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010   $a9786613589262
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024 7 $a10.1515/9781400842803
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035   $a(EBL)902773
035   $a(OCoLC)793207343
035   $a(SSID)ssj0000646906
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035   $a(OCoLC)979758311
035   $a(DE-B1597)9781400842803
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100   $a20111109d2012      uy         0
101 0 $aeng
135   $aur|n|---|||||
181   $ctxt
182   $cc
183   $acr
200 14$aThe nature of nutrition $ea unifying framework from animal adaptation to human obesity /$fStephen J. Simpson and David Raubenheimer
205   $aCourse Book
210   $aPrinceton $cPrinceton University Press$d2012
215   $a1 online resource (260 p.)
300   $aDescription based upon print version of record.
311   $a0-691-14565-2 
320   $aIncludes bibliographical references and index.
327   $t Frontmatter -- $tContents -- $tAcknowledgments -- $tOne. Nutrition and Darwin's Entangled Bank -- $tTwo. The Geometry of Nutrition -- $tThree. Mechanisms of Nutritional Regulation -- $tFour. Less Food, Less Sex, Live Longer? -- $tFive. Beyond Nutrients -- $tSix. Moving Targets -- $tSeven. From Individuals to Populations and Societies -- $tEight. How Does Nutrition Structure Ecosystems? -- $tNine. Applied Nutrition -- $tTen. The Geometry of Human Nutrition -- $tEleven. Perspectives -- $tReferences -- $tIndex
330   $aNutrition has long been considered more the domain of medicine and agriculture than of the biological sciences, yet it touches and shapes all aspects of the natural world. The need for nutrients determines whether wild animals thrive, how populations evolve and decline, and how ecological communities are structured. The Nature of Nutrition is the first book to address nutrition's enormously complex role in biology, both at the level of individual organisms and in their broader ecological interactions. Stephen Simpson and David Raubenheimer provide a comprehensive theoretical approach to the analysis of nutrition--the Geometric Framework. They show how it can help us to understand the links between nutrition and the biology of individual animals, including the physiological mechanisms that determine the nutritional interactions of the animal with its environment, and the consequences of these interactions in terms of health, immune responses, and lifespan. Simpson and Raubenheimer explain how these effects translate into the collective behavior of groups and societies, and in turn influence food webs and the structure of ecosystems. Then they demonstrate how the Geometric Framework can be used to tackle issues in applied nutrition, such as the problem of optimizing diets for livestock and endangered species, and how it can also help to address the epidemic of human obesity and metabolic disease. Drawing on a wealth of examples from slime molds to humans, The Nature of Nutrition has important applications in ecology, evolution, and physiology, and offers promising solutions for human health, conservation, and agriculture.
606   $aNutrition
606   $aNutrition$xResearch
606   $aAnimal nutrition
606   $aAdaptation (Physiology)
606   $aBioenergetics
606   $aPhysiology, Experimental
606   $aObesity
606   $aEnergy metabolism
610   $aGeometric Framework.
610   $aaging.
610   $aagricultural animals.
610   $aanimal feeds.
610   $aanimal life.
610   $aanimal nutrition.
610   $aapplied nutrition.
610   $abiophysical ecology.
610   $acannibalism.
610   $acompanion animals.
610   $aconservation ecology.
610   $adietary recommendations.
610   $adietary restriction.
610   $aecological communities.
610   $aecological sciences.
610   $aecosystem dynamics.
610   $aecosystem.
610   $aendangered species.
610   $aenergetic expenditure.
610   $aepigenetic effects.
610   $aevolutionary ecology.
610   $afeeding behavior.
610   $afood components.
610   $afood composition.
610   $afood requirements.
610   $afood webs.
610   $afood-level analysis.
610   $ageometric responses.
610   $agroup-level behavioral patterns.
610   $agrowth targets.
610   $agut.
610   $ahealth.
610   $ahuman diet.
610   $ahuman health.
610   $ahuman nutrition.
610   $ahuman obesity.
610   $aimbalanced diets.
610   $aimmune response.
610   $aindividual nutrition.
610   $aindividual nutritional state.
610   $aintake target.
610   $aintake targets.
610   $alife history theory.
610   $alife span.
610   $alife-history strategies.
610   $alifespan.
610   $alocal nutritional interactions.
610   $amacronutrient intake.
610   $amacronutrient.
610   $amalnutrition.
610   $amedicine.
610   $ametabolic disease.
610   $ametabolic responses.
610   $amicronutrient.
610   $amigration.
610   $amodern human diet.
610   $amultiple nutrients.
610   $amultiple-food-components.
610   $anatural medicines.
610   $anatural selection.
610   $anutrient intake.
610   $anutrient needs.
610   $anutrient space.
610   $anutrient-level analysis.
610   $anutrients.
610   $anutrition.
610   $anutritional biology.
610   $anutritional environment.
610   $anutritional environments.
610   $anutritional epigenetics.
610   $anutritional geometry.
610   $anutritional homeostasis.
610   $anutritional immunology.
610   $anutritional interactions.
610   $anutritional regimes.
610   $anutritional requirements.
610   $anutritional sciences.
610   $anutritional space.
610   $anutritional state.
610   $anutritional traits.
610   $aphysiological responses.
610   $apostingestive regulatory responses.
610   $aprotein appetite.
610   $aprotein intake.
610   $areproduction.
610   $areproductive senescence.
610   $aself-medication.
610   $asex.
610   $asexual selection theory.
610   $astored fat.
610   $asuperorganism.
610   $ataste receptors.
610   $atoxin.
610   $atrophic dynamics.
615  0$aNutrition.
615  0$aNutrition$xResearch.
615  0$aAnimal nutrition.
615  0$aAdaptation (Physiology)
615  0$aBioenergetics.
615  0$aPhysiology, Experimental.
615  0$aObesity.
615  0$aEnergy metabolism.
676   $a612.3
686   $aZE 40000$2rvk
700   $aSimpson$b Stephen J$047524
701   $aRaubenheimer$b David$f1960-$01693827
801  0$bMiAaPQ
801  1$bMiAaPQ
801  2$bMiAaPQ
906   $aBOOK
912   $a9910814663603321
996   $aThe nature of nutrition$94071912
997   $aUNINA