Linked from

The 22 pages that link to Michaelis–Menten kinetics, each with the reason it gives.

• Chemical kineticsBroader topic: It is a central quantitative model for enzyme reaction rates.

• EnzymeBroader topic: This model describes a common pattern of enzyme saturation as substrate concentration rises.

• Enzyme kineticsRelated: Its equation summarizes the saturating rate behavior measured in many enzyme assays.

• Creatine kinaseRelated: It provides a framework for measuring creatine kinase activity in laboratory assays.

• Lactate dehydrogenaseNarrower topic: It provides a framework for measuring lactate dehydrogenase activity and substrate affinity.

• Allosteric regulationCompared with: Allosteric enzymes often depart from its characteristic hyperbolic rate curve.

• Catalytic cycleRelated: Its rate law summarizes a simplified enzyme cycle with substrate binding and product formation.

• Enzyme assayRelated: Varying substrate concentration lets an assay estimate kinetic parameters from measured rates.

• Law of mass actionCompared with: Enzyme saturation departs from the simple proportional concentration dependence of elementary mass-action rates.

• Enzyme inhibitionRelated: Its parameters reveal how different inhibition mechanisms change enzyme behavior.

• Rate lawBroader topic: It is a specific rate-law form produced by an enzyme mechanism.

• Elementary reactionRelated: Its derivation connects elementary binding and conversion steps to an observed rate law.

• Facilitated diffusionRelated: Carrier-mediated transport can saturate as available binding sites fill.

• Reaction orderBroader topic: Its low- and high-substrate regimes show different apparent concentration dependence.

• Rate-determining stepRelated: Its parameters reflect multiple steps rather than automatically identifying one universally slow step.

• Enzyme unitRelated: It explains why activity measurements depend on substrate concentration.

• James B. SumnerRelated: Quantitative enzyme studies gained force as purified catalysts became available for testing.

• KatalBroader topic: Its maximum-rate parameter can be expressed in katals.

• EnzymologyBroader topic: It provides a foundational quantitative description of enzyme activity.

• History of biochemistryBroader topic: Its equations gave early biochemistry a lasting framework for measuring enzyme activity.

• Maud MentenBroader topic: It formalizes the enzyme-rate relationship Menten and Michaelis derived.

• Enzymes and CoenzymesRelated: It quantifies substrate dependence and the characteristic limits of enzyme activity.