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Results: 1-9 |
Results: 9
THE EFFECTS OF BROAD-BAND NOISE MASKING ON CORTICAL EVENT-RELATED POTENTIALS TO SPEECH SOUNDS VERTICAL-BAR-BA-VERTICAL-BAR AND VERTICAL-BAR-DA-VERTICAL-BAR
Authors: WHITING KA MARTIN BA STAPELLS DR
Citation: Ka. Whiting et al., THE EFFECTS OF BROAD-BAND NOISE MASKING ON CORTICAL EVENT-RELATED POTENTIALS TO SPEECH SOUNDS VERTICAL-BAR-BA-VERTICAL-BAR AND VERTICAL-BAR-DA-VERTICAL-BAR, Ear and hearing, 19(3), 1998, pp. 218-231
ESTIMATION OF THE PURE-TONE AUDIOGRAM BY THE AUDITORY BRAIN-STEM RESPONSE - A REVIEW
Authors: STAPELLS DR OATES P
Citation: Dr. Stapells et P. Oates, ESTIMATION OF THE PURE-TONE AUDIOGRAM BY THE AUDITORY BRAIN-STEM RESPONSE - A REVIEW, Audiology & neuro-otology, 2(5), 1997, pp. 257-280
FREQUENCY SPECIFICITY OF THE HUMAN AUDITORY BRAIN-STEM AND MIDDLE LATENCY RESPONSES TO BRIEF TONES .1. HIGH-PASS NOISE MASKING
Authors: OATES P STAPELLS DR
Citation: P. Oates et Dr. Stapells, FREQUENCY SPECIFICITY OF THE HUMAN AUDITORY BRAIN-STEM AND MIDDLE LATENCY RESPONSES TO BRIEF TONES .1. HIGH-PASS NOISE MASKING, The Journal of the Acoustical Society of America, 102(6), 1997, pp. 3597-3608
FREQUENCY SPECIFICITY OF THE HUMAN AUDITORY BRAIN-STEM AND MIDDLE LATENCY RESPONSES TO BRIEF TONES .2. DERIVED RESPONSE ANALYSES
Authors: OATES P STAPELLS DR
Citation: P. Oates et Dr. Stapells, FREQUENCY SPECIFICITY OF THE HUMAN AUDITORY BRAIN-STEM AND MIDDLE LATENCY RESPONSES TO BRIEF TONES .2. DERIVED RESPONSE ANALYSES, The Journal of the Acoustical Society of America, 102(6), 1997, pp. 3609-3619
THE EFFECTS OF DECREASED AUDIBILITY PRODUCED BY HIGH-PASS NOISE MASKING ON CORTICAL EVENT-RELATED POTENTIALS TO SPEECH SOUNDS VERTICAL-BAR-BA-VERTICAL-BAR AND VERTICAL-BAR-DA-VERTICAL-BAR
Authors: MARTIN BA SIGAL A KURTZBERG D STAPELLS DR
Citation: Ba. Martin et al., THE EFFECTS OF DECREASED AUDIBILITY PRODUCED BY HIGH-PASS NOISE MASKING ON CORTICAL EVENT-RELATED POTENTIALS TO SPEECH SOUNDS VERTICAL-BAR-BA-VERTICAL-BAR AND VERTICAL-BAR-DA-VERTICAL-BAR, The Journal of the Acoustical Society of America, 101(3), 1997, pp. 1585-1599
FREQUENCY-SPECIFIC IDENTIFICATION OF HEARING-LOSS USING TRANSIENT-EVOKED OTOACOUSTIC EMISSIONS TO CLICKS AND TONES
Authors: LICHTENSTEIN V STAPELLS DR
Citation: V. Lichtenstein et Dr. Stapells, FREQUENCY-SPECIFIC IDENTIFICATION OF HEARING-LOSS USING TRANSIENT-EVOKED OTOACOUSTIC EMISSIONS TO CLICKS AND TONES, Hearing research, 98(1-2), 1996, pp. 125-136
THRESHOLDS FOR AUDITORY DRAIN STEM RESPONSES TO TONES IN NOTCHED NOISE FROM INFANTS AND YOUNG-CHILDREN WITH NORMAL-HEARING OR SENSORINEURALHEARING-LOSS
Authors: STAPELLS DR GRAVEL JS MARTIN BA
Citation: Dr. Stapells et al., THRESHOLDS FOR AUDITORY DRAIN STEM RESPONSES TO TONES IN NOTCHED NOISE FROM INFANTS AND YOUNG-CHILDREN WITH NORMAL-HEARING OR SENSORINEURALHEARING-LOSS, Ear and hearing, 16(4), 1995, pp. 361-371
ELECTROPHYSIOLOGIC MANIFESTATIONS OF IMPAIRED TEMPORAL-LOBE AUDITORY PROCESSING IN VERBAL AUDITORY AGNOSIA
Authors: KLEIN SK KURTZBERG D BRATTSON A KREUZER JA STAPELLS DR DUNN MA RAPIN I VAUGHAN HG
Citation: Sk. Klein et al., ELECTROPHYSIOLOGIC MANIFESTATIONS OF IMPAIRED TEMPORAL-LOBE AUDITORY PROCESSING IN VERBAL AUDITORY AGNOSIA, Brain and language, 51(3), 1995, pp. 383-405
PURE-TONE MASKING PROFILES FOR HUMAN AUDITORY BRAIN-STEM AND MIDDLE LATENCY RESPONSES TO 500-HZ TONES
Authors: WU CY STAPELLS DR
Citation: Cy. Wu et Dr. Stapells, PURE-TONE MASKING PROFILES FOR HUMAN AUDITORY BRAIN-STEM AND MIDDLE LATENCY RESPONSES TO 500-HZ TONES, Hearing research, 78(2), 1994, pp. 169-174
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