Suppressing Drosophila Circadian Rhythm with Dim Light
Abstract
Drosophila larvae were reared and allowed to pupate in continuous bright white light. The pupae were then transferred to a much dimmer blue light. In continuous blue light of intensity below 0.001 erg per square centimeter per second, adult flies emerged in pulses 24.7 hours apart, each pulse occupying about 6 hours. But in continuous light of intensity exceeding 0.1 erg per square centimeter per second, they emerged at a steady rate. This intensity range from effective darkness to effective light is roughly from starlight to moonlight. Inside this range, the emergence peaks broaden for about a week with little change of period.
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Science
Volume 183 | Issue 4128
8 March 1974
8 March 1974
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1974 by the American Association for the Advancement of Science.
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Published in print: 8 March 1974
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- Temporal Control of Urate Oxidase Activity in Drosophila: Evidence of an Autonomous Timer in Malpighian Tubules, Science, 197, 4302, (477-479), (1977)./doi/10.1126/science.406675
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