American Journal of Ophthalmology

Visual field data, including MD (dB), test duration (sec), and pointwise Differential Light Sensitivity (dB) values. 440 rows total (20 participants x 2 eyes x 11 tests). The 11 tests are comprised of 2 HFA pre tests, 1 Eyecatcher practice test, 6 Eyecatcher home-monitoring tests, and 2 HFA post tests. Note that 10 participants did not perform an Eyecatcher practice test, 1 participant did not complete all 6 home tests (ID=20), and 1 participant did not complete the 2 HFA post tests (ID=16). For further details see manuscript.

These data includes demographic data and optic disc structural data of the patients with unilateral glaucoma and bilateral glaucoma. The data are from the paired eyes of the patients, and they are divided into the eyes with and without glaucoma in the patients with glaucoma, and eyes with worse and better visual field defect in the patients with bilateral glaucoma.

These data includes demographic data and optic disc structural data of the patients with unilateral glaucoma and bilateral glaucoma. The data are from the paired eyes of the patients, and they are divided into the eyes with and without glaucoma in the patients with glaucoma, and eyes with worse and better visual field defect in the patients with bilateral glaucoma.

These data includes demographic data and parameters of the optic nerve head structures measured by using spectral-domain optical coherence tomography in 33 patients with unilateral glaucoma and 70 patients with bilateral glaucoma. These are the data of the paired eyes of the patients. They are divided into the eyes with and without glaucoma in unilateral glaucoma, and eyes with worse and better visual field defect in bilateral glaucoma, and data are loaded in separate columns.

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Academic Rank, Scholarly Productivity, and NIH Funding of United States Academic-Affiliated Cornea Specialists

Accuracy of artificial intelligence based formulas and axial length adjustment methods in highly myopic eyes with an AL over 26.0 mm

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The purpose of this study is to explore the adaptability of chinese adolescents to the new multi-zone positive defocusing optical lens, mainly based on the visual results and subjective visual symptoms after the wearing. Considering that some teenagers can't clearly express their subjective feelings because the young age, we especially set up an adult group to reduce the false negative rate. After wearing the two lenses for 30 minutes, the distant visual acuity in the primary gaze was examined under both bright（500 lux）and dim (50 lux) illuminance, using high (100%) and low (10%) contrast ETDRS visual charts. Near visual acuity at 40 cm through the central optical zone as well as through the mid-peripheral zone were also measured under these two levels of ambient illuminance. A questionnaire regarding visual performance and acceptability of the assigned lenses was requested to fulfilled at the one-week visit (The questionnaire is attached in the appendix). The subject was requested to select the listed symptoms and give a score according to the frequency of occurrence: 0 = None (0 times / day), 1 = Occasionally (1-2 times / day), 2 = Sometimes (3-4 times / day), 3 = Always (5-6 times / day), 4 = Complete (> 7 times / day). The acceptability of the assigned lenses was evaluated by answering the following questions: 1. Would you like to wear SV in your daily life? 2. Would you like to wear DIMS in your daily life? 3. Which one you dislike more? 4. If the lens you dislike can significantly slow myopic progression by 59%, would you like to wear?

raw data employed for calculating the changes in visual acuity, contrast sensitivity function, and quality-of-life following limited vitrectomy in 3 groups of subjects as well as the total group. The changes in quality-of-life indices were used to calculate the cost-effectiveness of limited vitrectomy for Vision Degrading Myodesopsia.