Clinically Observable Ocular Manifestations of Axonal Transport

Minckler Don, Lin Ken Y, Yang Michael C
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Abstract

This report illustrates and provides a novel explanation for post-trabeculectomy improvements in the visual field, cup disc contours, and apparent deepening of an arcuate nerve fiber layer (NFL) defect after trabeculectomy for open-angle glaucoma. These changes are all plausible manifestations of recovered axonal transport and thickening retina, previously thinned by elevated intraocular pressure (IOP). Serial pre-and post-operative clinical fundus photos in case 1(A,B) demonstrate increased prominence of an inferior temporal arcuate nerve fiber layer defect, improved cup disc ratio, and visual field following eye pressure lowering by + 50% after trabeculectomy. Case 2 (C,D) also demonstrates obvious cup disc improvement in post-operative photos with associated improvement in visual field after trabeculectomy and lowering IOP by + 30%. We suggest that elevated IOP suppresses primarily orthograde axonal transport resulting in nerve fiber layer (NFL) thinning that can recover back to normal thickness when IOP is surgically lowered by the magnitude achieved in these two examples.
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眼轴突转运的临床观察表现
本报告阐述并提供了小梁切除术后视野改善、杯盘轮廓改善以及开角型青光眼小梁切除术后弓形神经纤维层(NFL)缺损明显加深的新解释。这些变化都是轴突运输恢复和视网膜增厚的合理表现,之前因眼压升高而变薄。病例1的一系列术前和术后临床眼底照片(A,B)显示,小梁切除术后眼压降低50%,颞下弓形神经纤维层缺损突出增加,杯盘比改善,视野改善。病例2 (C,D)也显示术后照片中杯盘明显改善,小梁切除术后视野改善,IOP降低+ 30%。我们认为,升高的IOP主要抑制正向轴突运输,导致神经纤维层(NFL)变薄,当手术降低IOP达到上述两个例子的程度时,神经纤维层可以恢复到正常厚度。
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