These results confirm the previously reported association between myopia, hyperopia, and nuclear opacity.
2
Refraction in preterms during childhood progresses from hyperopia to myopia.
3
The severity of lens nuclear opacity was positively associated with myopia and negatively associated with hyperopia.
4
Grand Seiko gives relatively better performance in detecting myopia, hyperopia, and high myopia for school age children.
5
All eyes experiencing hyperopia initially grew more than their fellow eyes and exhibited myopic shifts in refraction.
6
A subanalysis of subjects without cataract showed increasing hyperopia with age and an association between myopia and higher education.
7
Prevalence was reversed in hyperopia, with a higher prevalence in subjects aged 50 to 69.
8
Although eyes responded differentially to plus and minus lenses, the plus lenses generally corrected the hyperopia present in these young animals.
9
Finally, our study confirms the influence of corneal thickness on IOP measures, and the prevalence of hyperopia among children with growth defect.
10
Based on photographic evidence and a 1932 prescription for glasses, a Spanish ophthalmologist suggests the writer suffered from hyperopia and not myopia.
11
Lens powers were selected to slightly undercorrect or overcorrect the induced hyperopia in LX eyes and to induce comparable hyperopia in sham-surgery eyes.
12
Myopia was defined as spherical equivalent refractive error of at least -0.50 D and hyperopia as +2.00 D or more.
13
Myopia -0.5 diopter or less in either eye or hyperopia 2 diopters or greater was observed in less than 3% of children.
14
Hyperopia risk was associated with female gender and myopia risk with older age.
15
Hyperopia was associated with female gender.
16
Hyperopia in at least one eye was present in 0.8% of children, with no significant predictors.