Musical training induces structural and functional neuroplastic changes, which produce behavioral and cognitive differences. Several studies have focused on differences in hemispheric asymmetries, with musicians showing reduced asymmetries in inter-hemispheric transfer times, as well as reduced leftward biases in line bisection tasks. The present study aims at investigating visual hemifields biases in musicians and non-musicians in an exogenous attentional task.
Differences between musicians and non-musicians in exogenous attentional orienting: a preliminary study / Nappo, Raffaele; Gigante, Elena; Galati, Gaspare. - ELETTRONICO. - (2013), pp. 111-111. (Intervento presentato al convegno xxi Congresso SIPF tenutosi a LECCE nel 24-26 OTTOBRE 2013).
Differences between musicians and non-musicians in exogenous attentional orienting: a preliminary study
NAPPO, RAFFAELE;GIGANTE, ELENA;GALATI, Gaspare
2013
Abstract
Musical training induces structural and functional neuroplastic changes, which produce behavioral and cognitive differences. Several studies have focused on differences in hemispheric asymmetries, with musicians showing reduced asymmetries in inter-hemispheric transfer times, as well as reduced leftward biases in line bisection tasks. The present study aims at investigating visual hemifields biases in musicians and non-musicians in an exogenous attentional task.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
