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Direct linkDelalande, Lisa; Moyon, Marine; Tissier, Cloélia; Dorriere, Valérie; Guillois, Bernard; Mevell, Katel; Charron, Sylvain; Salvia, Emilie; Poirel, Nicolas; Vidal, Julie; Lion, Stéphanie; Oppenheim, Catherine; Houdé, Olivier; Cachia, Arnaud; Borst, Grégoire – Developmental Science, 2020
A number of training interventions have been designed to improve executive functions and inhibitory control (IC) across the lifespan. Surprisingly, no study has investigated the structural neuroplasticity induced by IC training from childhood to late adolescence, a developmental period characterized by IC efficiency improvement and protracted…
Descriptors: Intervention, Brain Hemisphere Functions, Executive Function, Inhibition
Ishihara, Toru; Sugasawa, Shigemi; Matsuda, Yusuke; Mizuno, Masao – Developmental Science, 2018
The purpose of this study was to evaluate the relationship between sports experience (i.e., tennis experience) and executive function in children while controlling for physical activity and physical fitness. Sixty-eight participants (6-12 years old, 34 males and 34 females) were enrolled in regular tennis lessons (mean = 2.4 years,…
Descriptors: Executive Function, Children, Physical Fitness, Athletics
Franklin, Anna; Bevis, Laura; Ling, Yazhu; Hurlbert, Anya – Developmental Science, 2010
Adult colour preference has been summarized quantitatively in terms of weights on the two fundamental neural processes that underlie early colour encoding: the S-(L+M) ("blue-yellow") and L-M ("red-green") cone-opponent contrast channels ( Ling, Hurlbert & Robinson, 2006; Hurlbert & Ling, 2007). Here, we investigate whether colour preference in…
Descriptors: Infants, Color, Developmental Psychology, Visual Stimuli
Coch, Donna; Skendzel, Wendy; Grossi, Giordana; Neville, Helen – Developmental Science, 2005
Stimuli designed to selectively elicit motion or color processing were used in a developmental event-related potential study with adults and children aged 6, 7 and 8. A positivity at posterior site INZ (P-INZ) was greater to motion stimuli only in adults. The P1 and N1 were larger to color stimuli in both adults and children, but earlier to motion…
Descriptors: Color, Motion, Visual Stimuli, Language Proficiency
