Abstract
The growth patterns of fundamental, dc, and harmonic receptor potential components recorded in vivo from the low-frequency region of the guinea pig cochlea as a function of stimulus frequency versus best frequency of the cell were examined. Changes in these components with natural variations in membrane voltage and with electrical polarization of the cell are also considered. A report is also given on nonlinear growth patterns of outer hair-cell motile responses as a function of cell length (best frequency).
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