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Results: 1-11 |
Results: 11
RIGHT PARIETAL CORTEX IS INVOLVED IN THE PERCEPTION OF SOUND MOVEMENTIN HUMANS
Authors: GRIFFITHS TD REES G REES A GREEN GGR WITTON C ROWE D BUCHEL C TURNER R FRACKOWIAK RSJ
Citation: Td. Griffiths et al., RIGHT PARIETAL CORTEX IS INVOLVED IN THE PERCEPTION OF SOUND MOVEMENTIN HUMANS, NATURE NEUROSCIENCE, 1(1), 1998, pp. 74-79
SENSITIVITY TO DYNAMIC AUDITORY AND VISUAL-STIMULI PREDICTS NONWORD READING-ABILITY IN BOTH DYSLEXIC AND NORMAL READERS
Authors: WITTON C TALCOTT JB HANSEN PC RICHARDSON AJ GRIFFITHS TD REES A STEIN JF GREEN GGR
Citation: C. Witton et al., SENSITIVITY TO DYNAMIC AUDITORY AND VISUAL-STIMULI PREDICTS NONWORD READING-ABILITY IN BOTH DYSLEXIC AND NORMAL READERS, Current biology, 8(14), 1998, pp. 791-797
DETECTION AND DISCRIMINATION OF APPARENT SOUND MOVEMENT BY HUMAN LISTENERS
Authors: WITTON C REES A LAVIS R GRIFFITHS TD GREEN GGR
Citation: C. Witton et al., DETECTION AND DISCRIMINATION OF APPARENT SOUND MOVEMENT BY HUMAN LISTENERS, Journal of physiology, 506P, 1998, pp. 85-85
FUNCTIONAL IMAGING OF HUMAN SOUND-MOVEMENT PERCEPTION IN RESPONSE TO INTERAURAL PHASE AND AMPLITUDE CUES
Authors: GRIFFITHS TD REES G REES A GREEN GGR WITTON C ROWE D BUECHEL C TURNER R FRACKOWIAK RSJ
Citation: Td. Griffiths et al., FUNCTIONAL IMAGING OF HUMAN SOUND-MOVEMENT PERCEPTION IN RESPONSE TO INTERAURAL PHASE AND AMPLITUDE CUES, Journal of physiology, 506P, 1998, pp. 85-85
THE USE OF MAGNETOENCEPHALOGRAPHY TO INVESTIGATE THE CORTICAL RESPONSE TO SOUNDS THAT APPEAR TO MOVE
Authors: GREEN GGR IOANNIDES AA BRAMWELL D GRIFFITHS TD REES A WITTON C HURLBERT AC BAMIDIS PD MOELLER P BOERS F DAMMERS J MULLERGARTNER HW
Citation: Ggr. Green et al., THE USE OF MAGNETOENCEPHALOGRAPHY TO INVESTIGATE THE CORTICAL RESPONSE TO SOUNDS THAT APPEAR TO MOVE, British journal of audiology, 31(2), 1997, pp. 91-92
TEMPORAL PATTERN-ANALYSIS IN DYSLEXIA
Authors: WITTON C RICHARDSON A GRIFFITHS TD REES A GREEN GGR
Citation: C. Witton et al., TEMPORAL PATTERN-ANALYSIS IN DYSLEXIA, British journal of audiology, 31(2), 1997, pp. 100-101
COMBINED AMUSIA AND SPATIAL-ANALYSIS DEFICIT FOLLOWING RIGHT-HEMISPHERE INFARCTION
Authors: GRIFFITHS TD REES A WITTON C CROSS PM SHAKIR RA GREEN GR
Citation: Td. Griffiths et al., COMBINED AMUSIA AND SPATIAL-ANALYSIS DEFICIT FOLLOWING RIGHT-HEMISPHERE INFARCTION, British journal of audiology, 31(2), 1997, pp. 117-118
FUNCTIONAL IMAGING OF BRAIN-REGIONS INVOLVED IN THE ANALYSIS OF PHASEMODULATION RAMPS SIMULATING MOVEMENT
Authors: GRIFFITHS TD REES A WITTON C GREEN GGR FRACKOWIAK RSJ
Citation: Td. Griffiths et al., FUNCTIONAL IMAGING OF BRAIN-REGIONS INVOLVED IN THE ANALYSIS OF PHASEMODULATION RAMPS SIMULATING MOVEMENT, British journal of audiology, 31(2), 1997, pp. 128-129
SOUND MOVEMENT DETECTION DEFICIT DUE TO A BRAIN-STEM LESION
Authors: GRIFFITHS TD BATES D REES A WITTON C GHOLKAR A GREEN GGR
Citation: Td. Griffiths et al., SOUND MOVEMENT DETECTION DEFICIT DUE TO A BRAIN-STEM LESION, Journal of Neurology, Neurosurgery and Psychiatry, 62(5), 1997, pp. 522-526
SPATIAL AND TEMPORAL AUDITORY PROCESSING DEFICITS FOLLOWING RIGHT-HEMISPHERE INFARCTION - A PSYCHOPHYSICAL STUDY
Authors: GRIFFITHS TD REES A WITTON C CROSS PM SHAKIR RA GREEN GGR
Citation: Td. Griffiths et al., SPATIAL AND TEMPORAL AUDITORY PROCESSING DEFICITS FOLLOWING RIGHT-HEMISPHERE INFARCTION - A PSYCHOPHYSICAL STUDY, Brain, 120, 1997, pp. 785-794
EVIDENCE FOR A SOUND MOVEMENT AREA IN THE HUMAN CEREBRAL-CORTEX
Authors: GRIFFITHS TD REES A WITTON C SHAKIR RA HENNING GB GREEN GGR
Citation: Td. Griffiths et al., EVIDENCE FOR A SOUND MOVEMENT AREA IN THE HUMAN CEREBRAL-CORTEX, Nature, 383(6599), 1996, pp. 425-427
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