Brennan N A, Efron N, Bruce A S, Duldig D I, Russo N J
Corneal Biophysics Laboratory, Department of Optometry, University of Melbourne, Parkville, Australia.
Am J Optom Physiol Opt. 1988 Apr;65(4):277-81.
To examine whether certain aspects of the environment can have a significant effect upon the steady-state water content of hydrogel contact lenses during normal wear, nine volunteers monitored ambient temperature, ambient humidity, and the water content of their contact lenses over a 5-day period of daily lens wear. Three subjects wore Hydron zero-6 lenses (38% nominal water content), three wore Hydrocurve II lenses (55%), and three wore Permalens contact lenses (71%). The results indicate that a knowledge of ambient temperature and humidity is of little value in predicting the water content of hydrogel lenses under normal wearing conditions, at least with respect to the range of environmental conditions encountered in the course of this experiment.
为了研究在正常佩戴期间环境的某些方面是否会对水凝胶隐形眼镜的稳态含水量产生显著影响,九名志愿者在每天佩戴镜片的5天时间里监测了环境温度、环境湿度以及他们所佩戴隐形眼镜的含水量。三名受试者佩戴Hydron zero-6镜片(标称含水量38%),三名佩戴Hydrocurve II镜片(55%),三名佩戴Permalens隐形眼镜(71%)。结果表明,了解环境温度和湿度对于预测正常佩戴条件下水凝胶镜片的含水量价值不大,至少就本实验过程中遇到的环境条件范围而言是这样。