2010OphthalmologicaRequires access

Amplitudes of Visually Evoked Cortical Responses due to Full-Field Stimulation and to Stimulation with Four Half-Fields

Dirk Orban, W. Müller

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Abstract

In 30 healthy subjects the VECP following full-fields, upper, lower, nasal and temporal half-field stimulation was recorded. The full-field amplitudes is significantly larger than each of the half-field responses. For peak P120, the amplitudes following lower half-field stimulation is significantly larger than the amplitude due to upper, nasal and temporal half-field stimulation. The sum two half-field amplitude is significantly larger than the full-field response.

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What this paper is about

In 30 healthy subjects the VECP following full-fields, upper, lower, nasal and temporal half-field stimulation was recorded. The full-field amplitudes is significantly larger than each of the half-field responses. For peak P120, the amplitudes following lower half-field stimulation is significantly larger than the amplitude due to upper, nasal and temporal half-field stimulation. The sum two half-field amplitude is significantly larger than the full-field response.

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Available abstract

In 30 healthy subjects the VECP following full-fields, upper, lower, nasal and temporal half-field stimulation was recorded. The full-field amplitudes is significantly larger than each of the half-field responses. For peak P120, the amplitudes following lower half-field stimulation is significantly larger than the amplitude due to upper, nasal and temporal half-field stimulation. The sum two half-field amplitude is significantly larger than the full-field response.

Key concepts: Amplitude, Stimulation, Field (mathematics), Physics, Nuclear magnetic resonance, Medicine, Mathematics, Optics

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Amplitudes of Visually Evoked Cortical Responses due to Full-Field Stimulation and to Stimulation with Four Half-Fields — Research Paper | ScholarLens