AbstractPurposeTo investigate whether rod a-wave analysis using high intensity flashes adds information above that obtained with standard ERG.MethodsA total of 2396 eyes were recorded. Patient age was 2.4 months–84.6 years.ResultsA-wave analysis of high intensity flashes provided additional information on rod system function in 25% of eyes recorded, most importantly in subjects with midretinal disease and artificially reduced rod responses. High intensity flashes also provided measurable responses for longitudinal monitoring in rod dystrophies with non-recordable rod ERGs.ConclusionsClinical ERG testing would benefit greatly from adding high intensity flashes to its standard testing conditions
AbstractA quantitative description of the activation reactions in the cGMP phototransduction cascade...
The first investigations into the electrophysiology of the retina were published over 80 years ago (...
Background: The scotopic 15-Hz flicker electroretinogram (ERG) has two limbs (slow and fast ERG rod ...
AbstractPurposeTo investigate whether rod a-wave analysis using high intensity flashes adds informat...
AbstractDelayed rod ERGb-waves in patients with an unusual retinal dystrophy have been attributed by...
To refine methods of electroretinographical (ERG) recording for the analysis of low retinal potentia...
YesThe purpose of this paper is to demonstrate: 1) that silent substitution stimuli can be used gene...
YesPurpose: To demonstrate that silent substitution stimuli can be used to generate electroretinogra...
<p>A) Graph of the amplitude of scotopic, full field a-waves in response to flashes of increasing in...
The a-wave of the human corneal recorded, dark-adapted, electroretinogram (ERG) provides a non-invas...
The minimum in the amplitude versus flash strength curve of dark-adapted 15 Hz electroretinograms (E...
AbstractThe dark-adapted cone electroretinogram (ERG) is difficult to isolate because of unwanted ro...
The International Society for Clinical Electrophysiology of Vision (ISCEV) standard for full-field e...
Purpose: The x-wave of the dark-adapted (DA) ERG to a red flash reflects DA cone function. This expl...
The International Society for Clinical Electrophysiology of Vision (ISCEV) standard for full-field e...
AbstractA quantitative description of the activation reactions in the cGMP phototransduction cascade...
The first investigations into the electrophysiology of the retina were published over 80 years ago (...
Background: The scotopic 15-Hz flicker electroretinogram (ERG) has two limbs (slow and fast ERG rod ...
AbstractPurposeTo investigate whether rod a-wave analysis using high intensity flashes adds informat...
AbstractDelayed rod ERGb-waves in patients with an unusual retinal dystrophy have been attributed by...
To refine methods of electroretinographical (ERG) recording for the analysis of low retinal potentia...
YesThe purpose of this paper is to demonstrate: 1) that silent substitution stimuli can be used gene...
YesPurpose: To demonstrate that silent substitution stimuli can be used to generate electroretinogra...
<p>A) Graph of the amplitude of scotopic, full field a-waves in response to flashes of increasing in...
The a-wave of the human corneal recorded, dark-adapted, electroretinogram (ERG) provides a non-invas...
The minimum in the amplitude versus flash strength curve of dark-adapted 15 Hz electroretinograms (E...
AbstractThe dark-adapted cone electroretinogram (ERG) is difficult to isolate because of unwanted ro...
The International Society for Clinical Electrophysiology of Vision (ISCEV) standard for full-field e...
Purpose: The x-wave of the dark-adapted (DA) ERG to a red flash reflects DA cone function. This expl...
The International Society for Clinical Electrophysiology of Vision (ISCEV) standard for full-field e...
AbstractA quantitative description of the activation reactions in the cGMP phototransduction cascade...
The first investigations into the electrophysiology of the retina were published over 80 years ago (...
Background: The scotopic 15-Hz flicker electroretinogram (ERG) has two limbs (slow and fast ERG rod ...