von Denffer H, Knieper P, Erhardt W
Klin Monbl Augenheilkd. 1979 Feb;174(2):207-14.
Healing of perforating and low dose argon laser lesions of pigmented rabbit irides was studied by light microscopy. Low dose coagulation produced brown stained areas with fibrinous exudation of the surrounding tissue. Healing proceeded with little infiltration of leucocytes leading to an atrophic iris scar with numerous pigment macrophages. Laser iridotomies were closed within 28 days by a scar, shaped by proliferating cells and newly formed collagen fibrils. Lesions of the epithelium of the lens were demonstrated by hemalum staining of the nuclei, even in cases, when no lens opacities could be detected by biomicroscopy.
通过光学显微镜研究了色素沉着兔虹膜穿孔和低剂量氩激光损伤的愈合情况。低剂量凝固产生棕色染色区域,周围组织有纤维蛋白渗出。愈合过程中白细胞浸润很少,导致形成萎缩性虹膜瘢痕,伴有大量色素巨噬细胞。激光虹膜切开术在28天内被瘢痕封闭,瘢痕由增殖细胞和新形成的胶原纤维构成。即使在生物显微镜检查未发现晶状体混浊的情况下,苏木精染色也能显示晶状体上皮的损伤。