- 更多网络例句与屈光不正相关的网络例句 [注：此内容来源于网络，仅供参考]
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Results: The refraction results of the Allegretto Wave Analyzer were very unstable. The spherical, cylinder diopter and the axis of the cylinder varied greatly. The refractive errors were large while the refractive errors were little by the subjective refraction examinations. During the wavefront examination, spots of the laser matrix were blurring, and the reproducibility was not good. Wavefront analyses showed that the Array pseudophakic eyes had relative large coma while the patients had no obvious symptoms.
研究结果：像差分析仪检测得的屈光度结果十分不稳定，球镜度、柱镜度、散光轴都变化很大，可重复性差，检测的屈光不正度数较大，而主觉验光时，患眼的屈光不正度数较低。5只眼的光学矩阵的测量点均非常模糊，且测量结果的可重复性较差，像差分析显示，Array人工晶状体有很大的第三阶彗差，但患者的自我感觉良好。
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Objective To assess the importance of overrefraction in the soft contact lens fitting of patients with higher ametropia or moderate to higher astigmatism.
目的探讨戴片验光在高度屈光不正或中、高度散光的屈光不正患者软性角膜接触镜验配中的意义。
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Objective To investigate the difference between the actual figure and theoretic figure of aniseikonia in anisometropic amblyopia patients; examine the stereoacuity of anisometropic amblyopia patients and ametropic amblyopia patients, and analysis the related factors, to give guideline for the treatment of anisometropic amblyopia patients.
目的 研究屈光参差性弱视患者的不等像值与理论值(0.25D的屈光参差引起0.5%的不等像)之间的差异及其规律；检查屈光参差性弱视及屈光不正性弱视患者的立体视锐度，分析其影响因素，为矫正屈光参差、治疗屈光参差性弱视提供依据。
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Methods One hundred and six eyes of 56 patients were divided into three groups: mild myopia (-0.50~-3.00 D), moderate myopia (-3.25~-6.00 D) and high myopia (-6.25 D~) based on measurement with autorefractor in cycloplegia and uncycloplegia.
对56例行屈光不正矫正术的患者（106只眼）分别用电脑验光（睫状肌麻痹和非睫状肌麻痹下）、显然验光、Zywave波前像差仪法测量眼屈光不正，并将患者按屈光不正度数分为三组：低度近视组(-0.50~-3.00 D)，中度近视组(-3.25~-6.00 D)，高度近视组(-6.25 D~)。
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With the grade being higher, the prevalence of hypermetropia decreased while the prevalence of myopia increased.
远视性屈光不正的患病率随学年升高而下降，近视性屈光不正患病率则随学年升高逐渐增加。
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Methods 160 cases of ametropic amblyopic children,aged 4～7 years,were selected based on mydriatic retinoscopy and eye tests amony amblyopic children screened from 2000 to 2006,including 78 males and 82 famales.
对2000～2006年以来我院门诊的4～7岁屈光不正患者，通过散瞳验光及试镜，筛选出 160例（320眼）屈光不正性弱视患者，男78例（156眼），女82例（164眼）。
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The CSF of ametropic group a nd of anisometropic group is below normal.
屈光不正组和屈光参差组猫CSF均低于正常，且以屈光参差组更明显。
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This suggested that various hypermetropic refractive errors in infants may become "a risk" for the development of esotropia and should be corrected early with appropriate lenses, together with close observation of visual acuity and alteration eye position...
本文从历年来门诊检查的无斜视远视患儿和经专科门诊诊断为内斜视的患者中，分析了远视性屈光不正、两眼屈光参差及散光等数据，试图找出发生斜视&危险&的远视、屈光参差及散光的度数，以此
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Methods Keratometric reading with Topcon KR-8100 automatic keratometry and comeal topography with the TMS-4 on 53 ametropia' children, 106 eyes were compared. Difference in measurements of steep meridian power magnitude Ks, flat meridian power magnitude Kf, astigmatism magnitude Ks-Kf and location as well between the two methods were assessed using paired t test.Bland-Altmann method was used to evaluate the agreement of the two methods.
采用KR-8100自动角膜曲率计及TMS-4角膜地形图仪对53例（106只眼）屈光不正儿童进行测量，应用配对t检验对两种方法测量的陡峭子午线角膜屈光力、平坦子午线角膜屈光力、角膜散光Ks-Kf大小及轴向进行比较，并应用Bland-Altmann分析对两种测量方法进行一致性评价。
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Rectification of amblyopia and psychogenic behavior intervention are important to prevent and cure amblyopia.
学龄前儿童弱视与屈光不正密切相关，及时矫正屈光不正和心理行为干预是防治弱视的关键。
- 更多网络解释与屈光不正相关的网络解释 [注：此内容来源于网络，仅供参考]
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ametropic amblyopia：屈光不正性弱视
strabismic amblyopia 斜视性弱视 | ametropic amblyopia 屈光不正性弱视 | anisometropic amblyopia 屈光参差性弱视
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ametropia：屈光不正
3.屈光不正(ametropia) 当眼球在调节松弛状态下,来自5m以外的平行光线,经过眼的屈光系统屈折后,不能聚焦在视网膜上者称为屈光不正,屈光不正分为近视、远视和散光三大类.
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curvature ametropia：曲率性屈光不正
axial ametropia 轴性屈光不正 | curvature ametropia 曲率性屈光不正 | index ametropia 指数性屈光不正
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ametropia, AM：屈光不正
ametropic eye 屈光不正眼 | ametropia, AM 屈光不正 | axial ametropia 轴性屈光不正
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index ametropia：指数性屈光不正
curvature ametropia 曲率性屈光不正 | index ametropia 指数性屈光不正 | refractive ametropia 屈光性屈光不正
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axial ametropia：轴性屈光不正
ametropia, AM 屈光不正 | axial ametropia 轴性屈光不正 | curvature ametropia 曲率性屈光不正
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refractive ametropia：屈光性屈光不正
index ametropia 指数性屈光不正 | refractive ametropia 屈光性屈光不正 | hypermetropia, Hy 远视[眼]
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ametrometer：屈光不正测量器
Ames illusions 艾姆斯错觉 | ametrometer 屈光不正测量器 | ametropia 屈光不正
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ametropic：屈光不正,非正视眼
ametropia-correctinglenses 校正屈光不正眼镜 | ametropic 屈光不正,非正视眼 | amicron 超微粒
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ametropic eye：屈光不正眼
emmetropia, EM 正视眼 | ametropic eye 屈光不正眼 | ametropia, AM 屈光不正