Linked from

The 45 pages that link to Metabolism, each with the reason it gives.

• ForagingRelated: Metabolic demands set the energy requirements that food acquisition must meet.

• EnzymeNarrower topic: Enzymes catalyze the reactions that build, break down, and transform cellular molecules.

• First law of thermodynamicsRelated: Energy conservation constrains how organisms convert chemical energy into work and heat.

• LocomotionNarrower topic: Locomotion draws on metabolic energy and affects an organism's energy budget.

• Sleep deprivationRelated: Sleep restriction can disrupt appetite regulation and glucose metabolism.

• Metabolic rateNarrower topic: Metabolic rate quantifies the energy turnover associated with these reactions.

• EnergyRelated: Organisms transform chemical energy to maintain structure and perform work.

• AnimalNarrower topic: Consuming organic matter supplies substrates that animal metabolism transforms into usable energy.

• BiochemistryNarrower topic: It organizes biochemical reactions into linked routes for acquiring and using matter and energy.

• DigestionCompared with: Metabolism uses absorbed nutrients, whereas digestion acts on food in the gut.

• FastingNarrower topic: Fasting is a change in nutrient availability that alters metabolic activity.

• NutrientRelated: Metabolism converts nutrients into usable energy, cellular materials, and regulatory molecules.

• BiocatalysisNarrower topic: Whole-cell catalysis draws on metabolic pathways and cellular energy systems.

• CellRelated: Cellular metabolism supplies energy and materials for the cell’s activities.

• Essential nutrientRelated: Metabolic pathways determine which required substances an organism can synthesize.

• EndocrinologyRelated: Endocrine signals regulate metabolic processes, while metabolism also includes nonhormonal pathways.

• ThermogenesisNarrower topic: Thermogenesis is heat released as part of metabolic energy transformations.

• Animal nutritionNarrower topic: Absorbed nutrients enter metabolic pathways for maintenance, growth, and production.

• Cursorial locomotionRelated: Sustained running depends on supplying energy to working muscles over time.

• Frederick Gowland HopkinsRelated: Hopkins’s early research on lactic acid and muscle helped shape his biochemical approach to nutrition.

• NutritionRelated: Metabolism describes how absorbed nutrients are converted, stored, and used.

• Active metaboliteNarrower topic: Drug metabolism is one specialized part of this broader set of transformations.

• Structure–activity relationshipRelated: Structural changes can alter metabolic stability and the effects of active metabolites.

• BiologyRelated: Metabolism explains how organisms obtain and use matter and energy.

• Life (biology)Broader topic: Metabolism sustains the organized activity associated with life.

• OrganismRelated: Metabolism supplies the materials and energy organisms use to maintain themselves.

• Microbial metabolismNarrower topic: Microbial metabolism is the diverse microbial expression of this broader network.

• Human nutritionNarrower topic: Metabolism describes how absorbed nutrients are transformed and used.

• Hans KrebsNarrower topic: Krebs’s cycle became a framework for understanding interconnected metabolic reactions.

• CatabolismNarrower topic: Catabolism is one of metabolism’s two broad, interdependent divisions.

• Hans von Euler-ChelpinNarrower topic: Fermentation became a model for understanding how enzymes organize cellular chemical transformations.

• KinesiologyRelated: Movement depends on the energy transformations studied in exercise physiology.

• Biological factorsRelated: Metabolic differences can affect energy use, drug processing, and disease risk.

• Energy (everyday usage)Narrower topic: It supplies the biological processes behind bodily work, though it is not identical to felt energy.

• ExcretionNarrower topic: Excretion removes by-products generated as cells obtain energy and build molecules.

• Metabolic disorderNarrower topic: This broader process is disrupted in every metabolic disorder.

• Biological phenomenaRelated: Metabolism links molecular reactions to growth, movement, and other observable activity.

• Cellular organization, physiology & dynamicsNarrower topic: Cellular physiology depends on metabolic reactions that power work and maintain internal conditions.

• Digestive System and Oral Physiological PhenomenaRelated: Absorbed products of digestion enter metabolic pathways throughout the body.

• Energy utilizationNarrower topic: Energy use is inseparable from the reactions that transform nutrients and cellular materials.

• Enzymes and CoenzymesNarrower topic: Enzymes and coenzymes coordinate the reactions that make up metabolic pathways.

• Human biologyRelated: Metabolic pathways power cellular activity and build or break down bodily materials.

• Non-cellular lifeRelated: A lack of independent metabolism is one reason viruses are often excluded from life.

• Nutritional and Metabolic DiseasesNarrower topic: Disorders of these reactions form the second major source of diseases in this category.

• Physiological phenomenaRelated: Metabolic reactions supply materials and energy for physiological activity.