Hall C L, Blainey J D, Gaffney P J
Nephron. 1979;23(1):6-9. doi: 10.1159/000181598.
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.
对伴有大量非选择性蛋白尿及高尿“纤维蛋白 - 纤维蛋白原降解产物”(FDP)水平的肾小球疾病患者,研究了尿中FDP的肾清除起源及机制。结果表明,尿FDP主要源于未改变的血浆纤维蛋白原通过受损且通透性异常的肾小球基底膜滤过,且滤过的纤维蛋白原在尿中发生了不同程度的裂解。尿中存在二聚体片段D证明肾小球内沉积物中的交联纤维蛋白裂解,这似乎仅对尿FDP总排泄量有少量贡献。