Clinical Chemistry · 1994 · 77 citations · 16 references
MedicineNephrologyClinical BiochemistryRenal PathologyRenal PathophysiologyAcute Kidney InjuryRenal DiseaseRenal Function TestsRenal ImpairmentAcute Kidney Injury AssessmentAcute Kidney Injury DetectionAcute Kidney Injury DiagnosisAcute TraumaKidney Function MonitoringMyoglobin ConcentrationRhabdomyolysis-associated Acute Kidney InjurySerum Creatinine Assessment
We compared four immunoassays for serum and urine myoglobin. Within-run CVs were 5-13%, with biases seen between assays. Myoglobin was stable for 1 month in serum and 12 days in urine when the pH was adjusted to between 8.0 and 9.5. Hemoglobin caused no interference. We assayed 91 pairs of serum and timed urine specimens from 41 patients admitted for acute trauma or rhabdomyolysis. Most were treated with mannitol and alkalinization. Upon initial presentations, 21 patients with either low serum myoglobin concentrations (< 400 micrograms/L) or high myoglobin clearances (> or = 4 mL/min) had normal creatinine clearances and no clinical evidence of renal disease. The remaining 20 had low myoglobin clearances. Seven were in rhabdomyolysis-induced acute renal failure, or subsequently developed this complication. We suggest that low myoglobin clearance may indicate a high risk for developing renal failure or may be an early marker for kidney dysfunction. Low myoglobin clearance may prove useful in indicating failure of prophylactic treatment to clear myoglobin.
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Crush Injuries with Impairment of Renal Function
E. G. L. Bywaters, D. Beall · BMJ · 1941 · 915 citations · Full text
Medicine, Nephrology, Hemodialysis +10
Non-traumatic rhabdomyolysis and acute renal failure.
Chia-Hsun Chang, Jingai Fang, Chao Huang · PubMed · 1996 · 367 citations
Medicine, Nephrology, Dialysis +12