Weihai Ying

This study identifies a novel diagnostic biomarker for acute ischemic stroke using green autofluorescence patterns in skin and fingernails, showing high accuracy in differentiating AIS patients from healthy and non-AIS groups.

This study shows that LPS induces dose-dependent increases in epidermal green autofluorescence in mice, suggesting it as a potential biomarker for systemic inflammation.

This study identifies green autofluorescence intensity in fingernails and skin regions as a non-invasive biomarker for assessing blood vessel health and risk of stroke or myocardial infarction.

This study finds professional swimmers have higher green autofluorescence intensity and asymmetry in specific skin regions compared to age-matched controls, suggesting increased oxidative stress and inflammation.

The study finds that older men have higher green autofluorescence intensity and asymmetry in fingernails and skin compared to older women, suggesting potential gender-based biomarkers.

This study shows NAD+ treatment increases antioxidant capacity in rotenone-treated PC12 cells by raising the GSH/GSSG ratio, suggesting a direct mechanism for its protective effects against oxidative stress.

This study examines age-related changes in green autofluorescence of skin and fingernails in healthy individuals, finding significant age dependence in AF intensity across multiple age groups.

This study identifies increased autofluorescence in fingernails and skin as a potential diagnostic biomarker for Parkinson's disease, distinguishing it from healthy individuals and acute ischemic stroke patients.

This study shows that oxidative stress mediates UVC-induced increases in epidermal autofluorescence and keratin 1 degradation in mouse ears, suggesting oxidative stress as a potential biomarker for disease diagnosis.

This study shows UV-induced keratin 1 proteolysis causes skin damage, identified through mouse models and protease inhibition experiments.