1)ametropia[英][,?mi'tr?upi?][美][,?m?'trop??]屈光不正
1.Simulation and correction experiment on eye ametropia——determination of focal distance(focal power) of thin lenses;眼睛屈光不正的模拟与矫正实验——薄透镜焦距(光焦度)的测定
2.Laser in situ Keratomileusis for Treatment of Ametropia after Cataract Extraction and Intraocular Lens Implantation;准分子激光原位角膜磨镶术矫治白内障人工晶体植入术后残存屈光不正的效果
3.VDT regards weary and the ametropia;视屏显示终端与视疲劳及屈光不正
英文短句/例句
1.Objective： To analysis the correlation between the ocular components and the anisometropia in children.目的:分析儿童屈光参差眼的眼球屈光结构与屈光不正的关系。
2.To Remedy ametropia and strabismus of children.目的 :矫正屈光不正 ,矫治隐斜和斜视。
3.115 (83.3%) had ametropia, all of which were hypermetropia except 6 of myopia;屈光不正者115例,占83.3％,其中除6例近视外,其余均为远视性屈光不正。
4.3. Key models in traditional laser vision correction are presented.3.研究了准分子激光矫正屈光不正的关键模型。
5.The Study of Ocluar Refraction Components Measurement with Optic Coherence Biometry in Ametropic Children;屈光不正儿童眼屈光成分光学相干生物测量的研究
6.Effects of Ametropia on P-VEP and Its Forensic Significance;屈光不正对P-VEP影响及法医学意义
7.Effect of ametropia on P-VEP and its forensic significance;屈光不正对P-VEP的影响及法医学意义
8.Species of Bacteria on Conjunctiva of The Young with Ametropia青少年屈光不正人群结膜囊细菌状况
9.LASEK combined with Zyoptix Tissue Saving for ametropiaLASEK联合Zyoptix Tissue Saving治疗屈光不正
10.Method According to the diopter,the cases were divided into 3 group.方法按屈光不正度数共分3组,组71只眼,屈光度-1.00～3.00D;
11.Multivariate regression Analysis of the correlationship between ametropia and refractive factors in children at the age of 5～12多因素回归分析对5～12岁儿童屈光不正状态与屈光要素的相关性
12.Optometry: Profession concerned with examining the eyes for defects or faults of refraction.验光: 测定眼睛缺陷或屈光不正程度的一种专业。
13.Optical characters of corneal anterior surface in children hyperopia远视性屈光不正儿童角膜前表面的光学特征
14.The Clinical Application Research of Lasik Flap Made By Femtosecond Laser飞秒激光制瓣LASIK治疗屈光不正临床应用研究
15.I find you have a presbyopia and ametropia .根据检查，我发现您得的是老视眼，并有屈光不正。
16.Researching about the Ametropia Children Cornea;屈光不正儿童角膜测量相关问题的研究
17.Contour Integration Deficits in Ametropia Amblyopia屈光不正性弱视者的轮廓整合缺损研究
18.Study of the criteria of refractive error for the amblypia of preschool children学龄前儿童弱视的屈光不正临界值的研究
相关短句/例句
refractive error屈光不正
1.Prevalence of refractive error in defined populations in rural and urban areas in Beijing;北京城乡限定区域人群屈光不正患病率调查
2.Study of the criteria of refractive error for the amblypia of preschool children学龄前儿童弱视的屈光不正临界值的研究
