
Measuring biological age: Insights from omics studies.
Exploring biological age through omics: Genomics, epigenomics, and microbiomics reveal insights into aging and health. π§¬π¬
Discover the newest research about AI innovations in ποΈ Fitness & Sports.

Exploring biological age through omics: Genomics, epigenomics, and microbiomics reveal insights into aging and health. π§¬π¬

Personalized fitness via machine learning: XGBoost shows 0.789 MeanIoU, enhancing public health strategies. ππ€

SHAP analysis reveals key injury risk factors in university football players: stress, sleep, and balance. β½π

Fitness apps may have negative effects on users, leading to feelings of shame and disengagement. πββοΈπ

Innovative CPF-TOPSIS model enhances decision-making in speech and sports training, improving accuracy by addressing uncertainty. ππ€ποΈββοΈ

Efficient walking energy expenditure estimation via continuous ramp protocol shows 10.7% error, outperforming traditional methods. πΆββοΈπ

New wearable device monitors muscle health in older adults. π¦΅π Aims to detect sarcopenia for timely intervention.

mHealth apps can boost daily walking by offering rewards like shopping coupons or train tickets. πΆββοΈποΈ
NHS Active 10 app users show increased walking activity. π Regular use leads to sustained benefits over time. πΆββοΈ

Exploring the exercise intention-behavior gap in college students reveals key factors influencing physical activity. ππββοΈ