Abstract Objectives Apple's iPhone Night Shift feature purports to reduce short-wavelength
light emissions and improve sleep. We aimed to investigate these claims by comparing …

Background Blue‐blocking lenses (BBLs) are marketed as providing retinal protection from
acute and cumulative exposure to blue light over time. The selective reduction in visible …

Objective Blue light hazards for retina and ocular surface have been repeatedly described
and many protective methods are introduced for retina; however, no study has been …

Importance Cataract surgery, with intraocular lens (IOL) implantation, is the most common
ocular surgical procedure worldwide. It has been suggested that IOLs that selectively …

Purpose The aim of this cross‐sectional study was to survey Australian optometrists
regarding their attitudes towards, and knowledge of, blue light‐blocking lenses designed to …

Sleep insufficiency is a risk factor for mental and physical ill-health. In recent years, research
has attributed sleep insufficiency to problematic smartphone use (PSU). In addition …

Clinical relevance There is some controversy about the utility of prescribing blue-blocking
filters to mitigate digital eye strain. We found that using commercially available blue-blocking …

Objective We aimed to examine the effects of sleep quality on the association between pre-
bedtime electronic screen media use for entertainment and academic performance among …

PURPOSE The purpose of this study was to compare the radiation produced by
smartphones that reaches the eye when using night-mode functions or blue-light–reducing …

Objective The aim of the study was to examine subjective sleep quality in a population of
healthy volunteers and its association with evening and night light exposure to screens of …