| Contents: |
1 History of the electroretinogram --
2 History of electro-oculography --
3 History of visual evoked cortical testing --
4 The photoreceptor-retinal pigment epithelium interface --
5 Membrane mechanisms of the retinal pigment epithelium --
6 Functional organization of the retina --
7 Phototransduction and photoreceptor physiology --
8 Synaptic transmission: sensitivity control mechanisms --
9 Structure and function of retinal synapses: role of cell adhesion molecules and extracellular matrix --
10 Central disorders of vision in humans --
11 Origin and significance of the electro-oculogram --
12 Origin of the electroretinogram --
13 Origin of the pattern electroretinogram --
14 Multifocal electroretinographic and visual evoked potential techniques --
15 Origin of the visual evoked potentials --
16 Data acquisition systems for electrodiagnostic testing --
17 Electrodes for visual testing --
18 Amplifiers and special-purpose data acquisition systems --
19 Stimulus devices, calibration, and measurement of light --
20 Introduction to the ISCEV standards --
EOG standard --
Standard for clinical electroretinography --
Visual evoked potentials standard --
Guidelines for basic multifocal electroretinography --
21 Multifocal techniques --
22 Pattern electroretinogram --
23 Assessing infant acuity, fusion, and stereopsis with visual evoked potentials --
24 Aging and pattern visual evoked cortical potential --
25 Aberrant albino and achiasmat visual pathways: noninvasive electrophysiological assessment --
26 Clinical psychophysical techniques --
27 Measurement of contrast sensitivity --
28 Suppressive rod-cone interaction --
29 Use of fluorescein angiography as an adjunct to electrophysiological testing --
30 Experimental design and data analyses in vision function testing --
31 Analytical techniques --
32 Reverse correlation methods --
33 Stimulus-response functions for the scotopic b-wave --
34 Kernel analysis --
35 Measuring the health of the human photoreceptors with the leading edge of the a-wave --
36 Localizing lesions in the visual system --
37 Paired-flash ERG analysis of rod phototransduction and adaptation --
38 Hyperabnormal (supranormal) electroretinographic responses --
39 Technical issues in evaluating patients for therapeutic trials. 40 Early receptor potential --
41 Nonphotic standing potential responses: hyperosmolarity, bicarbonate, and diamox responses --
42 Direct current electroretinogram --
43 Oscillatory potentials of the electroretinogram --
44 Flicker electroretinography --
45 Chromatic recordings of electroretinograms --
46 Adaptation effects on the electroretinogram --
47 Clinical electrophysiological and psychophysical investigations into color defects --
48 Causes and cures of artifacts --
49 Testing levels of the visual system --
50 Effects of high myopia on the electroretinogram --
51 Electrodiagnostic testing in malingering and hysteria --
52 Developmental amblyopia --
53 Visual evoked potentials in cortical blindness --
54 Drug side effects and toxicology of the visual system --
55 Mitochondrial diseases --
56 Diseases of the middle retina: venous and arterial occlusions --
57 Acute disorders of the outer retina, pigment epithelium and choroid --
58 Autoimmune retinopathy, CAR and MAR syndromes --
59 Ischemic optic neuropathy --
60 Gyrate atrophy of the choroid and retina --
61 Dominant drusen --
62 Stargardt disease --
63 Bietti's crystalline dystrophy of the cornea and retina --
64 Lever congenital amaurosis --
65 Pattern dystrophies --
66 Best vitelliform macular dystrophy --
67 Sorsby's fundus dystrophy --
68 Choroideremia --
69 Retinitis pigmentosa --
70 Cone dystrophies and degenerations --
71 Vitamin A deficiency --
72 Differential diagnosis of the electronegative electroretinogram --
73 Juvenile x-linked retinoschisis --
74 Congenital stationary night blindness --
75 Quinine retinopathy --
76 Leber's hereditary optic neuropathy --
77 Pattern electroretinogram in glaucoma and ocular hypertension --
78 Chiasmal and retrochiasmal lesions --
79 Optic nerve and central nervous dysfunctions: Parkinson's disease and multiple sclerosis --
80 r Diseases of fatty acid storage and metabolism: neuronal ceroid lipofuscinoses and the long-chain 3-Hydroxyacyl-CoA dehydrogenase deficiency --
81 Evaluating retinal function in the mouse retina with the electroretinogram --
82 Electroretinograms of dog and chicken --
83 Electroretinographic testing in larger animals --
84 Visual evoked potentials in animals. |
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