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Results: 1-13 |
Results: 13
PAIRED-SPIKE INTERACTIONS AND SYNAPTIC EFFICACY OF RETINAL INPUTS TO THE THALAMUS
Authors: USREY WM REPPAS JB REID RC
Citation: Wm. Usrey et al., PAIRED-SPIKE INTERACTIONS AND SYNAPTIC EFFICACY OF RETINAL INPUTS TO THE THALAMUS, Nature, 395(6700), 1998, pp. 384-387
FUNCTIONAL-ANALYSIS OF V3A AND RELATED AREAS IN HUMAN VISUAL-CORTEX
Authors: TOOTELL RBH MENDOLA JD HADJIKHANI NK LEDDEN PJ LIU AK REPPAS JB SERENO MI DALE AM
Citation: Rbh. Tootell et al., FUNCTIONAL-ANALYSIS OF V3A AND RELATED AREAS IN HUMAN VISUAL-CORTEX, The Journal of neuroscience, 17(18), 1997, pp. 7060-7078
EYE-MOVEMENT RELATED ACTIVATION IN EXTRASTRIATE CORTEX REVEALED BY FMRI
Authors: BRANDT SA REPPAS JB DALE AM WENZEL R LIU AK TOOTELL RBH
Citation: Sa. Brandt et al., EYE-MOVEMENT RELATED ACTIVATION IN EXTRASTRIATE CORTEX REVEALED BY FMRI, Investigative ophthalmology & visual science, 38(4), 1997, pp. 3057-3057
REPRESENTATION OF MOTION BOUNDARIES IN RETINOTOPIC HUMAN VISUAL CORTICAL AREAS
Authors: REPPAS JB NIYOGI S DALE AM SERENO MI TOOTELL RBH
Citation: Jb. Reppas et al., REPRESENTATION OF MOTION BOUNDARIES IN RETINOTOPIC HUMAN VISUAL CORTICAL AREAS, Nature, 388(6638), 1997, pp. 175-179
ACTIVE P21RAS IS SUFFICIENT FOR RESCUE OF NGF-DEPENDENT RAT SYMPATHETIC NEURONS
Authors: NOBES CD REPPAS JB MARKUS A TOLKOVSKY AM
Citation: Cd. Nobes et al., ACTIVE P21RAS IS SUFFICIENT FOR RESCUE OF NGF-DEPENDENT RAT SYMPATHETIC NEURONS, Neuroscience, 70(4), 1996, pp. 1067-1079
MOTION BOUNDARIES IN THE HUMAN VISUAL-SYSTEM
Authors: REPPAS JB NIYOGI SA TOOTELL RBH
Citation: Jb. Reppas et al., MOTION BOUNDARIES IN THE HUMAN VISUAL-SYSTEM, Investigative ophthalmology & visual science, 37(3), 1996, pp. 3396-3396
TOPOGRAPHY OF THE IPSILATERAL REPRESENTATION IN HUMAN VISUAL-CORTEX REVEALED BY FMRI
Authors: MENDOLA JD DALE AM LIU AK REPPAS JB SERENO MI ROSEN BR TOOTELL RBH
Citation: Jd. Mendola et al., TOPOGRAPHY OF THE IPSILATERAL REPRESENTATION IN HUMAN VISUAL-CORTEX REVEALED BY FMRI, Investigative ophthalmology & visual science, 37(3), 1996, pp. 4969-4969
FUNCTIONAL-ANALYSIS OF HUMAN MT AND RELATED VISUAL CORTICAL AREAS USING MAGNETIC-RESONANCE-IMAGING
Authors: TOOTELL RBH REPPAS JB KWONG KK MALACH R BORN RT BRADY TJ ROSEN BR BELLIVEAU JW
Citation: Rbh. Tootell et al., FUNCTIONAL-ANALYSIS OF HUMAN MT AND RELATED VISUAL CORTICAL AREAS USING MAGNETIC-RESONANCE-IMAGING, The Journal of neuroscience, 15(4), 1995, pp. 3215-3230
CORTICAL CONTRIBUTIONS TO THE INTERPRETATION OF VISUAL IMAGE MOTION AND THE EXECUTION OF PURSUIT EYE-MOVEMENTS
Authors: REPPAS JB TOOTELL RBH DALE AM ROSEN BR
Citation: Jb. Reppas et al., CORTICAL CONTRIBUTIONS TO THE INTERPRETATION OF VISUAL IMAGE MOTION AND THE EXECUTION OF PURSUIT EYE-MOVEMENTS, Investigative ophthalmology & visual science, 36(4), 1995, pp. 205-205
VISUAL-MOTION, RETINOTOPY, EYE-MOVEMENTS AND A SEARCH FOR COLOR IN HUMAN CORTEX
Authors: TOOTELL RBH REPPAS JB DALE AM SERENO M MALACH R KWONG KK ROSEN BR
Citation: Rbh. Tootell et al., VISUAL-MOTION, RETINOTOPY, EYE-MOVEMENTS AND A SEARCH FOR COLOR IN HUMAN CORTEX, Investigative ophthalmology & visual science, 36(4), 1995, pp. 612-612
BORDERS OF MULTIPLE VISUAL AREAS IN HUMANS REVEALED BY FUNCTIONAL MAGNETIC-RESONANCE-IMAGING
Authors: SERENO MI DALE AM REPPAS JB KWONG KK BELLIVEAU JW BRADY TJ ROSEN BR TOOTELL RBH
Citation: Mi. Sereno et al., BORDERS OF MULTIPLE VISUAL AREAS IN HUMANS REVEALED BY FUNCTIONAL MAGNETIC-RESONANCE-IMAGING, Science, 268(5212), 1995, pp. 889-893
VISUAL-MOTION AFTEREFFECT IN HUMAN CORTICAL AREA MT REVEALED BY FUNCTIONAL MAGNETIC-RESONANCE-IMAGING
Authors: TOOTELL RBH REPPAS JB DALE AM LOOK RB SERENO MI MALACH R BRADY TJ ROSEN BR
Citation: Rbh. Tootell et al., VISUAL-MOTION AFTEREFFECT IN HUMAN CORTICAL AREA MT REVEALED BY FUNCTIONAL MAGNETIC-RESONANCE-IMAGING, Nature, 375(6527), 1995, pp. 139-141
OBJECT-RELATED ACTIVITY REVEALED BY FUNCTIONAL MAGNETIC-RESONANCE-IMAGING IN HUMAN OCCIPITAL CORTEX
Authors: MALACH R REPPAS JB BENSON RR KWONG KK JIANG H KENNEDY WA LEDDEN PJ BRADY TJ ROSEN BR TOOTELL RBH
Citation: R. Malach et al., OBJECT-RELATED ACTIVITY REVEALED BY FUNCTIONAL MAGNETIC-RESONANCE-IMAGING IN HUMAN OCCIPITAL CORTEX, Proceedings of the National Academy of Sciences of the United Statesof America, 92(18), 1995, pp. 8135-8139
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