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The 12 pages that link to Renal tubular acidosis, each with the reason it gives.

• Lactic acidosisCompared with: Its renal mechanism contrasts with lactate accumulation.

• Metabolic acidosisBroader topic: It produces acidosis through renal dysfunction, often without a raised anion gap.

• BicarbonateBroader topic: Defective bicarbonate handling or acid excretion can cause this form of metabolic acidosis.

• OsteomalaciaRelated: Chronic acidosis can disrupt bone mineral balance and contribute to osteomalacia.

• NephrolithiasisRelated: Some forms alter urine chemistry and increase the risk of calcium phosphate stones.

• Amphotericin BRelated: Amphotericin B can impair tubular function and contribute to this acid-base disturbance.

• NephrocalcinosisRelated: Distal renal tubular acidosis can raise urine pH and promote calcium phosphate deposition.

• NephrologyBroader topic: It links tubular dysfunction to characteristic blood chemistry and treatment choices.

• Fanconi syndromeRelated: Bicarbonate wasting in Fanconi syndrome can cause proximal, or type 2, renal tubular acidosis.

• Glycogen storage disease type IRelated: Kidney tubular dysfunction is monitored as a complication of type I disease.

• Oculocerebrorenal syndromeRelated: Proximal tubular bicarbonate loss can cause acidosis requiring monitoring and treatment.

• TubulopathyBroader topic: This tubulopathy shows how defective tubular acid secretion or bicarbonate handling alters blood chemistry.