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Origin of Urinary Fibrin-Fibrinogen Degradation Products in Renal Glomerular Disease
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1979
Year
Glomerular DiseaseFiltered FibrinogenDialysisDimeric Fragment DGlomerulonephritisRenal FunctionChronic Kidney DiseaseKidney FailureRenal Glomerular DiseaseEnd-stage Renal DiseaseUrologyRenal DiseaseDiabetic Kidney DiseaseCross-linked FibrinMicrobiologyGlomerulopathyMedicineNephrologyKidney Research
The origin and mechanism of renal clearance of urinary 'fibrin-fibrinogen degradation products' (FDP) were studied in patients with renal glomerular diseases associated with heavy, non-selective proteinuria and high levels of urinary FDP. The results indicated that the urinary FDP arose primarily by the filtration of unaltered plasma fibrinogen through a damaged and abnormally permeable glomerular basement membrane and that a variable degree of lysis of the filtered fibrinogen occurred in the urine. The lysis of cross-linked fibrin in intraglomerular deposits, as evidenced by the presence of dimeric fragment D in the urine, appeared to contribute only a small amount to the total urinary FDP excretion.