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Absence of transient tritanopia after adaptation to very intense yellow light

Abstract

STILES reported1 that after the eye had been adapted to light of high intensity and long wavelength, its sensitivity to violet test flashes did not recover according to the familiar dark-adaptation curve. Instead the threshold intensity for detecting short-wavelength flashes increased when the adapting field was turned off, and the peak sensitivity of the eye lay at long wavelengths. Yet it was by using very similar conditions that Auerbach and Wald2 isolated a photoreceptor with peak sensitivity in the violet. This contradiction has not been resolved. Transient tritanopia (as we have provisionally termed the loss of sensitivity found by Stiles) has been reported by others3–6 and an electro-physiological counterpart has been described7; but equally there are findings that resemble the contrasting result of Auerbach and Walds8,9. Attempting to resolve this contradiction, we have discovered a second surprising property of transient tritanopia.

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MOLLON, J., POLDEN, P. Absence of transient tritanopia after adaptation to very intense yellow light. Nature 259, 570–572 (1976). https://doi.org/10.1038/259570a0

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