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Original Article

Reexamination of Effects of Stimulus Rate and Number on the Middle Components of the Averaged Electroencephalic Response

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Pages 456-465 | Published online: 07 Jul 2009

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Read on this site (6)

Nina Kraus, D. Ian Smith & Therese McGee. (1987) Rate and Filter Effects on the Developing Middle-Latency Response. Audiology 26:5, pages 257-268.
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Iwao Kadobayashi, Yasuhiko Kira, Akiteru Toyoshimah & Hidetoshi Nishijimac. (1984) A Study of Auditory Middle Latency Responses in Relation to Electrode Combinations and Stimulus Conditions. Audiology 23:5, pages 509-519.
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M. Scherg. (1982) Distortion of the Middle Latency Auditory Response Produced by Analog Filtering. Scandinavian Audiology 11:1, pages 57-60.
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M. C. Vivion, J. E. Hirsch, J. L. Frye-osier & R. Goldstein. (1980) Effects of Stimulus Rise-Fall Time and Equivalent Duration on Middle Components of AER. Scandinavian Audiology 9:4, pages 223-232.
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Kazuoki Kodera, Osamu Yamada, Hitoshi Yamane & Jun-Ichi Suzuki. (1978) Effects of Number and Interstimulus Interval of Tone Pips on Fast Responses. Audiology 17:6, pages 500-510.
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Michael C. Vivion, Robert Goldstein, Kenneth E. Wolf & William H. McFarland. (1977) Middle Components of Human Auditory Averaged Electroencephalic Response: Waveform Variations During Averaging. Audiology 16:1, pages 21-37.
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Articles from other publishers (19)

Fran López‐Caballero, Brian Coffman, Dylan Seebold, Tobias Teichert & Dean F. Salisbury. (2022) Intensity and inter‐stimulus‐interval effects on human middle‐ and long‐latency auditory evoked potentials in an unpredictable auditory context . Psychophysiology 60:4.
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Xiao-Dan Tan, Xian Peng, Changan A. Zhan & Tao Wang. (2016) Comparison of Auditory Middle-Latency Responses From Two Deconvolution Methods at 40 Hz. IEEE Transactions on Biomedical Engineering 63:6, pages 1157-1166.
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Christina R Maxwell, Yuling Liang, Bryanne D Weightman, Stephen J Kanes, Ted Abel, Raquel E Gur, Bruce I Turetsky, Warren B Bilker, Robert H Lenox & Steven J Siegel. (2004) Effects of Chronic Olanzapine and Haloperidol Differ on the Mouse N1 Auditory Evoked Potential. Neuropsychopharmacology 29:4, pages 739-746.
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Toshiaki Onitsuka, Hideaki Ninomiya, Eigo Sato, Tomoya Yamamoto & Nobutada Tashiro. (2003) Differential characteristics of the middle latency auditory evoked magnetic responses to interstimulus intervals. Clinical Neurophysiology 114:8, pages 1513-1520.
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Hillel Pratt, Naomi Mittelman, Naomi Bleich & Menashe Zaaroor. (2002) Band-Pass Specific Contributions of Multiple Generators to the Auditory 40-Hz SteadyState Potentials. Ear and Hearing 23:1, pages 41-48.
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Hideaki Ninomiya, Eigo Sato, Toshiaki Onitsuka, Takaharu Hayashida & Nobutada Tashiro. (2000) Auditory P50 obtained with a repetitive stimulus paradigm shows suppression to high-intensity tones. Psychiatry and Clinical Neurosciences 54:4, pages 493-497.
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Toshiaki Onitsuka, Hideaki Ninomiya, Eigo Sato, Tomoya Yamamoto & Nobutada Tashiro. (2000) The effect of interstimulus intervals and between-block rests on the auditory evoked potential and magnetic field: is the auditory P50 in humans an overlapping potential?. Clinical Neurophysiology 111:2, pages 237-245.
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CHUNG-HO CHEN, HIDEAKI NINOMIYA & TOSHIAKI ONITSUKA. (1997) Influence of reference electrodes, stimulation characteristics and task paradigms on auditory P50. Psychiatry and Clinical Neurosciences 51:3, pages 139-143.
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Hideaki Ninomiya, Toshiaki Onitsuka, Chung-Ho Chen & Naoko Kinukawa. (1997) Possible overlapping potentials of the auditory P50 in humans: factor analysis of middle latency auditory evoked potentials. Electroencephalography and Clinical Neurophysiology/Evoked Potentials Section 104:1, pages 23-30.
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N.A. Shaw. (1995) The temporal relationship between the brainstem and primary cortical auditory evoked potentials. Progress in Neurobiology 47:2, pages 95-103.
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David L. Woods, Claude Alain, Diego Covarrubias & Oren Zaidel. (1995) Middle latency auditory evoked potentials to tones of different frequency. Hearing Research 85:1-2, pages 69-75.
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Anthony T. Cacace, Saty Satya-Murti & Jonathan R. Wolpaw. (1990) Human middle-latency auditory evoked potentials: vertex and temporal components. Electroencephalography and Clinical Neurophysiology/Evoked Potentials Section 77:1, pages 6-18.
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N. Kraus, D.I. Smith & T. McGee. (1988) Midline and temporal lobe MLRs in the guinea pig originate from different generator systems: a conceptual framework for new and existing data. Electroencephalography and Clinical Neurophysiology 70:6, pages 541-558.
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P J Abbas. (1988) Electrophysiology of the auditory system. Clinical Physics and Physiological Measurement 9:1, pages 1-31.
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Barbara Cone-Wesson, Diane Kurtzberg & Herbert G. VaughanJr.Jr.. (1987) Electrophysiologic assessment of auditory pathways in high risk infants. International Journal of Pediatric Otorhinolaryngology 14:2-3, pages 203-214.
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R.J Erwin & J.S Buchwald. (1986) Midlatency auditory evoked responses: Differential recovery cycle characteristics. Electroencephalography and Clinical Neurophysiology 64:5, pages 417-423.
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Tokuro Suzuki, Minato Hirabayashi & Kiyoko Kobayashi. (2016) Effects of Analog and Digital Filtering on Auditory Middle Latency Responses in Adults and Young Children. Annals of Otology, Rhinology & Laryngology 93:3, pages 267-270.
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E. Colon, S. Visser, J. de Weerd & A. ZonneveldtA. Zonneveldt, J. L. Blom & J. J. Rotteveel. 1983. Evoked Potential Manual. Evoked Potential Manual 75 161 .
Iwao Kadobayashi, Akiteru Toyoshima & Nobukatsu Kato. (1981) Middle Latency Components of the Auditory Evoked Response: Lateral Differences and Changes by Mental Tasks. Psychiatry and Clinical Neurosciences 35:2, pages 123-128.
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