A Temperature-Dependent Timing Mechanism is involved in the Circadian System that Drives Locomotor Rhythms in the Fruit Fly Drosophila melanogaster(Physiology)
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概要
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The circadian clock of Drosophila melanogaster is thought to include rhythmic expression of period gene. Recent studies suggested, however, that a per-less oscillation is also involved in the regulation of circadian locomotor rhythms. In the present study, we examined the existence and the property of the possible per-less oscillation using arrhythmic clock mutant flies carrying per^<01>, tim^<01>, dClk^<Jrk> or cyc^<01>, which lack rhythmic per expression. When temperature cycles consisting of 25℃ and 30℃ with various periods (T=8〜32 hr) were given, wild-type (Canton-S) flies showed locomotor rhythms entrained to temperature cycles over a wide range of period (T=8〜32 hr) in constant light (LL) while only to T=24 hr in constant darkness (DD). The mutant flies showed rhythms synchronizing with the given cycle both under LL and DD. In per^<01> and tim^<01> flies, the phase of a major peak slightly changed dependent on Ts in DD, while it did not in dClk^<Jrk> and cyc^<01> flies. When they were transferred from a constant temperature to a temperature cycle under DD, several cycles were necessary to establish a clear temperature entrainment in per^<01> and tim^<01> flies. These results suggest that per^<01> and tim^<01> flies have a temperature-entrainable weak oscillatory mechanism and that the per-less oscillatory mechanism may require dClk and cyc. In addition, per^<01> and tim^<01> flies changed from thermoactive in DD to cryoactive in LL, while dClk^<Jrk> and cyc^<01> flies did not. It is thus suggested that dClk and cyc are also involved in determining the light-associated temperature preference in per^<01> and tim^<01> flies.
- 社団法人日本動物学会の論文
- 2002-08-25
著者
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Sakamoto Makoto
Department Fo Physics Kobe University
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Tomioka Kenji
Department Of Biology Faculty Of Science Okayama University
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Yoshii Taishi
Department Of Biology Faculty Of Science Okayama University
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Yoshii Taishi
Department Of Physics Biology And Informatics Faculty Of Science Research Institute For Time Studies
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Tomioka Kenji
Department Of Physics Biology And Informatics Faculty Of Science Research Institute For Time Studies
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Sakamoto Makoto
Department Of Physics Biology And Informatics Faculty Of Science Research Institute For Time Studies
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