A. Capacity limitation
B. Selectivity
C. Location
D. Feature-based attention
B. Selectivity
Another key aspect of attention is Capacity limitation – central resources for processing stimulus inputs are limited, allocation until capacity is exhausted
A. Right angular gyrus
B. Lateral geniculate nucleus
C. Pre-central gyrus
D. None of the above
A. Right angular gyrus
A. EEG
B. fMRI
C. PET
D. TMS
C. PET
A. direct their attention to the contralesional side, unless the ipsilesional side contains a distractor
B. direct their attention to the ipsilateral side, unless the contralesional side contains a distractor
C. direct their attention only to the contralesional side
D. direct their attention only to the ipsilateral side
D. direct their attention only to the ipsilateral side
A. geniculostriate, retinotectal
B. ventral parietal, retinotectal
C. retinotectal, geniculostriate
D. retinotectal, ventral parietal
C. retinotectal, geniculostriate
A. Mechanisms of attention are crucial for enhancing neural representations of behaviourally relevant sensory inputs, and for suppressing representations of irrelevant inputs/
B. Human imaging and stimulation studies have revealed the locations and time-course of brain activity associated with automatic and voluntary shifts of attention
C. Attention alters responses of individual neurons across many levels of cortical representation
D. Focused attention does not seem necessary for perceptual awareness. Without focused attention, conscious perception and corresponding neural responses are still present
D. Focused attention does not seem necessary for perceptual awareness. Without focused attention, conscious perception and corresponding neural responses are still present
the opposite
Functional magnetic resonance imaging (fMRI)
Oxyhaemoglobin is diagnetic (artery)
Deoxyhaemoglobin is paramagnetic (vein)
True
What are the principles of TMS
Exploits the principle of electromagnetic induction
Stimulating coil generates a magnetic field that passes unimpeded through the skull to induce a secondary electric current in underlying cortex
TMS depolarises neurons
TMS can suppress/enhance perception, elicit phosphenes, alter cortical excitability; useful tool for studying localization of brain function and neural connectivity
True
Cortical specialization for faces and places
Fusiform face area responds strongly to faces, but weak to other things
Parahippocampal place area responds strongly to places, but does not respond to faces
True