University of Fribourg / University of Geneva / laboratory of Landsberg / University of Minnesota Press / Institute of Physiology / University of Minnesota / /
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energy expenditure / energy deficit / energy conservation / food abundance / periodic food shortages / lower energy cost / energy restriction / greater energy density / main energy-containing compartments / food restriction / excess energy intake / dietary energy supply / energy wastage / energy reserve / control / energy-dissipating / energy imbalance / similar energy intake / food / energy / energy re-availability / energy-conserving / distinct control systems / Energy balance / food reavailability / fuel energy / food deprivation / food availabilty / cellular energy utilization / control systems / refed / food intake and=or / food deficit / energy expenditure underlying / food intake / important site / food leads / energy metabolism / food energy supply / putative control systems / negative energy balance / positive energy balance / dietary energy supplementation / body energy-partitioning / regulated control systems / energy economy / /
Faculty of Medicine / Institute of Physiology / University of Fribourg / Department of Medicine / US Federal Reserve / University of Geneva / Geneva / 2Computer Unit / Swiss National Science Foundation / University of Minnesota / University of Minnesota Press / /
International Journal of Obesity[removed], Suppl 5, S22–S29 ß 2001 Nature Publishing Group All rights reserved 0307–[removed] $15.00 www.nature.com/ijo