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Literature DB >> 5551382

A combined qualitative and quantitative procedure for the chemical analysis of urinary calculi.

Abstract

A better understanding of the physico-chemical principles underlying the formation of calculus has led to a need for more precise information on the chemical composition of stones. A combined qualitative and quantitative procedure for the chemical analysis of urinary calculi which is suitable for routine use is presented. The procedure involves five simple qualitative tests followed by the quantitative determination of calcium, magnesium, inorganic phosphate, and oxalate. These data are used to calculate the composition of the stone in terms of calcium oxalate, apatite, and magnesium ammonium phosphate. Analytical results and derived values for five representative types of calculi are presented.

Entities: Chemical Disease

Mesh：

Substances：

Year: 1971 PMID： 5551382 PMCID： PMC476935 DOI： 10.1136/jcp.24.2.147

Source DB: PubMed Journal: J Clin Pathol ISSN： 0021-9746 Impact factor: 3.411

19 in total

1. Quantitative identification of urinary calculi.

Authors: R H LEONARD; A J BUTT
Journal: Clin Chem Date: 1955-08 Impact factor: 8.327

2. The analysis of calculi using microchemical methods.

Authors: P F HOLT; A L TARNOKY
Journal: J Clin Pathol Date: 1953-05 Impact factor: 3.411

3. THE QUALITATIVE EXAMINATION OF URINARY CALCULI.

Authors: J F McIntosh; R W Salter
Journal: J Clin Invest Date: 1942-11 Impact factor: 14.808

4. A comparison of x-ray diffraction and infrared technics for identifying kidney stones.

Authors: S S Pollack; G L Carlson
Journal: Am J Clin Pathol Date: 1969-12 Impact factor: 2.493

5. Kidney stone analysis.

Authors: J A Freeman; M F Beeler
Journal: Postgrad Med Date: 1969-11 Impact factor: 3.840

6. Improved qualitative screening test for cystinuria and homocystinuria.

Authors: A F Rosenthal; A Yaseen
Journal: Clin Chim Acta Date: 1969-11 Impact factor: 3.786

7. Activity products in stone-forming and non-stone-forming urine.

Authors: W G Robertson; M Peacock; B E Nordin
Journal: Clin Sci Date: 1968-06 Impact factor: 6.124

8. Urine ion equilibria. A numerical approach demonstrated by application to antistone therapy.

Authors: B Finlayson; G H Miller
Journal: Invest Urol Date: 1969-01

9. [The anorganic content of kidney calculi and its effect on the type of calculi].

Authors: H J Schneider
Journal: Urologe Date: 1968 Nov-Dec Impact factor: 0.639

10. Physicochemical basis for formation of renal stones of calcium phosphate origin: calculation of the degree of saturation of urine with respect to brushite.

Authors: C Y Pak
Journal: J Clin Invest Date: 1969-10 Impact factor: 14.808

9 in total

4. The establishment of a standard and real patient kidney stone library utilizing Fourier transform-infrared spectroscopy with a diamond ATR accessory.

Authors: Keith J Mulready; Des McGoldrick
Journal: Urol Res Date: 2012-01-13

A combined qualitative and quantitative procedure for the chemical analysis of urinary calculi.

1. Quantitative identification of urinary calculi.

2. The analysis of calculi using microchemical methods.

3. THE QUALITATIVE EXAMINATION OF URINARY CALCULI.

4. A comparison of x-ray diffraction and infrared technics for identifying kidney stones.

5. Kidney stone analysis.

6. Improved qualitative screening test for cystinuria and homocystinuria.

7. Activity products in stone-forming and non-stone-forming urine.

8. Urine ion equilibria. A numerical approach demonstrated by application to antistone therapy.

9. [The anorganic content of kidney calculi and its effect on the type of calculi].

10. Physicochemical basis for formation of renal stones of calcium phosphate origin: calculation of the degree of saturation of urine with respect to brushite.

1. Wet vs. dry chemical analysis of renal stones.

2. Cross-sectional study of kidney stones by laser-induced breakdown spectroscopy.

3. Laser-induced breakdown spectroscopy is a reliable method for urinary stone analysis.

4. The establishment of a standard and real patient kidney stone library utilizing Fourier transform-infrared spectroscopy with a diamond ATR accessory.

5. Rapid computer-assisted infrared analysis of urinary calculi using photoacoustic detection.

6. A multiple technique approach to the analysis of urinary calculi.

7. Biochemical relationship between urine composition and urinary stone formation in stone forming patients.

8. Laparoendoscopic single-site pyelolithotomy with use of a carter-thomason needle grasper.

9. A 13 year hospital based study on the Trend of Urinary Stone Disease in Uttarakhand, India.