Mask-associated dry eye disease following short-term facemask wear with or without nasal bridge taping among health workers at a Nigerian tertiary care facility: a cross-over randomized clinical trial - Summary - MDSpire
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Impact of Short-Term Facemask Use with or without Nasal Bridge Taping on Dry Eye Disease Among Healthcare Workers in a Nigerian Tertiary Care Setting: A Randomized Cross-Over Clinical Study
To compare dry eye disease rates following short-term face mask wear with or without taping the nasal bridge among health workers and examine specific factors such as mask fit, duration of wear, and environmental conditions contributing to Mask Associated Dry Eye (MADE).
Key Findings:
Facemask wear increases the upward flow of expired air to the eyes, leading to dry eye symptoms, which may affect health workers' performance.
MADE prevalence among facemask wearers ranges from 18.3% to 70%, indicating a significant health concern.
Proper taping of masks may reduce dry eye symptoms, while improper taping can exacerbate them, suggesting the need for proper training.
Interpretation:
The study aims to provide insights into the effects of short-term facemask use on dry eye disease among health workers in Nigeria, potentially influencing future research and clinical practices in similar populations.
Limitations:
The study is limited to a specific geographic location and may not be generalizable to other populations, and potential biases in participant selection could affect results.
Short-term effects may not reflect long-term consequences of facemask wear, necessitating further longitudinal studies.
Conclusion:
The study seeks to fill a gap in the understanding of MADE among health workers in Nigeria, highlighting the need for further research in this area to improve health outcomes globally.
This article will examine the indications, clinical evidence, and practical considerations for managing severe ocular surface disease and inflammatory dry eye using scleral lenses, and offer guidance to practitioners who seek to expand their therapeutic options.
The trilayer decellularized basement membrane is used in ocular surgery and in OSD applications, including corneal and conjunctival-related injuries or defects.
