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ARS Home » Pacific West Area » Davis, California » Western Human Nutrition Research Center » Obesity and Metabolism Research » Research » Publications at this Location » Publication #295190
Title: Comparative Metabolic Physiology in the 'omics' Era: A Call to Arms, Paws, Flippers, and Claws

Author
item Adams, Sean
item BARNES, KIMBERLY - University Of West Virginia
item ODLE, JACK - North Carolina State University

Submitted to: Advances in Nutrition
Publication Type: Proceedings
Publication Acceptance Date: 6/20/2013
Publication Date: N/A
Citation: N/A

Interpretive Summary: In nutrition, medicine, and animal science, metabolism research is often focused on solving questions using a single organism. Outcomes are most often linked to translational outcomes--understanding or treating a disease, optimizing nutritional status, improving select qualities of production animals--which have tremendous value to human and animal health as well as economic benefit. There is also value in clarifying basic biological principles and integrative systems that determine how organisms function and deal with their environment. Relevant to both translational and basic research questions, comparative metabolic physiology provides a context by which new “omics” technologies and other approaches can be coupled to multi-species metabolic phenotype diversity. These principles were highlighted at the “Adipose and Lipid Biology: Crossing Taxonomic Boundaries“ symposium held at the 2013 Experimental Biology meeting in Boston, MA. By considering differences and shared physiology across a spectrum of phenotypes (especially when considering “extremes” that have emerged from evolutionary processes or breeding selection), one may unmask subtle processes and learn from natural adaptations.

Technical Abstract: In nutrition, medicine, and animal science, metabolism research is often focused on solving questions using a single organism. Outcomes are most often linked to translational outcomes--understanding or treating a disease, optimizing nutritional status, improving select qualities of production animals--which have tremendous value to human and animal health as well as economic benefit. There is also value in clarifying basic biological principles and integrative systems that determine how organisms function and deal with their environment. Relevant to both translational and basic research questions, comparative metabolic physiology provides a context by which new “omics” technologies and other approaches can be coupled to multi-species metabolic phenotype diversity. These principles were highlighted at the “Adipose and Lipid Biology: Crossing Taxonomic Boundaries“ symposium held at the 2013 Experimental Biology meeting in Boston, MA. By considering differences and shared physiology across a spectrum of phenotypes (especially when considering “extremes” that have emerged from evolutionary processes or breeding selection), one may unmask subtle processes and learn from natural adaptations.