Select Guide Rating

• Section 1: Central pathways involved in the control of food intake and energy expenditure 1: Orexigenic neuropeptides: Hypothalamic regulation of appetite 2: Anorexigenic peptides 3: Newcomers and supporting actors Section 2: Peripheral signals participating in energy homeostasis and obesity: associated alterations 4: The gut as a second brain 5: The adipo-hepato-insular axis in glucose homeostasis 6: Elements of the adipostat 7: Adipocytokines participating in the immune-stress response 8: Peptides involved in vascular homeostasis 9: Natriuretic peptides and other lipolytic peptides involved in the control of lipid mobilization Section 3: Integrative Perspectives 10: Hierarchy of neural pathways controlling energy homeostasis 11: Relevance of reward signals in the homeostatic control of energy balance 12: Overview of the Integrative physiology of adipose tissue in energy homeostasis 13: Is the energy homeostasis system inherently biased toward weight gain? A teleological molecular physiological and clinical view 14: Embracing complexity: The emergence of functional neuroimaging and other methodologies to study the role of the human brain in the pathophysiology of obesity. 15: Application of ""OMICS"" strategies to obesity research 16: Implications for the future of obesity management"