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1 as compared to the tone found in cycloplegic retinoscopy.
2 active status was confirmed with cycloplegic retinoscopy.
3 efracted in the laboratory by noncycloplegic retinoscopy.
4 with repeat videorefraction and cycloplegic retinoscopy.
5 ive errors, measured by standard cycloplegic retinoscopy.
6 or was measured in 75 Labrador retrievers by retinoscopy.
7 gh cycloplegic autorefraction or cycloplegic retinoscopy.
8 acuity (VA), cover testing, and cycloplegic retinoscopy.
10 Each eye's refractive status was measured by retinoscopy along the pupillary axis and at 15 degrees i
12 ns were measured along the pupillary axis by retinoscopy and A-scan ultrasonography, respectively.
15 luding choroidal thickness, were measured by retinoscopy and high-frequency A-scan ultrasonography, r
16 ning referral criteria underwent cycloplegic retinoscopy and ophthalmoscopy by the on-site optometris
18 indicated good agreement between cycloplegic retinoscopy and Spot (0.806) and excellent agreement bet
21 errors were measured using refractometry and retinoscopy, and axial ocular dimensions, including chor
22 refractive state of each eye measured using retinoscopy, axial dimensions determined with A-scan ult
23 ror (cycloplegic autorefraction confirmed by retinoscopy), best corrected monocular visual acuity (VA
25 opic or astigmatic refractive error found on retinoscopy by an amount proportional to the magnitude o
30 ly more myopic measurements than cycloplegic retinoscopy for the sphere and spherical equivalent (P <
31 der anesthesia was within 1 D of cycloplegic retinoscopy in 25 subjects (61%) for the sphere, in all
33 s assessed every 2 to 3 weeks by cycloplegic retinoscopy, keratometry and corneal videotopography, an
34 minations included cycloplegic refraction by retinoscopy, keratometry measurements, and A-scan ultras
35 ent was assessed along the pupillary axis by retinoscopy, keratometry, and A-scan ultrasonography.
36 fractive errors was assessed periodically by retinoscopy, keratometry, and A-scan ultrasonography.
37 ontinuous light were assessed by cycloplegic retinoscopy, keratometry, and A-scan ultrasonography.
38 power, and axial dimensions were assessed by retinoscopy, keratometry, and ultrasonography, respectiv
39 h any targeted condition were noncycloplegic retinoscopy (NCR), Retinomax autorefractor (Right Manufa
41 efractive development was assessed by streak retinoscopy performed along the pupillary axis and at ec
43 acuity (VA), cover testing, and cycloplegic retinoscopy, performed by VIP-certified optometrists and
44 al acuity (BCVA; Snellen's charts), Orbscan, retinoscopy, refraction, and slit-lamp biomicroscopy wer
45 photorefractors correlated with cycloplegic retinoscopy refractive findings for sphere and spherical
46 d to follow-up a month later for cycloplegic retinoscopy, repeat noncycloplegic videorefraction and o
48 n outcome measure was the difference between retinoscopy under anesthesia and cycloplegic retinoscopy
51 ge age of 3.7 years (range, 0.8 to 11 years) retinoscopy under anesthesia yielded significantly more
52 retinoscopy under anesthesia and cycloplegic retinoscopy was -0.98 diopters (D) (95% limit of agreeme
56 uded visual acuity (VA) testing, cycloplegic retinoscopy with subjective refinement if indicated, ocu
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