Neuronal adaptation to visual motion in area MT of the macaque

Neuronal adaptation to visual motion in area MT of the macaque (2003)

Cached

Download Links

by Adam Kohn , J. Anthony Movshon , Howard Hughes

Venue:	Neuron
Citations:	10 - 1 self

BibTeX

@ARTICLE{Kohn03neuronaladaptation,
    author = {Adam Kohn and J. Anthony Movshon and Howard Hughes},
    title = {Neuronal adaptation to visual motion in area MT of the macaque},
    journal = {Neuron},
    year = {2003},
    pages = {681--691}
}

Bookmark

OpenURL

Abstract

whether adaptation is a universal feature of cortical computation or whether it mostly occurs early in a sensory processing stream and is simply inherited as adapted signals pass to downstream cortical areas. With this motivation in mind, we studied adaptation in neurons in cortical area MT (or V5), an extrastriate visual area that contains a high proportion of neurons that are selective for the direction of motion of visual stimuli (Zeki, 1974; Maunsell and Van Essen, 1983a). Adaptation in MT is of interest for several reasons. First, psychophysical studies suggest that visual motion pro-cessing is strongly affected by adaptation (for a review, see Mather et al, 1998). For instance, the prolonged viewing of a moving stimulus causes subsequently viewed static or motion-balanced stimuli to appear to

Citations

123	The neural code between neocortical pyramidal neurons depends on neurotransmitter release probability. Proc Natl Acad Sci U S A 94: 719–723 - Tsodyks, Markram - 1997
47	A theory about the functional role and synaptic mechanism of visual after-effects - Barlow - 1990
25	Natural image statistics and divisive normalization: Modeling nonlinearity and adaptation in cortical neurons - Wainwright, Schwartz, et al.
22	Visual motion aftereffect in human cortical area MT revealed by functional magnetic resonance imaging - Tootell, Reppas, et al. - 1995
15	Responses of single cells in cat visual cortex to prolonged stimulus movement: Neural correlates of visual aftereffects - Vautin, Berkley - 1977
9	Pattern adaptation in cat visual cortex is a cooperative phenomenon - VIDYASAGAR - 1990
4	Direction-selective adaptation in simple and complex cells in cat striate cortex - Marlin, Hasan, et al. - 1988
4	Functional properties - Maunsell, Essen - 1983
3	Motion processing in the macaque: revisited with functional magnetic resonance imaging - Tolias, Smirnakis, et al. - 2001
2	the temporal response characteristics of V1 cells. J. NeuWe recorded three to five trials for each adaptation condition. The rosci. 18, 4785–4799. test, adapt, and top-up durations in our second adaptation protocol (similar to that described in Movshon an - sion - 1979
2	Pattern selective adaptation - Movshon, Lennie - 1979
2	Close correlation between - He, Cohen, et al. - 1998
2	Motion opponency in visual cortex - some - 1999
1	m) were stained for Nissl substance with cresyl violet or for myelin - Abbott, Varela, et al. - 1997
1	be confirmed directly. In the remaining cases, we relied on the proximity to histologically confirmed recording sites and the high - Adelson, Bergen - 1985
1	that the recordings were made in MT (Desimone and - Ungerleider, D, et al. - 1987
1	Spatial conStimuli were luminance modulated, drifting sine-wave gratings pre- trast adaptation characteristics of neurons recorded in the cat’s sented at a frame rate of 100 Hz and a resolution of 1024 � 731 visual cortex - Albrecht, Farrar, et al. - 1984
1	The monitor (Eizo T550) subtended �22� of visual angle and Ashida - pixels - 1994
1	luminance divided by their sum. For each cell, we determined - Barlow, Hill - 1963
1	size of a drifting sine wave grating. Gratings were presented Nature 200, 1345–1347. to the dominant eye in one or two circular apertures, surrounded by a gray field of average luminance - tion
1	Adaptation Protocol We measured the effects of adaptation on the contrast-response - Bonds - 1991
1	logarithmic steps between 0.016 and 1.0. Spontaneous activity was Carandini - M, Ferster - 1997
1	the stimulus sequence. We used two adaptation protocols - Cavanaugh, Bair, et al. - 2002
1	of test stimuli, each proceeded by a 5 s top-up stimulus. Each - test, Nelson, et al. - 1998
1	smooth function of several parameters - Culham, Dukelow, et al. - 1996
1	Glass-coated platinum-plated - Merrill, Ainsworth - 1972
1	Multiple visual areas in adaptation in visual cortex to the structure of images. Science 285, the caudal superior temporal sulcus of the macaque - Muller, Metha, et al. - 1999
1	Adaptation-induced plas- correlates of a perceptual decision. Nature 341, 52–54. ticity of orientation tuning in adult visual cortex - Newsome, Britten, et al. - 1989
1	Contrast gain control Gallyas, F - Ohzawa, Sclar, et al. - 1982
1	Contrast gain control Giaschi - Ohzawa, Sclar, et al. - 1985
1	cific adaptation in area MT of the owl monkey - Grunewald, Lankheet - 1996
1	after-effect illusion predicted by cortical motion processing. Nature - Priebe, Churchland, et al. - 2002
1	Transparent motion perception - Qian, Andersen - 1994
1	Normalization of cell responses in cat striate - Heeger - 1992
1	19, 7162–7174. Membrane mechanisms underlying contrast adaptation in cat area - Sanchez-Vives, Nowak, et al. - 2000
1	sponse normalization in area MT of the rhesus macaque - NeuroSaul, B, et al. - 1989
1	Adaptation in single units in - Saul, Cynader - 1989
1	Aftereffect of seen motion with - Sekuler, Ganz - 1963
1	Contrast adaptaNeurosci. 19, 2224–2246. tion in striate cortex of the macaque. Vision Res - Sclar, Lennie, et al. - 1989
1	Neural correlate of Sclar - Maffei, Fiorentini, et al. - 1973
1	contrast in central visual pathways of the macaque monkey. Vision - Malone, Scott, et al. - 2002
1	A model of neuronal reNeurophysiol - Simoncelli, Heeger - 1998
1	Position-specific - Marlin, Douglas, et al. - 1993
1	The Motion Afteref - Mather, Verstraten, et al. - 1998
1	brain areas involved in the motion aftereffect. Neuroimage 11 - Maunsell, Essen - 1983
1	the middle temporal visual area (MT) and their relationship to a - Thiele, Dobkins, et al. - 2000
1	Separate channels for the analysis of the shape Properties of MT Neurons and the movement of a moving visual stimulus - Tolhurst - 1973
1	Motion adaptation - Wezel, Britten - 2002
1	Movement aftereffects in the visual cortex - Heydt, Hanny, et al. - 1978