axial length

Refraction and axial length of the added value are related to intraocular pressure changes in the value of a positive correlation.

Conclusion: Early form deprivation may induce myopia. Axial length was the main cause, with major changes in the posterior segment.

It is preferable that the axial length of the foot portion is greater than the axial length of the shin portion.

Conclusion The visual acuity should decline with axial length extension, diopter deepening and pathological deterioration of fundus.

AIM: To evaluate the magnetic resonance imaging (MRI) measurement accuracy of axial length in silicone oil combined cataract eye.

Preoperative axial length, postoperative visual acuity and refractive error were recorded.

The results of optometry, axial length value and the retinal change indicated the diagnosis of pathological myopia.

The errors of intraocular lens power calculation may be caused by inaccurate axial length measurement or unstable keratometric reading.

The ocular axial length and refractive degree were stable after operation.

All subjects were classified into different groups according to their diopter, axial length and fundus indexes.

CONCLUSION: MRI measurement of axial length is more accurate and reliable than the A ultrasonometry measurement.

Remarks Circum. Length Axial Length Depth from O. D. Clock Position Indication Amplitude Loss of B. R.

Study of the communication of the anterior chamber depth, lens thickness and axial length in myopia eyes

the cylindrical shape having an axial length sufficient to allow analysis of a sample through said end window;

Relationship of refractive status, axial length, and scleral metamorphic change in chicken form deprivation eyes

Correlation of central corneal thickness and intraocular pressure, refraction and ocular axial length in high myopic eyes

Clear lens phacoemulsification for correction of presbyopia characterized by a short axial length and thick lens

The correlation among axial length, diopter, anterior chamber depth and keratorefractive power of high myopia

Evaluation of influences of axial length and myopic refraction on the thin nasal retinal nerve fiber layer thickness of simple myopia

the adjustment amount depended on the axial length and the required intraocular lens implantation, especially in axial length;

The amount of the muscle surgery for concomitant exotropia with longer axial length

Relationship between retinal thickness at the macular area and axial length in myopia

Relationship between ocular axial length and central retinal vein occlusion

Axial length and refractive changes in the eye after scleral encircling and buckling surgery

The relationship between optic axial length and corneal curvature radius

Evaluation of influence of axial length on the retinal nerve fiber layer thickness

Variable Changes of Axial Length and Corneal Radius in Early-Stage Myopic Children

A study on the correlation between eyeball axial length and diopter in eyes with myopia

The iegnificance of intraocular pressure and axial length in central retinal vein occlusion

Changes in axial length and age at cataract surgery in Chinese