前言 本研究旨在测定眼球运动能力的生物节律和长期隔离及限制对视眼控制可能的影响。方法在一次长期的空间模拟中,4名受试者在一个航天站的模型上被隔离了60天。对他们进行了一组眼球运动试验(包括扫视,平稳追踪和视动性眼震试验),每日进行4次试验,有时每日12次,后一种情况是研究超昼夜节律。眼球运动(e.m.)次数用一个计算机化的眼震电图 Preface This study aimed to determine the biological rhythm and long-term isolation of ocular motility and to limit the possible effects on ocular control. Methods In a long-term spatial simulation, four subjects were quarantined for 60 days on a space station model. A series of eye movement tests (including glaucoma, smooth follow-up and optokinetic nystagmus test) were performed on them. Four tests were performed daily, sometimes 12 times a day. The latter case was to study the hyper-circadian rhythm. Eye movement (e.m.) The number of times using a computerized electromyography