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Shannon M Bailey, Uduak S Udoh, and Martin E Young

Introduction Both energetic supply and demand fluctuate as a function of time-of-day, concomitant with daily sleep–wake and fasting–feeding cycles. It is therefore not surprising that marked diurnal variations in metabolism are observed at multiple

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Che-Pei Kung and Maureen E Murphy

relationship between p53, metabolism and metabolic diseases has become a new focal point for p53 researchers ( Sano et al . 2007 , Vousden & Ryan 2009 , Berkers et al . 2013 ). This review will cover the role of p53 in metabolism, with focus on its role in

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Ines Ross, Denzel B Omengan, Guo N Huang, and Alexander Y Payumo

regenerative potential ( Cao et al. 2019 , Cardoso et al. 2020 , Amram et al. 2021 , Graham & Huang 2021 ). Since thyroid hormones are traditionally recognized for their classical roles in regulating animal metabolism and body temperature ( Maillet et

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Edra London, Michelle Bloyd, and Constantine A Stratakis

is not surprising that the PKA-axis plays a central role in metabolism and energy balance. Dynamic regulation of the PKA system Molecular genetic techniques have enabled the generation of mouse models to investigate the specificity and

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Taira Wada, Yukiko Yamamoto, Yukiko Takasugi, Hirotake Ishii, Taketo Uchiyama, Kaori Saitoh, Masahiro Suzuki, Makoto Uchiyama, Hikari Yoshitane, Yoshitaka Fukada, and Shigeki Shimba

et al. 1999 ). Because adiponectin is a crucial factor in the regulation of glucose and lipid metabolism, inflammation, and oxidative stress, reduced adiponectin levels play a causal role in the development of insulin resistance, metabolic syndrome

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Mariana Rosolen Tavares, Simone Ferreira Lemes, Thais de Fante, Cristina Saenz de Miera, Isadora Carolina Betim Pavan, Rosangela Maria Neves Bezerra, Patricia Oliveira Prada, Marcio Alberto Torsoni, Carol Fuzeti Elias, and Fernando Moreira Simabuco

(CNS) for controlling the metabolism of the entire body, being responsible for integrating hormonal and nutritional signals from the periphery and for coordinating appropriate responses associated with the individual nutritional status ( Bouret

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Cátia F Gonçalves and Qing-Jun Meng

their precise spatial and temporal control. Remarkably, physiological functions such as longitudinal bone growth, bone remodelling, chondrocyte metabolism and cartilage matrix turnover exhibit 24-h rhythms, being controlled by the peripheral circadian

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Anjara Rabearivony, Huan Li, Shiyao Zhang, Siyu Chen, Xiaofei An, and Chang Liu

styles would abolish normal hepatic rhythmicity, leading to metabolic diseases ( Ferrell & Chiang 2015 ). Hepatic metabolism responds sensitively to external changes. For instance, thermoneutral housing (30°C) exacerbates nonalcoholic fatty liver

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Oliver C Watkins, Mohammed Omedul Islam, Preben Selvam, Reshma Appukuttan Pillai, Amaury Cazenave-Gassiot, Anne K Bendt, Neerja Karnani, Keith M Godfrey, Rohan M Lewis, Markus R Wenk, and Shiao-Yng Chan

et al. 2016 ). Perturbations in myo-inositol synthesis, metabolism and excretion have been associated with the insulin-resistant conditions of polycystic ovary syndrome (PCOS), diabetes mellitus and metabolic syndrome ( Croze & Soulage 2013 ), and

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Daniel M Kelly and T Hugh Jones

understood and there are few published papers that have investigated potential mechanisms by which testosterone increases insulin sensitivity and regulates glucose and lipid metabolism. The major insulin-responsive target tissues, such as skeletal muscle