFFECT: method provides accurate determination of eyelid resection limits for radical removal of a new growth at a preoperative stage with resection of an abdominal cavity and reducing the recurrence rate by determining the borders of the eyelid neoplasm based on the recording of the meibomian gland absent ("falling out") region during noncontact infrared mebography with obtaining images of the high-definition eyelid meibomian glands.;1 cl, 4 ex
机译:技术领域本发明涉及医学,即眼科,可用于确定上皮发生的恶性生长中全长眼睑切除的边界。在非接触式红外热成像中,在结膜肿瘤投影中确定睑板腺的“脱落”区域。如果基底细胞癌的结节状,结节性溃疡和溃疡性形式位于眼睑的中部三分之一,则切除限度是通过在睑板腺脱垂的任一侧通过第三个未修饰的睑板腺绘制的垂直线确定的。如果考虑到眼睑内侧或外侧三分之一的定位,则切除极限是在一条垂直线上确定的,该垂直线是通过一侧的第三未修饰睑板腺和另一侧距肿瘤3mm的可视边界绘制的。在基底细胞癌的鳞状细胞巩膜样形式中,肿瘤位于眼睑中部三分之一处,切除范围由穿过“脱垂”区两侧的第五个未修饰睑板腺绘制的垂直线确定。当定位在眼睑的内侧或外侧三分之一处时,切除限在一条直线上确定,该直线穿过一侧上的第五个未修饰的睑板腺,在肿瘤的可视边界上,另一侧的凹痕为4-5 mm。效果:该方法可准确确定眼睑切除极限,以便在术前阶段彻底切除腹腔切除新的生长物,并根据未记录的睑板腺来确定眼睑肿瘤的边界,从而降低复发率非接触式红外热成像期间(“掉出”)区域,以获取高清眼睑睑板腺的图像。; 1 cl,4 ex

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