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文章名     作者     期刊名     摘要     卷     期         如果没有找到您所需要的文献，请点击 ——此处申请     共15条记录   Circadian rhythms Preface [作者：Merrow, M; Brunner, M,期刊：FEBS Letters, 页码：1383-1383 , 文章类型： Editorial Material，,卷期：2011年585-10] The daily rhythm of mice [作者：Ripperger, JA; Jud, C; Albrecht, U,期刊：FEBS Letters, 页码：1384-1392 , 文章类型： Review，,卷期：2011年585-10] The house mouse Mus musculus represents a valuable tool for the analysis and the understanding of the mammalian circadian oscillator. Forward and reverse genetics allowed the identification of clock components and the ve... Kinases and phosphatases in the mammalian circadian clock [作者：Reischl, S; Kramer, A,期刊：FEBS Letters, 页码：1393-1399 , 文章类型： Review，,卷期：2011年585-10] Posttranslational modifications of circadian oscillator components are crucial for the generation of circadian rhythms. Among those phosphorylation plays key roles ranging from regulating degradation, complex formation, ... Posttranscriptional mechanisms in controlling eukaryotic circadian rhythms [作者：Zhang, L; Weng, WY; Guo, JH,期刊：FEBS Letters, 页码：1400-1405 , 文章类型： Review，,卷期：2011年585-10] The circadian clock is essential in almost all living organisms to synchronise biochemical, metabolic, physiological and behavioural cycles to daily changing environmental factors. In a highly conserved fashion, the circ... Perfect timing: Epigenetic regulation of the circadian clock [作者：Ripperger, JA; Merrow, M,期刊：FEBS Letters, 页码：1406-1411 , 文章类型： Review，,卷期：2011年585-10] In mammals, higher order chromatin structures are critical for downsizing the genome (packaging) so that the nucleus can be small. The adjustable density of chromatin also regulates gene expression, thus this post-geneti... Circadian disruption and SCN control of energy metabolism [作者：Kalsbeek, A; Scheer, FA; Perreau-Lenz, S; La Fleur, SE; Yi, CX; Fliers, E; Buijs, RM,期刊：FEBS Letters, 页码：1412-1426 , 文章类型： Review，,卷期：2011年585-10] In this review we first present the anatomical pathways used by the suprachiasmatic nuclei to enforce its rhythmicity onto the body, especially its energy homeostatic system. The experimental data show that by activating... Intracellular and intercellular processes determine robustness of the circadian clock [作者：Hogenesch, JB; Herzog, ED,期刊：FEBS Letters, 页码：1427-1434 , 文章类型： Review，,卷期：2011年585-10] Circadian clocks are present in most organisms and provide an adaptive mechanism to coordinate physiology and behavior with predictable changes in the environment. Genetic, biochemical, and cellular experiments have iden... Setting the clock - by nature: Circadian rhythm in the fruitfly Drosophila melanogaster [作者：Peschel, N; Helfrich-Forster, C,期刊：FEBS Letters, 页码：1435-1442 , 文章类型： Review，,卷期：2011年585-10] Nowadays humans mainly rely on external, unnatural clocks such as of cell phones and alarm clocks - driven by circuit boards and electricity. Nevertheless, our body is under the control of another timer firmly anchored i... Post-translational timing mechanisms of the Drosophila circadian clock [作者：Weber, F; Zorn, D; Rademacher, C; Hung, HC,期刊：FEBS Letters, 页码：1443-1449 , 文章类型： Review，,卷期：2011年585-10] Circadian clocks allow a temporal coordination and segregation of physiological, metabolic, and behavioural processes as well as their synchronization with the environmental cycles of day and night. Circadian regulation ... The hormonal and circadian basis for insect photoperiodic timing [作者：Schiesari, L; Kyriacou, CP; Costa, R,期刊：FEBS Letters, 页码：1450-1460 , 文章类型： Review，,卷期：2011年585-10] Daylength perception in temperate zones is a critical feature of insect life histories, and leads to developmental changes for resisting unfavourable seasons. The role of the neuroendocrine axis in the photoperiodic resp... Phosphorylations: making the Neurospora crassa circadian clock tick [作者：Diernfellner, ACR; Schafmeier, T,期刊：FEBS Letters, 页码：1461-1466 , 文章类型： Review，,卷期：2011年585-10] Various post-translational modifications have been identified that play a role in the function of circadian clocks. Among these, phosphorylation has been investigated extensively. It was shown that phosphorylation influe... Light input and processing in the circadian clock of Neurospora [作者：Schafmeier, T; Diernfellner, ACR,期刊：FEBS Letters, 页码：1467-1473 , 文章类型： Review，,卷期：2011年585-10] Circadian clocks are endogenous oscillators that use zeitgebers as environmental cues to synchronise with the exogenous day-night cycle. The role of light as a zeitgeber has been investigated intensively to date. In Neur... Timing in plants - A rhythmic arrangement [作者：McWatters, HG; Devlin, PF,期刊：FEBS Letters, 页码：1474-1484 , 文章类型： Review，,卷期：2011年585-10] The circadian clock regulates many aspects of plant physiology, growth and development. It produces daily rhythms of growth and metabolism, and interacts with signalling pathways controlling environmental responses over ... It's time to swim! Zebrafish and the circadian clock [作者：Vatine, G; Vallone, D; Gothilf, Y; Foulkes, NS,期刊：FEBS Letters, 页码：1485-1494 , 文章类型： Review，,卷期：2011年585-10] The zebrafish represents a fascinating model for studying key aspects of the vertebrate circadian timing system. Easy access to early embryonic development has made this species ideal for investigating how the clock is f... Chlamydomonas reinhardtii as a new model system for studying the molecular basis of the circadian clock [作者：Matsuo, T; Ishiura, M,期刊：FEBS Letters, 页码：1495-1502 , 文章类型： Review，,卷期：2011年585-10] The genome of the unicellular green alga Chlamydomonas reinhardtii has both plant-like and animal-like genes. It is of interest to know which types of clock genes this alga has. Recent forward and reverse genetic studies...