Disease | astigmatism |
Phenotype | C0020490|hyperopia |
Sentences | 7 |
PubMedID- 22257773 | Patients and methods: ninety eyes of 53 highly ametropic patients (45 myopia, ten hyperopia and 35 with mixed astigmatism) were included in a retrospective single-surgeon study, using primarily the v4 icl model (87 eyes). |
PubMedID- 22791969 | Methods: we prospectively evaluated 208 consecutive lasik cases for hyperopia with or without astigmatism using the topography-guided platform of the 400 hz eye-q excimer system. |
PubMedID- 23233258 | Conclusions: in this population, there is a high prevalence of axial anisometropia and corneal/axial aniso-astigmatism, associated with hyperopia, but whether these relations are causal is unclear. |
PubMedID- 24299145 | Prevalence of vi due to myopia, hyperopia and emmetropia with astigmatism was 20.4% (95% ci, 12.8–28.0; 456 children), 0.4% (95% ci, 0.0–0.7; 8 children) and 0.7% (95% ci, 0.2–1.2; 16 children), respectively. |
PubMedID- 24267509 | We observed the following phenotypes: hyperopia (29,2% of the overall series), astigmatism (26,4%), myopia (7,5%), strabismus (4,7%), amblyopia (4,7%), papilla abnormalities (1,9%), opaque iris (0,9%) and severe ptosis (0,9%). |
PubMedID- 26180728 | The patient also exhibited hyperopia with astigmatism in both eyes. |
PubMedID- 23271878 | Inclusion criteria consisted of preoperative refractive errors ranging from +4.0 diopters (d) to −7.0 d of the spherical equivalent of myopia or hyperopia with astigmatism of up to 5.0 d at the spectacle plane, and pupil diameter of 8.0 mm or larger at 3 cd/m2 of illumination (mesopic),35 age of 18 years old or older, and stable refraction, which was defined as a change in the spherical equivalent within ±0.5 d over the last 12 months. |
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