Rosecan L R, Iwamoto T, Rosado A, Lizzi F L, Coleman D J
Retina. 1985 Spring-Summer;5(2):115-22. doi: 10.1097/00006982-198500520-00010.
Osmotically-induced retinal detachments were created in rabbit eyes and treated with therapeutic ultrasound. Control eyes showed spontaneous retinal reattachment after ten days (range, 8-10 days), while eyes treated with therapeutic ultrasound showed retinal reattachment in a shorter time (average, 4.5 days). Light and electron microscopy demonstrates at least three major differences in the ultrasound-treated eyes compared to the controls. These findings are evidence of an earlier retinal reattachment, a stronger chorioretinal adhesion, less damage and faster repair in the ultrasound-treated retina than in the control retina. This method of producing chorioretinal adhesions may have applications in certain types of retinal detachments where choroidal thickness or vitreous opacity preclude conventional cryopexy, diathermy or photocoagulation techniques.
在兔眼中制造渗透压诱导的视网膜脱离,并使用治疗性超声进行治疗。对照眼在10天后(范围为8 - 10天)显示视网膜自发复位,而接受治疗性超声治疗的眼在更短时间内(平均4.5天)显示视网膜复位。光学显微镜和电子显微镜显示,与对照眼相比,接受超声治疗的眼至少有三个主要差异。这些发现证明,与对照视网膜相比,超声治疗的视网膜更早复位、脉络膜视网膜粘连更强、损伤更小且修复更快。这种产生脉络膜视网膜粘连的方法可能在某些类型的视网膜脱离中具有应用价值,这些视网膜脱离中脉络膜厚度或玻璃体混浊妨碍了传统的冷冻疗法、透热疗法或光凝技术。