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ERPs were recorded as subjects attended to stimuli on the basis of location and a nonspatial feature (color or movement direction). Selection for nonspatial features was associated with a qualitatively different ERP pattern dominated by a selection negativity that was hierarchically dependent upon selection for location. These data support the hypothesis that spatial attention has a unique, early selection mechanism that controls selection of nonspatial features. of special interest
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Anllo-Vento L, Hillyard SA. Selective attention to color and direction of moving stimuli: electrophysiological correlates of hierarchical feature selection. Percept Psychophys. 58:1996;191-206 ERPs were recorded as subjects attended to stimuli on the basis of location and a nonspatial feature (color or movement direction). Selection for nonspatial features was associated with a qualitatively different ERP pattern dominated by a selection negativity that was hierarchically dependent upon selection for location. These data support the hypothesis that spatial attention has a unique, early selection mechanism that controls selection of nonspatial features. of special interest.
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Spatial attention was found to modulate the P1 and N1 components (80-180 ms) that were localized by dipole modelling to ventro-lateral extrastriate cortex, but not the earlier C1 component (50-80 ms) localized to primary visual cortex. The work supports an extrastriate locus of attentional gain control during attention to location. of special interest
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Clark VP, Hillyard SA. Spatial selective attention affects early extrastriate but not striate components of the visual evoked potential. J Cogn Neurosci. 8:1996;387-402 Spatial attention was found to modulate the P1 and N1 components (80-180 ms) that were localized by dipole modelling to ventro-lateral extrastriate cortex, but not the earlier C1 component (50-80 ms) localized to primary visual cortex. The work supports an extrastriate locus of attentional gain control during attention to location. of special interest.
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ERPs were recorded during spatial attention under conditions of high and low stimulus luminance. Luminance changes produced similar effects on P1 and N1 components to attended and unattended stimuli, supporting a mechanism of sensory gain control in extrastriate cortex. The earlier C1 component was unaffected by attention. of special interest
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Combined recordings of ERPs and PET during spatial attention confirmed previous findings of Heinze et al. [20] that visual processing is facilitated in the fusiform gyrus of the hemisphere contralateral to the attended nemifield. Covariance of the amplitude of the attention-sensitive P1 component (80-130 ms) and fusiform gyrus blood flow as a function of task difficulty supported a common neural origin for these electrophysiological and PET indices of attention. A secondary focus of increased cerebral blood flow was seen in ventro-lateral extrastriate cortex of the middle occipital gyrus. of outstanding interest
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Mangun GR, Hopfinger J, Kussmaul CL, Fletchert E, Heinze HJ. Covariations in ERP and PET measures of spatial selective attention in human extrastriate visual cortex. Hum Brain Map. 5:1997;273-279 Combined recordings of ERPs and PET during spatial attention confirmed previous findings of Heinze et al. [20] that visual processing is facilitated in the fusiform gyrus of the hemisphere contralateral to the attended nemifield. Covariance of the amplitude of the attention-sensitive P1 component (80-130 ms) and fusiform gyrus blood flow as a function of task difficulty supported a common neural origin for these electrophysiological and PET indices of attention. A secondary focus of increased cerebral blood flow was seen in ventro-lateral extrastriate cortex of the middle occipital gyrus. of outstanding interest.
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Combined recordings of ERPs and PET during spatial attention suggested that the amplification of visual evoked activity reflected in the P1 component takes place in retinotopically organized extrastriate visual cortex. Unlike the studies of Heinze et al. [20] and Mangun et al. [21], this study presented stimuli to the lower visual fields. Spatial attention produced an increase in cerebral blood flow in dorsal occipital cortex of the contralateral hemisphere, which corresponded precisely with the location of the calculated dipole of the P1 attention effect. A secondary increase in blood flow was observed in the contralateral fusiform gyrus. of outstanding interest
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Woldorff MG, Fox PT, Matzke M, Lancaster JL, Veeraswamy S, Zamarripa F, Seabolt M, Glass T, Gao JH, Martin CC, Jerabek P. Retinotopic organization of the early visual-spatial attention effects as revealed by PET and ERPs. Hum Brain Map. 5:1997;280-286 Combined recordings of ERPs and PET during spatial attention suggested that the amplification of visual evoked activity reflected in the P1 component takes place in retinotopically organized extrastriate visual cortex. Unlike the studies of Heinze et al. [20] and Mangun et al. [21], this study presented stimuli to the lower visual fields. Spatial attention produced an increase in cerebral blood flow in dorsal occipital cortex of the contralateral hemisphere, which corresponded precisely with the location of the calculated dipole of the P1 attention effect. A secondary increase in blood flow was observed in the contralateral fusiform gyrus. of outstanding interest.
