O'Malley C, Heintz R M
Br J Ophthalmol. 1975 Oct;59(10):580-5. doi: 10.1136/bjo.59.10.580.
Continued experience confirms the suitability of electrovitreotomy for dividing pathogenically taut proliferative and non-proliferative vitreous forms with a minimum of bleeding, and an inability to cut vitreous of ordinary consistency and tension. It differs directly with electrovitrectomy in these regards. To use effectively with a minimum of complications it is mandatory to have a vitrectomy capability immediately at hand and to respect a wide variety of interrelated factors that include: current density, electrical resistance of tissues, duration of electrical action: dimension, insulation, and configuration of the electrode: configuration, tension, location, and morphological content of dissectable structures. Mobile and dispersed blood in the liquid of the retrovitreal space often surrounds cuttable vitreous lesions. Frequently rest causes it to sediment and improves viewing sufficiently to permit effective electrovitreotomy without vitrectomy.
持续的经验证实,电玻璃体切割术适用于以最少的出血来分离病理性拉紧的增殖性和非增殖性玻璃体形态,且无法切割普通质地和张力的玻璃体。在这些方面,它与玻璃体切割术有直接区别。为了以最少的并发症有效使用,必须手头立即具备玻璃体切割能力,并考虑多种相互关联的因素,包括:电流密度、组织电阻、电作用持续时间、电极的尺寸、绝缘和形状、可解剖结构的形状、张力、位置和形态内容。视网膜玻璃体间隙液体中流动和分散的血液常常围绕着可切割的玻璃体病变。频繁的休息会使其沉淀,并充分改善视野,从而在不进行玻璃体切割术的情况下允许进行有效的电玻璃体切割术。