Introduction: Severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) is a novel virus causing an ongoing pandemic in 2020. Although the symptomatic patients infected by SARS-CoV-2 generally show respiratory distress, atypical manifestations such as conjunctivitis are also observed. A series of cases is reported in which reverse transcriptase polymerase chain reaction (RT-PCR) testing on tears had demonstrated the presence of the virus. However, the transmission of the virus through ocular fluids remains unknown. Case description: In this case report, the development of conjunctivitis is presented as the sole symptom of a new coronavirus disease 2019 (COVID-19) in an emergency health care worker. The patient’s first application was to the ophthalmology clinic due to redness, stinging, tearing, and photophobia for one day in the right eye. The patient had no symptoms of fever, cough, shortness of breath, or fatigue. Two days later, the RT-PCR test, blood analysis, and chest computed tomography (CT) were applied to the patient for being in contact with a COVID positive patient. Conjunctival swabs did not identify SARS-CoV-2 by RT-PCR. However, nasopharyngeal swab and blood test confirmed the diagnosis of COVID-19. Chest CT did not show pneumonia. Conclusion: This phenomenon shows that conjunctivitis may occur as a sole manifestation of COVID-19 which needs to be carefully evaluated by health care workers and eye care professionals during the pandemic.

Long-term evaluation of the ThinOptX IOL concludes with an increased rate of PCO, a diminished resistance to the capsular contraction vs the AcrySof IOL, and a decrease in visual performance. The poor after cataract performance of this rollable lens shows that microphacoemulsification and ThinOptX IOL implantation is not as effective as conventional hacoemulsification and AcrySof IOL implantation in the long term.

There is statistically significant correlation between the glaucoma patients' VF loss and the vision-related QoL. The evaluation of self-reported vision status in glaucoma patients may be a guide for the rehabilitation of their disabilities in vision-related daily activities.

In PEX syndrome, similar decreases of the GCC and NFL occurred, and a high correlation existed between the two. Therefore, GCC can potentially be used to detect the early stages of PEX glaucoma.

Optic disc hemorrhages in patients with glaucoma were most frequently observed inferiorly in association with a notch. Most eyes with a disc hemorrhage had an intraocular pressure within normal range and had either early or no visual field loss. These findings highlight the importance of careful examination of the optic nerve head to look for the presence of a disc hemorrhage as an important biomarker of glaucoma damage.