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The 27 pages that link to Lactic acidosis, each with the reason it gives.

• Cyanide poisoningRelated: Blocked aerobic metabolism drives lactate production and can rapidly acidify the blood.

• IschemiaRelated: Ongoing oxygen-limited metabolism can raise lactate and disrupt cellular pH.

• Diabetic ketoacidosisCompared with: It is another high-anion-gap acidosis, but its principal acid is lactate, not ketones.

• Lactic acidRelated: It is a serious clinical condition involving lactate, distinct from ordinary exercise-related rises.

• Lactate dehydrogenaseRelated: Impaired oxygen delivery, metabolism, or clearance can increase lactate production relative to removal.

• Metabolic acidosisBroader topic: Lactate accumulation is a frequent cause of high-anion-gap acidosis.

• MetforminRelated: This rare complication is a key safety concern when metformin accumulates or severe illness disrupts metabolism.

• Cori cycleRelated: Lactate clearance through liver metabolism is relevant to understanding elevated lactate, though the cycle alone does not explain acidosis.

• Hypovolemic shockRelated: Rising lactate can signal persistent hypoperfusion and worsening metabolic disturbance.

• LactateBroader topic: Lactate accumulation can accompany this serious acid–base disturbance.

• Hemorrhagic shockRelated: Poor perfusion shifts metabolism and lactate can accumulate as shock worsens.

• Mitochondrial dysfunctionRelated: Impaired oxidative metabolism can increase lactate production, though this finding has many causes.

• Renal tubular acidosisCompared with: It typically raises the anion gap, unlike the usual biochemical pattern of renal tubular acidosis.

• ShockRelated: Impaired perfusion can force cells toward anaerobic metabolism and raise lactate.

• 400 metresCompared with: The intense final stages are often described through lactate-related fatigue, though lactate itself is not the cause of muscle burning.

• Tumor lysis syndromeCompared with: Lactic acidosis may accompany severe illness or cancer but has a distinct biochemical cause.

• AnoxiaRelated: Oxygen-deprived tissues can rely more heavily on lactate-producing metabolism.

• Pyruvate dehydrogenase complexRelated: When pyruvate oxidation is impaired, more pyruvate can be converted to lactate.

• Wernicke encephalopathyRelated: Impaired thiamine-dependent metabolism can contribute to lactate accumulation in severe deficiency.

• Propylene glycolRelated: Propylene glycol metabolism can contribute to lactic acidosis during substantial medical exposure.

• BeriberiRelated: Severe thiamin deficiency can impair pyruvate processing and contribute to lactate buildup.

• MELASRelated: Defective oxidative metabolism can increase lactate, a defining feature of MELAS.

• Distributive shockRelated: Impaired perfusion can increase lactate production, though lactate has other causes as well.

• Leigh syndromeRelated: Impaired mitochondrial metabolism can raise lactate, though levels may remain normal.

• Glycogen storage disease type IRelated: Trapped glucose-6-phosphate is diverted toward glycolysis, increasing lactate production.

• HyperlactatemiaCompared with: Elevated lactate alone does not establish lactic acidosis.

• StavudineRelated: Stavudine can cause this rare but serious mitochondrial adverse effect.