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Rm8800 autorefractometer

Manufactured by Topcon
Sourced in Japan

The TOPCON RM8800 is an autorefractometer designed for measuring refractive errors of the human eye. It automatically measures the patient's spherical and cylindrical refractive errors, as well as the axis of the astigmatism. The device provides objective refraction data that can be used to aid in the prescription of corrective lenses.

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2 protocols using rm8800 autorefractometer

1

Comprehensive Visual Acuity Assessment in Schoolchildren

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First, schoolchildren had non-cycloplegic auto-refraction by a skilled technician using TOPCON RM8800 autorefractometer (Topcon Corporation, Tokyo, Japan). For children with glasses, we then measured visual acuity with presenting glasses using a Snellen chart with E optotypes from a distance of 6 meters, checked their glasses with Topcon LM 800 lensometer (Topcon Corporation, Tokyo, Japan), and recorded the prescription of the glasses and their prescription date. In the next stage, uncorrected visual acuity was measured in all children. Then, autorefraction results were refined using HEINE BETA 200 ophthalmoscope (HEINE Optotechnic Germany) and MSD trial lenses (MSD Meniscus Trial Lenses, Italy). In all children, first the right eye and then the left eye was tested. For those with uncorrected visual acuity less than 20/25, a subjective test was done, and results with best correction were recorded. Eventually, cycloplegic refraction was done for all children.
We used cyclopentolate 1% eye drops 3 times at 0, 5, and 15 min intervals, and refraction was tested 35 min after the last drop using the autorefractometer and ophthalmoscope.
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2

Comprehensive Eye Examination Protocol

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Refractive error measurement (Topcon RM-8800 Autorefractometer; Topcon Corporation, Tokyo, Japan), best corrected visual acuity (Snellen) assessment, corrected intraocular pressure determination by pneumatic tonometer (Canon TX-20 P; Canon Inc, Tokyo, Jap), slit-lamp examination, and fundus evaluation (SL-120; Carl Zeiss, Germany) were performed for all participants. Moreover, anterior segment imaging was carried out using Pentacam Scheimpflug (Oculus Optikgeräte GmbH Inc., Wetzlar, Germany) where keratometric, topometric, aberrometric and densitometric measurements were obtained in the 8 mm zone in a single session.
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