Titlebook: Mechanisms of Circadian Systems in Animals and Their Clinical Relevance; Raúl Aguilar-Roblero,Mauricio Díaz-Mu?oz,Mária Lui Book 2015 Spri

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Introduction to Circadian Rhythms, Clocks, and Its Genes,o cope from its origin with a highly cyclic environment. Thus, it is not surprising that cyclic phenomena are found in all living organisms and at all levels of organization. When this processes repeat in a regular manner, we refer to them as rhythmic. Biological rhythms occur in a wide range of fre

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Control of Rest–Activity Behavior by the Central Clock in , derlying mechanisms are conserved across organisms, thereby allowing a unique cross-disciplinary approach. On the molecular and cellular level, the contributions of research done in . are unquestionable. The molecular clock mechanism and some of the clock genes first deciphered in . have now even be

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Biological Rhythmicity in Subterranean Animals: A Function Risking Extinction? models, by comparing such findings with observations on related epigean (surface) species, that may also form self-sustained subterranean (troglophilic) populations. These results favor the hypothesis of regression of a function which may have lost its adaptive value for species permanently isolate

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Avian Circadian Organizationns and orientation, as well as seasonal patterns of reproduction, song, and migration. The molecular bases for circadian clocks are highly conserved, and it is likely the avian molecular mechanisms are similar to those expressed in mammals, including humans. The central pacemakers in the avian pinea

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