Andrea Berencsi

This study examines how biological maturity and experience affect fine motor skills in adolescents, finding that bone age strongly predicts sequential motor performance, while chronological age and musical experience also play roles.

This study shows that visual training increases fast sleep spindle density and clustering in young adults, with no age-related differences.

The paper examines adolescent sleep spindle topography and finds a shift from central to posterior regions for fast spindles, suggesting an anterior-to-posterior maturation pattern.

This study examines how experience and maturation influence fine motor skills in adolescents, showing task complexity affects experience-driven improvements while simple tasks are shaped by maturation.

This study shows that skeletal maturity, measured by bone age, predicts cognitive abilities in adolescents, with more mature individuals having higher working memory and processing speed, while older teens have better verbal abilities.