Along with the rising myopia epidemic is the increasing interest in any ocular parameter that
might inform understanding of myopia progression. The relationship between eye length …

Purpose To give an overview of the misconceptions and potential artefacts associated with
measuring peripheral refractive error and eye length, the use of these measures to …

Purpose To assess intrasessional and intersessional repeatability of two commercial partial
coherence interferometry instruments for measuring peripheral eye lengths and to …

Purpose The eye rotation approach for measuring peripheral eye length leads to concern
about whether the rotation influences results, such as through pressure exerted by eyelids or …

Purpose To determine the repeatability of eye length measurements made centrally and off-
axis using a low-coherence interferometer. Methods Eye length was measured (left eye) in …

The increasing incidence of myopia across the globe [1], and in East Asia in particular
[[2],[3],[4],[5]], has caused great interest in the optometric community, not least because of the …

Accurate and repeatable assessments of ocular biometric factors are of vital importance to
research laboratories conducting studies of ametropia. This is of particular importance to …

Background The precise and rapid measurement of eye length and eye shape are essential
for investigating eye growth regulation and myopia. For this purpose, we developed an …

AIM To compare the axial lengths (ALs) measured with Lenstar, IOLMaster and A-scan
contact ultrasound (Ultrasound) in normal and high myopia (HM). METHODS Eighty-four …

Purpose To investigate how peripheral refraction and peripheral eye length are related to
retinal shape. Methods Relative peripheral refraction (RPR) and relative peripheral eye …