Miller J B, Smith M R, Pincus F, Stockert M
Arch Ophthalmol. 1979 Nov;97(11):2157-62. doi: 10.1001/archopht.1979.01020020475015.
Intraocular carbon dioxide laser photocautery is used to produce localized closure of vascular channels and chorioretinal adhesion in the albino rabbit. The retinal lesion is sharply demarcated because of the high tissue absorption of CO2 laser radiation. Varying degrees of chorioretinal adhesion can be achieved. The CO2 laser photocautery technique may provide a suitable method of closing vessels and sealing retinal tears at the time of vitrectomy. Accurate placement of the cautery tip on the target area can be accomplished under stereoscopic magnified viewing with the operating microscope and contact lens. Electrical shock hazard is completely eliminated with the CO2 laser energy modality.
眼内二氧化碳激光光凝术用于在白化兔中使血管通道局部闭合和形成脉络膜视网膜粘连。由于二氧化碳激光辐射的高组织吸收率，视网膜病变界限清晰。可实现不同程度的脉络膜视网膜粘连。二氧化碳激光光凝技术可能为玻璃体切除术时封闭血管和封闭视网膜裂孔提供一种合适的方法。在手术显微镜和接触镜的立体放大观察下，可将烧灼尖端准确放置在目标区域。二氧化碳激光能量模式完全消除了电击危险。
