- 更多网络例句与正视眼的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Paired Samples T test revealed that both the LT and VL decreased (P.01), the AD increased (P.01) after cycloplegia regardless of their refractive state. The AL increased for hyperopic eyes (P.05) and decreased for myopic eyes (P.01) after cycloplegia. For hyperopic eyes, the major keratometer K1 increased (P.05) while for myopic eyes, the major keratometer K1(P.05) and minor keratometer K2 (P.01) decreased after cycloplegia. The mean corneal power of zones 5 mm (MD5) and 7 mm (MD7) decreased with myopic eyes decreased dramatically (P.01). The mean refractive power of the lower half vertical meridian is greater than that of upper half; and the mean refractive power of the lateral half of the horizontal is greater than that of the medial half.
结果：不论远视眼、正视眼还是近视眼在睫状肌麻痹后前房加深（P.01），晶状体变薄（P.01），玻璃体腔径缩短（P.01）；但远视眼睫状肌麻痹后眼轴增长（P.05），近视眼眼轴缩短（P.01）；远视眼睫状肌麻痹后角膜曲率K1增加（P.05），近视眼睫状肌麻痹后除K1降低外（P.05），K2以及以角膜中心点为中心，直径为5mm、7mm的环平均角膜屈光度（MD5、MD7）均降低（P.01）；此外，垂直径线上方的平均角膜屈光度小于下方的平均角膜屈光度而水平径线鼻侧的平均角膜屈光度小于颞侧的平均角膜屈光度（P.01）。
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The accommodation lag of emmetrope was (0.2375±0.2218) D, The accommodation lag of high myope eye of anisometrope was 1.2875±0.4389 D, The accommodation lag of low myope eye of anisometrope was 0.2250±
正视眼的主观调节滞后量为(0.2375±0.2218)D，屈光参差的高度数眼滞后量为(l.2875±0.4389)D，而屈光参差的低度数眼的调节滞后量为(0.2250±0.2913)D。
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The "emmetropia" in geometrical optics and "the normal eye of refraction" in biomedicine were two different concepts, and should be differentiated.
几何光学的"正视眼"与生物医学角度的屈光"正常眼"是两个不同概念，应予以区分
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Results 1 there were no significant differences of amplitude of accommodation and accommodative lag between the myopia group and emmetropia group. The differences of amplitude of accommodation between the myopia group and hyperopia group were significant (t=2.21, P=0.03.05; t=2.83, P=0.006.05). 2 The difference of accommodative lag between the dominant eye (0.73±0.31) D and non-dominant eyes (0.81±0.38) D in myopia group was signiflcant.3 The accommodative lag of dominant eyes was (0.68±0.36) D and it of non-dominant eyes was (0.75±0.34) D, the difference was significant (t=2.06, P=0.042.05, n=95).There was no significant difference between the amplitude of accommodation of dominant eye (12.9±3.09) D and non-dominant eyes (12.6±3.09) D.
结果 近视患儿的主导眼和非主导眼的调节幅度和调节滞后与正视儿童均差异无统计学意义；而其主导眼和非主导眼的调节幅度比远视患儿明显更大(t=2.21， P=0.03.05； t=2.83，P=0.006.05)；两组的调节滞后差异无统计学意义。50例近视患儿主导眼和非主导眼的调节滞后值分别为(0.73±0.31)D和(0.81±0.38)D，主导眼和非主导眼间差异有统计学意义(t=2.14，P＝0.038.05)；调节幅度分别为(13.39±3.51)D和(13.26±0.60)D，差异无统计学意义。95例观察对象的主导眼的调节滞后度为(0.68±0.36)D，非主导眼调节滞后度为(0.75±0.34)D，主导眼和非主导眼间的差异有统计学意义(t=2.06， P=0.042.05)；主导眼调节幅度(12.9±3.09)D，非主导眼为(12.6±3.09)D，差异无统计学意义(t=1.49， P=0.14)。
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Objective: To study the higher order aberrations of emmetropic and ametropic eyes with wavefront aberrometer.
目的：借助波阵面像差仪研究正视眼及屈光不正眼的高阶像差。
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The surgical prognosis of RD especially by initial operation is worse in emmetropic group than that in myopic group. The lower occurrences of PVD and liquefaction but higher occurrence of focal vitreous concentration in emmetropic eyes may have impact on the prognosis.
正视眼RD患者的手术总治愈率及1次手术成功率明显低于近视眼RD患者，这与正视眼RD患者特有的PVD低发生率、玻璃体浓缩高发生率及较低的液化率有重要关系。
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Methods Postoperatively, 1 294 eyes of 1 262 patients with rhegmatogenous RD including 243 emmetropic and 1 031 myopic eyes were retrospectively studied. The affects of proliferative vitreoretinopathy, posterior vitreous detachment, vitreous liquefaction and concentration on the surgical prognosis were evaluated.
