The review states that blue-rich display emission in the 450–480 nm band, particularly with evening exposure, can suppress melatonin via melanopsin-mediated ipRGC pathways and perturb circadian timing, potentially attenuating digital therapeutic efficacy. It …
Ambient visible light or controlled-intensity visible-spectrum LED induced an effector gene in non-neuronal tissues via bZIP transcription factors ZIP-2 and CEBP-2, with stronger induction at shorter wavelengths and independence from known blue light receptor…
Using a red/blue optoswitch with monochromatic LEDs, blue-light-induced expression of a PAP7 construct (silent under red light) reconstituted PEP at any developmental time point in the Arabidopsis pap7-1 mutant and enabled proper chloroplast biogenesis that r…
Using 2023 Smartphone Overdependence Survey panel data from South Korea, several machine-learning binary classifiers were compared to predict smartphone overdependence in adults aged 60+. XGBoost performed best (accuracy 0.925), and feature-importance analysi…
This review describes advances in paper-based analytical devices that use fluorescence detection coupled with smartphone imaging for chemical and biological analysis, highlighting design principles, materials (including nanomaterials, quantum dots, and carbon…
A self-powered dual-readout electrothermal biosensing chip using enzyme-free CHA amplification and hierarchical SnO@MoS hollow spheres enabled real-time smartphone visualization of electrochemical and thermal signals. Experimental results reported a picomolar…
A hydroxyapatite–zinc oxide (ZnO-HAP) composite showed strong photocatalytic activity under 455 nm blue light, generating abundant hydroxyl radicals and degrading dye. Under light irradiation, ZnO-HAP had superior antibacterial efficacy with minimal enamel da…
