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City London / / Company Novartis / AMP / Bernstein / Lehman / Seo S. P. / ADP / Pearson / Brown S. A. / Jetton A. E. / Poole A. S. / Loudon A. S. / / Country United States / / / Facility University of Manchester / / IndustryTerm food-driven oscillations / putative food-entrainable circadian pacemaker / food-entrainable oscillator / food-entrainment / adaptive energy metabolism / circadian timing systems / energy-responsive metabolic genes / cellular energy supplies / food supply / metabolic and energy-responsive genes / treatment of metabolic disorders / energy status / food availability / altered energy status / Food entrainment / energy cues / energy-responsive genes / cellular energy supply / energy homeostasis lies / distinct and autonomous food-entrainable oscillator / energy supplies / food-entrained rats / energy supply / energy homeostasis / energy-responsive clock / clock machinery / neural systems / food-induced phaseshifting / food anticipatory activity / molecular machinery / cellular energy metabolism / unrestricted hypercalorific food intake / circadian machinery / food-entrainable circadian system / food-entrainable circadian behaviour / food anticipation / food-anticipatory activity rhythm / food intake needs / food / energy utilization / energy / compromised food-entrainable circadian system / molecular clock gene machinery / circadian systems / food anticipatory behaviour / food cues / target site / energy balance / energy storage / energy depletion / abnormal energy supply / food-entrainment system / Food-entrainable rhythms / behavioral food-anticipatory circadian rhythm / multisystem energy metabolic derangements / distinct food-entrainable oscillator / circadian food-anticipatory activity / cellular energy / diffusible energy signals / food-anticipatory activity / food-entrainable circadian oscillator / cellular energy status / Peripheral energy signals / food-anticipatory circadian rhythms / Local timing systems / food intake / food access / energy metabolism / restricted food availability / food-anticipatory behaviour / ancient energy gauge / food-entrainable circadian rhythms / food-anticipatory timing information / molecular clock machinery / food-anticipatory rhythms / clock gene machinery / / MedicalCondition childhood overweight/obesity / brain disease / PGC-1alpha deficiency / obesity / metabolic disorders / chronic and inappropriate metabolic inputs / dissociation / insulin resistance / muscle dysfunction / type-II diabetes / cardiovascular disease / diabetes / metabolic syndrome / diabetes mellitus / / Organization Federal Aviation Administration / Indian Academy / University of Manchester / Manchester / DAVID A. BECHTOLD∗ Faculty of Life Sciences / US Federal Reserve / / Person Liang / Ward / Lazar / Wang / Nat / Zeitgeber / Fontaine / Gallego / DAVID A. BECHTOLD / / Position Walker / Butler / Rhythmic messenger / King / / ProvinceOrState Quebec / / PublishedMedium Journal of Genetics / / Technology alpha / Genomics / transplantation / DNA Chip / gene expression / / SocialTag 
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