回顾1996年1月至1997年7月在我院行手术治疗的孔源性视网膜脱离患者1 262例（1 294只眼），其中近视眼RD组1 031只眼，正视眼RD组243只眼，并研究增殖性玻璃体视网膜病变（proliferative vitreoretinopathy，PVR）的分级及玻璃体后脱离(posterior vitreous detachment，PVD)、液化、浓缩等对手术预后的影响。
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Methods The refractive state, corneal refractive power, anterior ocular segment length, vitreous length and ocular axial length were measured for 1 336 eyes, including 523 hyperopic eyes, 199 emmetropic eyes and 614 myopic eyes. The relationships of these elements were studied. Results CP had no effect on the refractive state.
检测1 336只眼的屈光状态、角膜屈光力（corneal refractive power， CP）、眼前节长度（anterior ocular segment length， ASL）、玻璃体腔径(vitreous cavity length， VL)及视轴长度(ocular axial length， AL)，其中远视523只眼，正视199只眼，近视614只眼。
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After birth, eye small, short axial length, so almost all of hyperopia, hyperopic astigmatism or both, as the age increased, the development of eyes have grown up, axial growth, development can become the focus squarely (no hyperopia, myopia, astigmatism).
婴儿出生后，眼球小，眼轴短，所以几乎都是远视，或兼有远视散光，随着年龄增大，眼的发育长大，眼轴增长，才能发育成为正视眼。
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Methods Ninety-five subjects (50 myopes, 20 emmetropes, 25 hyperopes) aged 6~15 years, participated. The accommodative lag and amplitude of accommodation were assessed with their refractive errors corrected. The accommodative lags were assessed using MEM dynamic retinoscopy at 40 cm reading distance.
应用动态检影法和移近法分别测量50例发病1~2年的学龄期儿童和青少年近视患儿调节滞后和调节幅度；同样方法测量20例正视眼儿童和25例远视屈光不正患儿；检测其主导眼和非主导眼。
- 更多网络解释与正视眼的相关的网络解释 [注：此内容来源于网络，仅供参考]
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ametropia：非正视眼
否则,焦点落在视网膜之前或视网膜之后,统称为非正视眼(ametropia)或屈光不正(refractive error). 高度近视的前房较深,瞳孔较大,眼球因前后轴长而显得稍有突出. 眼底检查常因视网膜色素上皮层色素减少,脉络膜萎缩,其小血管网消失,
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emmetropia：正视眼
从眼屈光学上讲,正视眼(emmetropia)是眼在休息时,平行光经过眼屈光系统的屈光作用在视网膜中心凹形成焦点,称这种眼的屈光度为零. 所有平行光进入眼内不能在中心凹处成焦点者称非正视眼(ametropia)或屈光不正(elTors of refraction).
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emmetropia：正视
[正视]外界的平行光线(一般认为来自5m以外)进入调节静止的眼球,经眼的屈光系统聚焦后,焦点恰好落在视网膜的黄斑中心凹,这种屈光状态称为正视(emmetropia),这种眼球称为正视眼.
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Emodin：泻素,大黄素
正视眼 emmetropia | 泻素,大黄素 emodin | 润滑药,润滑的,缓和刺激的 emollient
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high hypermetropia：高度远视
正视眼(emmetropic eye)在摘除晶状体后,其屈光状态呈高度远视(high hypermetropia),一般眼镜度为+10~+12D,其裸眼视力低,一般在0.1以下. 白内障摘除术后的无晶状体眼(aphakic eye)矫正可用眼镜、角膜接触镜、表面角膜镜片术、角膜磨镶术或人工晶状体等方法矫正视力.
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refractive error：屈光不正
否则,焦点落在视网膜之前或视网膜之后,统称为非正视眼(ametropia)或屈光不正(refractive error). 高度近视的前房较深,瞳孔较大,眼球因前后轴长而显得稍有突出. 眼底检查常因视网膜色素上皮层色素减少,脉络膜萎缩,其小血管网消失,
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ametropic：屈光不正的
ametropia 非正视眼 | ametropic 屈光不正的 | ametropic 变常眼的
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ametropic：屈光不正的/变常眼的
ametropia /屈折异常/非正视眼/ | ametropic /屈光不正的/变常眼的/ | amfetaminil /安非他尼/
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emmetropic：屈光正常的,正视眼的
embryotoxon (角膜)胚胎环 | emmetropic 屈光正常的,正视眼的 | encephalitis 脑炎,大脑炎
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keratoscope：角膜镜
散光疾病的病因学包括面有否畸形可用普拉西特(Placido)角膜镜(keratoscope)直接观察出来. 正常眼角膜曲率即使也有轻度的直散光(生理性散光),但并不妨碍清晰的视觉. 散光度是以垂直屈光力与水平屈光力之差来表示的,在0.5屈光度(D)以下仍属正视眼.