3.Residual refractive error in the range of±0.结论:LASIK手术对于矫正屈光不正是安全、有效的且并发症局限。
3)refractive errors屈光不正
1.Accuracy of Zywave aberrometer in measurement of refractive errors;Zywave波前像差仪测量屈光不正的准确性研究
2.A Case-control study on risk factors of preschool children s refractive errors and amblyopia;学龄前儿童屈光不正和弱视危险因素的病例对照研究
3.Management of difficult refractive errors in teenagers with rigid gas-permeable contact lens;硬性透气性角膜接触镜矫正青少年复杂性屈光不正
4)error of refraction屈光不正
1.[Results] The causes of vision fatigue were many and varied with the change of age groups and error of refraction in the first place in whatever age groups with the common occurrence age from 25 to 50 years old.结果视疲劳的原因多样,不同年龄组其构成原因不同,其中屈光不正在各年龄组原因中均居首位,且其高发年龄段在25～50岁。
2.Conclusion: This treatment is effective for error of refraction associated with constipation.目的:观察眼针疗法,治疗近视屈光不正并发便秘的疗效,方法:38例患者均以眼针疗法为主,配合体针疗法、配镜矫正。
5)ametropic屈光不正
1.MRI study on the surface area of occipital lobe in children with ametropic amblyopia;屈光不正性弱视儿童枕叶面积的磁共振成像研究
2.The Clinical Observation on the Children s Ametropic Amblyopia by Combination Therapy;儿童屈光不正性弱视综合治疗疗效观察
3.To analyze the refractive state of ambly opic (AMB) eye on c hildren and the relation between its and AMB degree Methods: We optometried at the cycloplegia state on 161 patients (263 eyes) and recorded their ametropic (A ME) type, diopter, antimetropia, fixation character and AMB degree Then we ana l yzed the refractive state and AMB degree with the statistical analysis Results: In 263eyes, 25.方法：对161例263眼在睫状肌麻痹状态下的验光结果，按屈光不正类型、屈光度、屈光参差、注视性质、弱视程度进行记录，应用统计学进行屈光状态及其与弱视程度进行分析。
6)refractive ametropia屈光性屈光不正
延伸阅读
屈光不正屈光不正refractiveerrors当眼球在调节静止状态下，平行光线经过眼球屈光媒质的屈折后，不能使成焦点在视网膜黄斑部。又称非正视眼。通常有3种：①近视。眼球在调节静止状态下，平行光线入眼后，经过屈折成焦点在视网膜前面，视网膜上仅为一模糊不清的弥散环，因此远视力不清。按屈光度高低可分为低度近视(－3D以下)、中度近视(－3D～－6D)、高度近视(－6D以上)。主要症状为远视力减退，近视力好。高度近视常伴有玻璃体变性混浊。近视可在眼前置凹镜予以矫正，戴镜以最低度能矫正至1.0即可。度数高者尚可配戴接触眼镜。对近视也可手术治疗行放射状角膜切开术，但对此手术的评价尚有争论。②远视。眼球在调节静止状态下，平行光线入眼后，经过屈折，成焦点在视网膜后面，视网膜上为一不清晰的像，远视眼可能由于眼轴较正常眼短，而眼的屈光力正常，称为轴性远视，相反眼轴正常，而眼的屈光力较正常弱，称为屈光性远视。儿童或青少年的轻度远视可以由于调节作用而被代偿，看远或近视力均正常，如果远视度数大或因年龄增长调节力减弱，不能完全被调节作用所代偿，则远或近视力均有不同程度减退，看近比看远更模糊，另外远视眼还可能有眼疲劳症状，远视眼用凸镜片矫正，7岁以下儿童多为远视，如果眼位正常可不配镜。如度数较高或有症状或显斜视必须尽早配镜矫正，其原则是给足度数。③散光。眼球在调节静止状态下，平行光线入眼后，经过屈折，不能聚焦于一点而成为两条焦线，两焦线之间的距离决定散光度。大部分散光是由于角膜或晶状体两个互相垂直经线的弯曲度不相同所致，临床上将散光分为规则散光和不规则散光。前者是角膜互相垂直的两个经线的屈光度不同，可用圆柱镜矫正，后者是由于角膜病变引起的角膜表面不平，不能用圆柱镜矫正。患者视力看远看近都不清楚，并有视疲劳症状。轻度散光如无症状，可不矫正，相反如有症状即使轻度散光，也应戴圆柱镜矫正。眼屈光计