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Localized patterns of cortical neuronal activity during spatial attention were revealed by a novel optical imaging technique in which near-infrared light was passed through the head to an array of detectors over the scalp. Enhanced neural activity was observed in the lateral occipital cortex (Brodmann's area 19) in the hemisphere contralateral to the attended visual field in a time window corresponding to the P1 attention effect observed in previous studies. In contrast, neural activity localized to striate cortex was unaffected by attention. of special interest
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Gratton G. Attention and probability effects in the human occipital cortex: an optical imaging study. Neuroreport. 8:1997;1749-1753 Localized patterns of cortical neuronal activity during spatial attention were revealed by a novel optical imaging technique in which near-infrared light was passed through the head to an array of detectors over the scalp. Enhanced neural activity was observed in the lateral occipital cortex (Brodmann's area 19) in the hemisphere contralateral to the attended visual field in a time window corresponding to the P1 attention effect observed in previous studies. In contrast, neural activity localized to striate cortex was unaffected by attention. of special interest.
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Single-unit recordings were obtained from visual areas V1, V2 and V4 in monkeys trained to attend to sequences of stimuli flashed to locations inside or outside the neurons receptive fields. When both attended and unattended locations were included within a neuron's receptive field, the evoked neural discharge to attended stimuli was enhanced. Directing attention within a neuron's receptive field resulted in a tonically increased discharge that may reflect an attentional 'bias' signal. This work supports an extrastriate locus of attentional modulation. of special interest
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Luck SJ, Chelazzi L, Hillyard SA, Desimone R. Neural mechanisms of spatial selective attention areas V1, V2, and V4 of macaque visual cortex. J Neurophysiol. 77:1997;24-42 Single-unit recordings were obtained from visual areas V1, V2 and V4 in monkeys trained to attend to sequences of stimuli flashed to locations inside or outside the neurons receptive fields. When both attended and unattended locations were included within a neuron's receptive field, the evoked neural discharge to attended stimuli was enhanced. Directing attention within a neuron's receptive field resulted in a tonically increased discharge that may reflect an attentional 'bias' signal. This work supports an extrastriate locus of attentional modulation. of special interest.
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Presents a thoughtful analysis of how ERP evidence can help to distinguish among alternative theoretical models of selective attention ERP data showed a clear dissociation between effects of physical stimulus structure (spatial frequency) and effects of selective attention. of special interest
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Heslenfeld DJ, Kenemans JL, Kok A, Molenaar PCM. Feature processing and attention in the human visual system: an overview. Biol Psychol. 45:1997;183-215 Presents a thoughtful analysis of how ERP evidence can help to distinguish among alternative theoretical models of selective attention ERP data showed a clear dissociation between effects of physical stimulus structure (spatial frequency) and effects of selective attention. of special interest.
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ERPs were recorded to sequences of words presented in relevant and irrelevant colors. Attended-color words elicited larger selection negativity and late positive components, but behavioral data showed that words were processed at a lexical level even when presented in the unattended color. The authors proposed a late selection mechanism during attention to color. of special interest
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Czigler I, Geczy I. Event-related potential correlates of color selection and lexical decision: hierarchical processing or late selection? Int J Psychophysiol. 22:1996;67-84 ERPs were recorded to sequences of words presented in relevant and irrelevant colors. Attended-color words elicited larger selection negativity and late positive components, but behavioral data showed that words were processed at a lexical level even when presented in the unattended color. The authors proposed a late selection mechanism during attention to color. of special interest.
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Subjects attended to sequences of stimuli differing in color and shape and selected targets on basis of a color - shape conjunction. ERPs revealed the timing of separate stages of parallel and integrative feature selection, demonstrating that color and shape were processed as 'separable' attributes. Global shape processing was found to be self-terminating, whereas local shape processing is exhaustive. Feature integration occurred before the completion of processing of the separate attributes. of special interest
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Smid H, Jakob A, Heinze HJ. The organization of multidimensional selection on the basis of color and shape: an event-related brain potential study. Percept Psychophys. 59:1997;693-713 Subjects attended to sequences of stimuli differing in color and shape and selected targets on basis of a color - shape conjunction. ERPs revealed the timing of separate stages of parallel and integrative feature selection, demonstrating that color and shape were processed as 'separable' attributes. Global shape processing was found to be self-terminating, whereas local shape processing is exhaustive. Feature integration occurred before the completion of processing of the separate attributes. of special interest.
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Subjects attended to stimulus sequences varying in color and orientation and attended to a specific combination of these features. Separate ERP patterns were associated with selection of the individual attended features, but an early component elicited by the attended feature combination suggested an early, pre-attentive analysis of feature conjunctions. of special interest
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Subjects attended to moving fields of stimuli defined by color and direction of movement. Selection of color-movement conjunctions or 'objects' was associated with marked enhancement of early P1 and N1 components to those stimuli. The author suggest that conjunctions of certain features are encoded and selected at an early level of processing. of outstanding interest
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Valdes-Sosa M, Bobes MA, Rodriguez V, Pinilla T. Switching attention without shifting the spotlight: object-based attentional modulation of brain potentials. J Cogn Neurosci. 10:1998;137-151 Subjects attended to moving fields of stimuli defined by color and direction of movement. Selection of color-movement conjunctions or 'objects' was associated with marked enhancement of early P1 and N1 components to those stimuli. The author suggest that conjunctions of certain features are encoded and selected at an early level of processing. of outstanding interest.
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