Pubblicazioni

Volitional covert orienting to a peripheral cue does not suppress cue-induced inhibition of return  (2000)

Autori:
Berlucchi, Giovanni; Chelazzi, Leonardo; Tassinari, Giancarlo

Titolo:
Volitional covert orienting to a peripheral cue does not suppress cue-induced inhibition of return

Anno:
2000

Tipologia prodotto:
Articolo in Rivista

Tipologia ANVUR:
Articolo su rivista

Lingua:
Inglese

Formato:
A Stampa

Referee:

Nome rivista:
Cognitive Neurosciences

ISSN Rivista:
0898-929X

N° Volume:
12

Numero o Fascicolo:
4

Intervallo pagine:
648-663

Breve descrizione dei contenuti:
Detection reaction time (RT) at an extrafoveal location can be increased by noninformative precues presented at that location or ipsilaterally to it. This cue-induced inhibition is called inhibition of return or ipsilateral inhibition. We measured detection RT to simple light targets at extrafoveal locations that could be designated for covert orienting by local or distant cues. We found that cue-induced inhibition cooccurred in an additive fashion with the direct effects of covert orienting, i.e., it detracted from facilitation at attended locations and increased the disadvantage for unattended locations. Thus, cue-induced inhibition cannot be suppressed by a volitional covert orienting to the cued location; the co-occurrence of different facilitatory and inhibitory effects confirms the simultaneous operation of multiple independent attentional mechanisms during covert orienting.

Id prodotto:
420

Handle IRIS:
11562/301032

depositato il:
20 luglio 2007

ultima modifica:
11 novembre 2022

Citazione bibliografica:
Berlucchi, Giovanni; Chelazzi, Leonardo; Tassinari, Giancarlo, Volitional covert orienting to a peripheral cue does not suppress cue-induced inhibition of return «Cognitive Neurosciences» , vol. 12 , n. 42000pp. 648-663

Consulta la scheda completa presente nel repository istituzionale della Ricerca di Ateneo IRIS

Progetti Collegati
Titolo Dipartimento Responsabili
Meccanismi nervosi dell'attenzione visuo-spaziale Dipartimento Neuroscienze, Biomedicina e Movimento Giovanni Berlucchi
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