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| '''no single term''': metabolic [[homeostasis (biology)]] (including [[anabolism]] and [[catabolism]], [[mitosis]] and [[apoptosis]], [[immunology|immune me

...tabolism can be used to describe processes in a whole organism, the terms "anabolism" and "catabolism" can similarly be used in this way. For example, anabolic [[Image: Metabolism scheme anabolism.GIF|thumb|left|350px|A few of the anabolic pathways in a cell. Glucose can

...tabolism can be used to describe processes in a whole organism, the terms "anabolism" and "catabolism" can similarly be used in this way. For example, anabolic [[Image: Metabolism scheme anabolism.GIF|thumb|left|350px|A few of the anabolic pathways in a cell. Glucose can

...[amphibolic]] pathway because it participates in both [[catabolism]] and [[anabolism]].

...5(5): 1851-1860. </ref>. Sarcopenia reflects a progressive withdrawal of [[anabolism]] and an increased [[catabolism]]. This disease also reduces the muscles ab

...], that are neither synthesized nor catabolized (i.e., ''degraded''; see [[Anabolism]]) and are considered neurotransmitters by some. Thus, the old definitions

...tory is correct, the thermodynamic forces responsible for the emergence of anabolism within prebiotic chemistry have ensured its stability throughout the ensuin

...breaks down complex molecules to produce energy and reducing power, and [[anabolism]], wherein the cell uses energy and reducing power to construct complex mol

...olism'' is the breaking down of organic compounds for energy or materials. Anabolism is essentially a ''reductive'' process, meaning that it consumes energy-ric

...roup many processes together. For instance, a broad division in transport, anabolism, catabolism, and maintenance is sometimes useful."