The gut microbiota predicts and time-restricted feeding delays experimental colitis by Hannah K. Ruple, Eva Haasis, Anna Bettenburg, Carina Maier, Carolin Fritz, Laura Schüle, Sarah Löcker, Yvonne Soltow, Lynn Schintgen, Nina S. Schmidt, Celine Schneider, Axel Lorentz, W. Florian Fricke

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Prognostic biomarker soluble ST2 exhibits diurnal variation in chronic heart failure patients by Sandra Crnko, Markella I. Printezi, Tijn P.J. Jansen, Laurynas Leiteris, Manon G. van derMeer, Hilde Schutte, Martijn vanFaassen, Bastiaan C. duPré, Nicolaas deJonge, Folkert W. Asselbergs, Carlo A.J.M. Gaillard, Hans Kemperman, Pieter A. Doevendans, Joost P.G. Sluijter, Linda W. vanLaake

Subjects: “…Circadian rhythm…”
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The effect of locomotive syndrome on the trajectory of sleep disturbance in geriatric oncology inpatients by Yu-Ling Yang, Hui Su, Hui Lu, Jing Wang, Yu-Qing Zhou, Ling Li, Hui Yu, Yan Lv, Ying Chen

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Insufficient Sleep Syndrome in Childhood by Teruhisa Miike

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Detection and analysis of dynamic patterns of diurnal expression of mammalian genes by O. V. Podkolodnaya, N. N. Tverdokhleb, N. L. Podkolodnyy

Subjects: “…circadian rhythm…”
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A GENE REGULATORY NETWORK MODEL FOR VERNALIZATION AND SEASONAL FLOWERING RESPONSE IN WINTER WHEAT AND BARLEY by I. L. Stepanenko, O. G. Smirnova, I. I. Titov

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Biomedical and candidate SN P markers of chronopathologies can significantly change affinity of ТАТА -binding protein for human gene promoters by D. A. Rasskazov, N. L. Podkolodnyy, O. A. Podkolodnaya, N. N. Podkolodnaya, V. V. Suslov, L. K. Savinkova, P. M. Ponomarenko, M. P. Ponomarenko

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Mutual coupling of neurons in the circadian master clock: What we can learn from fruit flies by Charlotte Helfrich-Förster, Nils Reinhard

“…Neurobiology of Sleep and Circadian Rhythms…”
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Spatial-Temporal Patterns and Inflammatory Factors of Bone Matrix Remodeling by Jiechen Wang, Fengyuan Guo, Guangjin Chen, Jiwei Sun, Qingming Tang, Lili Chen

“…The establishment and degradation processes of ECM connect with spatial and temporal patterns, especially circadian rhythms in ECM. These patterns are responsible for the physical and biological characteristics of bone. …”
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The Angiotensin-Melatonin Axis by Luciana A. Campos, Jose Cipolla-Neto, Fernanda G. Amaral, Lisete C. Michelini, Michael Bader, Ovidiu C. Baltatu

“…Accumulating evidence indicates that various biological and neuroendocrine circadian rhythms may be disrupted in cardiovascular and metabolic disorders. …”
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The blues and rhythm by Kiyomichi Imamura, Ayaka Bota, Toshihiko Shirafuji, Toru Takumi

“…Numerous studies have shown that interventions to circadian rhythms trigger depression-like phenotypes in human cases and animal models. …”
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DAILY – A personalized circadian Zeitgeber therapy as an adjunctive treatment for alcohol use disorder patients: results of a pilot trial by Naomi Springer, Naomi Springer, Lisa Echtler, Lisa Echtler, Paul Volkmann, Anisja Hühne-Landgraf, Anisja Hühne-Landgraf, Jasmin Hochenbleicher, Eva Hoch, Eva Hoch, Gabi Koller, Dominic Landgraf

“…BackgroundDisturbances of circadian rhythms and everyday structures are hallmarks of alcohol use disorder (AUD). …”
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PPARs, Cardiovascular Metabolism, and Function: Near- or Far-from-Equilibrium Pathways by Yves Lecarpentier, Victor Claes, Jean-Louis Hébert

“…Moreover, PPARs are directly or indirectly involved in cellular oscillatory processes such as the Wnt-b-catenin pathway, circadian rhythms of arterial blood pressure and cardiac frequency and glycolysis metabolic pathway. …”
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Evaluation of the Digital Ventilated Cage® system for circadian phenotyping by Selma Tir, Russell G. Foster, Stuart N. Peirson

“…Abstract The study of circadian rhythms has been critically dependent upon analysing mouse home cage activity, typically employing wheel running activity under different lighting conditions. …”
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In Vivo Imaging of Cardiac Attachment of TcI and TcII Variants of <i>Trypanosoma cruzi</i> in a Zebrafish Model by Victoria E. Rodriguez-Castellanos, Cristhian David Perdomo-Gómez, Juan Carlos Santos-Barbosa, Manu Forero-Shelton, Verónica Akle, John M. González

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Computational model for mammalian circadian oscillator: interacting with NAD+/SIRT1 pathway and age-related changes in gene expression of circadian oscillator by N. L. Podkolodnyy, N. N. Tverdokhleb, O. A. Podkolodnaya

“…Studies of the last decade reveal a new sight on the possible link between aging processes and circadian rhythm. New data on the role of the NAD+-dependent histone deacetylase SIRT1 in the integration of regulation pathways for circadian rhythms and metabolism as well as data on a new function of the NAD+ as the ”metabolic oscillator” open a promising direction in this area. …”
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Neuropeptidomics: Mass Spectrometry-Based Identification and Quantitation of Neuropeptides by Ji Eun Lee

“…Neuropeptides produced from prohormones by selective action of endopeptidases are vital signaling molecules, playing a critical role in a variety of physiological processes, such as addiction, depression, pain, and circadian rhythms. Neuropeptides bind to post-synaptic receptors and elicit cellular effects like classical neurotransmitters. …”
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Drosophila ubiquitin-specific peptidase 14 stabilizes the PERIOD protein by regulating a ubiquitin ligase SLIMB by So Who Kang, Jung-Eun Park, Soonhyuck Ok, Minhui Um, Hyeonjeong Son, Seunghee Byun, Nayoung Park, Su Jin Lee, Thị Xuân Thùy Trần, Gyeongmin Kim, Jeonghun Yeom, Kyunggon Kim, Eun Young Kim, Min-Ji Kang

“…Expression of PER1117A, 1118A mutant in per 01 background impairs circadian rhythm strength. In conclusion, this study demonstrates that Drosophila USP14 indirectly modulates PER protein stability by affecting SLIMB and highlights the critical role of specific ubiquitination sites on PER in maintaining circadian rhythms.…”
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Circadian Clocks and the Interaction between Stress Axis and Adipose Function by Isa Kolbe, Rebecca Dumbell, Henrik Oster

“…These so-called circadian rhythms are governed by an endogenous network of cellular clocks and serve as an adaptation to daily and, thus, predictable changes in the organism’s environment. …”
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Calcium/Calmodulin-Dependent Kinases in the Hypothalamus, Pituitary, and Pineal Gland: An Overview by Vincenzo Cimini, Susan Van Noorden, Cristina Terlizzi, Giovanna Giuseppina Altobelli

“…Neuropeptides such as vasopressin and endothelin are also involved in the CaMKII signaling chain, as is the CaMKIIδ isoform which participates in generating the circadian rhythms of the suprachiasmatic nucleus. What arises from this review is that most of the hypothalamic CaMKs are involved in activities of the endocrine brain. …”
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