Linked from

The 21 pages that link to Lactate dehydrogenase, each with the reason it gives.

• Lactic acid fermentationRelated: It carries out the defining reaction and restores NAD⁺ for glycolysis.

• Lactic acid bacteriaRelated: It catalyzes the pyruvate-to-lactate step that regenerates NAD⁺ in fermentation.

• Lactic acidRelated: It catalyzes the reversible reaction linking lactic acid production to pyruvate metabolism.

• Lactate thresholdRelated: This reaction links lactate formation to cellular redox balance during intense exercise.

• HemolysisRelated: Its blood concentration can rise when widespread red-cell destruction releases cellular contents.

• Hemolytic anemiaRelated: Red-cell destruction can raise serum levels, especially during intravascular hemolysis.

• Cori cycleRelated: It links muscle pyruvate production to lactate formation and enables the liver’s reverse conversion.

• LactateRelated: It catalyzes the reversible reaction that forms lactate from pyruvate.

• NADHRelated: It oxidizes NADH to regenerate NAD+ when cells convert pyruvate to lactate.

• Hemolytic uremic syndromeRelated: Elevated levels commonly support the presence of red-cell destruction.

• LactobacillusRelated: It catalyzes the final step of the genus’s lactic acid fermentation.

• Autoimmune hemolytic anemiaRelated: Its blood level commonly rises as red cells break down.

• Thrombotic microangiopathyRelated: Elevated levels commonly support evidence of intravascular hemolysis.

• Testicular cancerRelated: It is one of the serum markers used to assess germ cell tumor burden.

• Atypical hemolytic uremic syndromeRelated: Elevated levels help support the diagnosis of intravascular hemolysis.

• Pyruvic acidRelated: It regenerates NAD⁺ by reducing pyruvate when glycolysis outpaces oxidative metabolism.

• Exudates and transudatesRelated: Its level is one of the biochemical measures used in Light's criteria.