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Motion-onset VEPs: Characteristics, methods, and diagnostic use

Vision research (Oxford), 2007, Vol.47 (2), p.189-202

2007

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ID 427 – Morphological and functional markers of visual processing in clinically isolated syndrome: correlation study

Clinical neurophysiology, 2016-03, Vol.127 (3), p.e96-e96

2016

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40. Optical coherence tomography and visual evoked potentials in healthy persons

Clinical neurophysiology, 2014-05, Vol.125 (5), p.e37-e38

2014

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Motion-onset VEPs reflect long maturation and early aging of visual motion-processing system

Vision research (Oxford), 2006-02, Vol.46 (4), p.536-544

2006

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Gender impact on electrophysiological activity of the brain

Physiological research, 2012-01, Vol.61 Suppl 2, p.S119-S127

2012

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Visual mismatch negativity elicited by magnocellular system activation

Vision research (Oxford), 2006-02, Vol.46 (4), p.485-490

2006

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39. Electrophysiological diagnosis of early cns involvement in HIV-1 infection – Pilot study

Clinical neurophysiology, 2014-05, Vol.125 (5), p.e37-e37

2014

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11. Pilot attempt to monitor Graves’ ophthalmopathy with pattern-reversal and motion-onset VEPS

Clinical neurophysiology, 2012-03, Vol.123 (3), p.e11-e12

2012

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Pattern and motion-related visual-evoked potentials in neuroborreliosis: follow-up study

Journal of clinical neurophysiology, 2012-04, Vol.29 (2), p.174-180

2012

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9. Origins of VEP response suppression during prolonged visual motion stimulation

Clinical neurophysiology, 2012-03, Vol.123 (3), p.e11-e11

2012

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Role of latency jittering correction in motion-onset VEP amplitude decay during prolonged visual stimulation

Documenta ophthalmologica, 2012-06, Vol.124 (3), p.211-223

2012

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Visual evoked potentials to pattern, motion and cognitive stimuli in Alzheimer’s disease

Documenta ophthalmologica, 2010-08, Vol.121 (1), p.37-49

2010

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06-Diagnostic substantiation and current possibilities of VEPS examination

Clinical neurophysiology, 2018-04, Vol.129 (4), p.e8-e8

2018

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37. Difficulties of motion-onset VEP examination in children

Clinical neurophysiology, 2014-05, Vol.125 (5), p.e36-e37

2014

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W10.2 Motion-onset visual evoked potentials provide unique diagnostic info I. Methods

Clinical neurophysiology, 2011, Vol.122, p.S32-S32

2011

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P21.5 Motion-onset visual evoked potentials provide unique diagnostic info II. Clinical studies

Clinical neurophysiology, 2011, Vol.122, p.S152-S153

2011

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Visual evoked potentials can be examined anywhere with the new portable device

Česká a Slovenská neurologie a neurochirurgie, 2023-08, Vol.86/119 (4)

2023

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W7.3 Electrophysiological study of visual processing in spinocerebellar ataxia type 2

Clinical neurophysiology, 2011, Vol.122, p.S23-S23

2011

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P1-9 Origins of motion-VEPs amplitude decay during prolonged visual stimulation

Clinical neurophysiology, 2010, Vol.121, p.S103-S103

2010

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P4-2 Visual motion mismatch negativity — no effect of task modulation

Clinical neurophysiology, 2010, Vol.121, p.S121-S121

2010

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Effect of memantine in Alzheimer's disease evaluated by visual-evoked potentials to pattern-reversal, motion-onset, and cognitive stimuli

Journal of clinical neurophysiology, 2010-10, Vol.27 (5), p.334-340

2010

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Motion‐onset visual evoked potentials ‐ Important tool in vision and eye research

Acta ophthalmologica (Oxford, England), 2013-08, Vol.91 (s252), p.0-0

2013

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VEP evidence of significant differences in motion perception in children

Acta ophthalmologica (Oxford, England), 2013-08, Vol.91 (s252), p.0-0

2013

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FC42.4 Motion-onset visual evoked potentials II. – Pilot diagnostic studies

Clinical neurophysiology, 2006-09, Vol.117, p.1-1

2006

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P30.26 Motion-onset visual evoked potentials I – testing of methods

Clinical neurophysiology, 2006-09, Vol.117, p.138-138

2006

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Motion-onset VEPs: Characteristics, methods, and diagnostic use

ID 427 – Morphological and functional markers of visual processing in clinically isolated syndrome: correlation study

40. Optical coherence tomography and visual evoked potentials in healthy persons

Motion-onset VEPs reflect long maturation and early aging of visual motion-processing system

Gender impact on electrophysiological activity of the brain

Visual mismatch negativity elicited by magnocellular system activation

39. Electrophysiological diagnosis of early cns involvement in HIV-1 infection – Pilot study

11. Pilot attempt to monitor Graves’ ophthalmopathy with pattern-reversal and motion-onset VEPS

Pattern and motion-related visual-evoked potentials in neuroborreliosis: follow-up study

9. Origins of VEP response suppression during prolonged visual motion stimulation

Role of latency jittering correction in motion-onset VEP amplitude decay during prolonged visual stimulation

Visual evoked potentials to pattern, motion and cognitive stimuli in Alzheimer’s disease

06-Diagnostic substantiation and current possibilities of VEPS examination

37. Difficulties of motion-onset VEP examination in children

W10.2 Motion-onset visual evoked potentials provide unique diagnostic info I. Methods

P21.5 Motion-onset visual evoked potentials provide unique diagnostic info II. Clinical studies

Visual evoked potentials can be examined anywhere with the new portable device

W7.3 Electrophysiological study of visual processing in spinocerebellar ataxia type 2

P1-9 Origins of motion-VEPs amplitude decay during prolonged visual stimulation

P4-2 Visual motion mismatch negativity — no effect of task modulation

Effect of memantine in Alzheimer's disease evaluated by visual-evoked potentials to pattern-reversal, motion-onset, and cognitive stimuli

Motion‐onset visual evoked potentials ‐ Important tool in vision and eye research

VEP evidence of significant differences in motion perception in children

FC42.4 Motion-onset visual evoked potentials II. – Pilot diagnostic studies

P30.26 Motion-onset visual evoked potentials I – testing of methods

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