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[水草酸钙石和水合草酸钙石:迈向不同的病因学。结石形态分型的意义]

[Whewellite and weddellite: toward a different etiopathogenesis. The significance of morphological typing of calculi].

作者信息

Daudon M, Réveillaud R J

出版信息

Nephrologie. 1984;5(5):195-201.

PMID:6531056
Abstract

From 3000 urinary calculi analysis, a morphological classification allowed us to appoint 7 structural types of oxalate stones, dependent on whewellite or/and weddellite. We observed evidence for correlations between biological data and these structural types, mainly between types I and hyperoxaluria, types II and hypercalciuria, types II + IV or IV and hyperparathyroïdism, as well as between whewellite and hyperuricuria. We determined in vitro calcium and oxalate concentrations ranges to crystallize various hydrate forms of calcium oxalate and we observed that whewellite form is almost the only one fitted for crystallizing in renal papilla. From this various data, it results that, in vivo, whewellite is dependent on oxalate concentration whereas weddellite is rather dependent on calcium concentration. Otherwise, differences in occurrence of morphological types of oxalate calculi were observed as a function of the patient' sex, the urinary tract localisation of calculi, or the crystalluria.

摘要

通过对3000例尿结石的分析,一种形态学分类方法使我们能够确定7种草酸钙结石的结构类型,这取决于水草酸钙或/和二水草酸钙。我们观察到生物学数据与这些结构类型之间存在相关性,主要是I型与高草酸尿症、II型与高钙尿症、II + IV型或IV型与甲状旁腺功能亢进之间,以及水草酸钙与高尿酸尿症之间。我们测定了体外钙和草酸的浓度范围,以结晶草酸钙的各种水合物形式,并且我们观察到水草酸钙形式几乎是唯一适合在肾乳头中结晶的形式。从这些各种数据可以得出,在体内,水草酸钙取决于草酸浓度,而二水草酸钙则更取决于钙浓度。此外,观察到草酸钙结石形态类型的发生率因患者性别、结石在尿路中的位置或结晶尿而有所不同。

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