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• W2419510799 abstract "The generalized use of physical methods, X-ray diffraction and Fourier transform infrared spectroscopy (FTIR) decisively improved urinary stone analysis by allowing to accurately identify the chemical nature, crystalline phases and relative proportions of stone constituents. Such compositional analysis is sufficient to identify stone diseases involving a single specific component such as cystine, 2,8-dihydroxyadenine (DHA), struvite, uric acid, ammonium hydrogen urate or a drug. However, for common calcium nephrolithiasis, which represents by far the largest part of urinary stones throughout the world, the simple identification of calcium oxalate (CaOx) and/or calcium phosphate (CaP) as constituents provides incomplete etiologic information because a same elemental stone composition may result from different lithogenic processes. A more comprehensive method combining careful morphologic examination of the surface and the section of stones with detailed FTIR analysis of the nature, location, crystalline phases and a respective proportion of stone constituents, therefore termed ‘morpho-constitutional’ analysis, as used in our laboratory for four decades provides more complete etiologic information. In common idiopathic CaOx nephrolithiasis, the predominance of the monohydrate form (COM) was shown to be associated with elevated urine Ox concentration, whereas the dihydrate form (COD) was associated with hypercalciuria, thus orienting dietary and/or pharmacological intervention. A major contribution of the method is to immediately orient the diagnosis of rare, but severe, diseases leading to a loss of renal function, when stone analysis reveals a peculiar morphology of common constituents. The most salient examples are the type Ic morphology of COM stones, pathognomonic of primary hyperoxaluria, type Ie morphology, which is highly suggestive of absorptive hyperoxaluria as seen in inflammatory bowel diseases and pathologies inducing steatorrhea, type IIId morphology of ammonium urate stones, which orientates towards chronic diarrhea with dietary imbalance and loss of electrolytes, and type IVa2 morphology of carbapatite, specific of distal renal tubular acidosis of congenital or acquired origin, and distinctive aspect of 2,8-DHA stones. In conclusion, the proposed morpho-constitutional method should be recommended for routine stone analysis, inasmuch as it is simple, rapid, reliable, clinically relevant and cost-effective." @default.
• W2419510799 created "2016-06-24" @default.
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• W2419510799 date "2016-11-01" @default.
• W2419510799 modified "2023-10-13" @default.
• W2419510799 title "Comprehensive morpho-constitutional analysis of urinary stones improves etiological diagnosis and therapeutic strategy of nephrolithiasis" @default.
• W2419510799 cites W1538585659 @default.
• W2419510799 cites W171406371 @default.
• W2419510799 cites W1785708344 @default.
• W2419510799 cites W1897393730 @default.
• W2419510799 cites W1964482246 @default.
• W2419510799 cites W1964840466 @default.
• W2419510799 cites W1966101712 @default.
• W2419510799 cites W1972590889 @default.
• W2419510799 cites W1980807267 @default.
• W2419510799 cites W1984041554 @default.
• W2419510799 cites W1985260626 @default.
• W2419510799 cites W1986227026 @default.
• W2419510799 cites W1989755188 @default.
• W2419510799 cites W1993922267 @default.
• W2419510799 cites W1996578952 @default.
• W2419510799 cites W2002076509 @default.
• W2419510799 cites W2002842493 @default.
• W2419510799 cites W2012145451 @default.
• W2419510799 cites W2022959918 @default.
• W2419510799 cites W2024875018 @default.
• W2419510799 cites W2026138917 @default.
• W2419510799 cites W2030459100 @default.
• W2419510799 cites W2036143549 @default.
• W2419510799 cites W2039664066 @default.
• W2419510799 cites W2045081544 @default.
• W2419510799 cites W2045814589 @default.
• W2419510799 cites W2048534075 @default.
• W2419510799 cites W2053624636 @default.
• W2419510799 cites W2054072985 @default.
• W2419510799 cites W2056557519 @default.
• W2419510799 cites W2057212006 @default.
• W2419510799 cites W2057253848 @default.
• W2419510799 cites W2057876548 @default.
• W2419510799 cites W2063596485 @default.
• W2419510799 cites W2063950738 @default.
• W2419510799 cites W2068579384 @default.
• W2419510799 cites W2069786066 @default.
• W2419510799 cites W2070029692 @default.
• W2419510799 cites W2072015514 @default.
• W2419510799 cites W2078003472 @default.
• W2419510799 cites W2080926076 @default.
• W2419510799 cites W2083456307 @default.
• W2419510799 cites W2084939448 @default.
• W2419510799 cites W2086409100 @default.
• W2419510799 cites W2089432685 @default.
• W2419510799 cites W2089897381 @default.
• W2419510799 cites W2093101219 @default.
• W2419510799 cites W2097220209 @default.
• W2419510799 cites W2103120948 @default.
• W2419510799 cites W2103716351 @default.
• W2419510799 cites W2106268365 @default.
• W2419510799 cites W2106338965 @default.
• W2419510799 cites W2106951882 @default.
• W2419510799 cites W2111165800 @default.
• W2419510799 cites W2115985004 @default.
• W2419510799 cites W2116357229 @default.
• W2419510799 cites W2119410610 @default.
• W2419510799 cites W2120856844 @default.
• W2419510799 cites W2122328682 @default.
• W2419510799 cites W2123645751 @default.
• W2419510799 cites W2134807289 @default.
• W2419510799 cites W2135083990 @default.
• W2419510799 cites W2138871650 @default.
• W2419510799 cites W2140601809 @default.
• W2419510799 cites W2142405152 @default.
• W2419510799 cites W2154951696 @default.
• W2419510799 cites W2156729608 @default.
• W2419510799 cites W2158886910 @default.
• W2419510799 cites W2159316522 @default.
• W2419510799 cites W2161607058 @default.
• W2419510799 cites W2170801768 @default.
• W2419510799 cites W2225370423 @default.
• W2419510799 cites W2249666767 @default.
• W2419510799 cites W2314220685 @default.
• W2419510799 cites W2338982666 @default.
• W2419510799 cites W2415142013 @default.
• W2419510799 cites W2419071306 @default.
• W2419510799 cites W2463780949 @default.
• W2419510799 cites W250644628 @default.
• W2419510799 cites W4210978414 @default.
• W2419510799 cites W4236047693 @default.
• W2419510799 cites W4236938577 @default.
• W2419510799 cites W65190390 @default.
• W2419510799 cites W3004116863 @default.
• W2419510799 doi "https://doi.org/10.1016/j.crci.2016.05.008" @default.
• W2419510799 hasPublicationYear "2016" @default.

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