[Experimental retinal vascular photocoagulation with the argon laser. Optic microscopic study of the results in rabbits and humans].

Archives d'ophtalmologie Pub Date : 1977-01-01
R F Vidal, H G Hamard
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引用次数: 0

Abstract

Argon laser vascular retinal photocoagulation's experimental study on rabbit point out hemorrage risk when using 1500 mw, 0,05 sec, 200 microns beam. If 800 mw 0,05 sec, 200 microns beam is selected white cell migration comes at 48 hours inside and outside the photcoagulated vessel. On human one can success intermaculopapillar photocoagulations without injurying intern retinal layers (we use 300 mw, 0,05 sec, 200 microns beam). At 650 mw, 0,05 sec, 200 microns perivascular retinal injury is considerable, but at 24th hour on artery there is no evidence of obliteration possibility.

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氩激光视网膜血管光凝实验。对兔和人的光学显微镜研究结果]。
氩气激光血管视网膜光凝兔实验研究指出了1500毫瓦、0.05秒、200微米光束的出血风险。如果选择800毫瓦0.05秒,200微米的光束,白细胞在48小时内光凝血管内外迁移。在人身上,我们可以成功地在不损伤视网膜内部层的情况下进行视网膜间光凝固(我们使用300毫瓦,0.05秒,200微米的光束)。在650毫瓦,0.05秒,200微米的血管周围视网膜损伤是相当大的,但在24小时动脉没有证据表明闭塞的可能性。
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