Predicting distributed retinal source activity from ERG data--Part I: Field theoretic approach.
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Animals↗
Biomedical subjects
A Koblasz
Publications and source records attributed to A Koblasz.
Predicting distributed retinal source activity from ERG data--Part II: Multiple stimulus approach.
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Animals↗
Real-time computer for first- and second-order Wiener Kernels.
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Computers↗
White-noise analysis of biological systems.
The linear and nonlinear operations of a biological system can be represented by a set of functions called Wiener kernels. This type of analysis is becoming increasingly important in the field of biological systems analysis. This paper reviews the theoretical and practical aspects of testing a biological system with white-noise and provides a guide for interpreting Wiener kernels which result from such studies. A study of the human electroretinogram is presented as an example.
Adult↗
Cup electrode for human ERG.
This report describes a cup electrode for measuring the human electroretinogram which improves the comfort of a subject while providing sufficiently large signal-to-noise ratios for most applications. The cup electrode is demonstrated by measuring the electroretinogram for small-amplitude flash stimuli.
Adult↗