نتایج جستجو برای: uric acid stone

تعداد نتایج: 771605  

Journal: :Annals of the rheumatic diseases 1966
A de Vries M Frank U A Liberman O Sperling

Rational prophylaxis of uric acid lithiasis comprises two principles: increase of uric acid solubility in the urine achieved by raising the urinary pH (Peters and Van Slyke, 1946; Prien, 1955; Sperling and de Vries, 1964), and decrease of urinary uric acid (UUA) concentration, achieved by raising urine volume and decrease of UUA excretion. Whereas a rise inurinarypH is easily attained by oral a...

2018
Aysha Habib Khan Sheharbano Imran Jamsheer Talati Lena Jafri

Purpose To compare the results of a chemical method of kidney stone analysis with the results of Fourier transform infrared (FT-IR) spectroscopy. Materials and Methods Kidney stones collected between June and October 2015 were simultaneously analyzed by chemical and FT-IR methods. Results Kidney stones (n=449) were collected from patients from 1 to 81 years old. Most stones were from adults...

2015
Rohith Poondru Reddy Naresh Monigari Manjunath Hande

BACKGROUND: Uric acid, which serves no biochemical function other than being an end product of purine metabolism, was first discovered in 1776. A Swedish chemist Scheele isolated it from a urinary tract stone. In 1797, a British chemist Wallaston detected uric acid in a tophus which was removed from his own ear. About 50 years later Alfred Baring Garrod, a British physician showed by chemical i...

2017
Toshikazu Tanaka Shingo Hatakeyama Hayato Yamamoto Takuma Narita Itsuto Hamano Teppei Matsumoto Osamu Soma Yuki Tobisawa Tohru Yoneyama Takahiro Yoneyama Yasuhiro Hashimoto Takuya Koie Ippei Takahashi Shigeyuki Nakaji Yuriko Terayama Tomihisa Funyu Chikara Ohyama

BACKGROUND The aim of the present study is to investigate the clinical relevance of aortic calcification in urolithiasis patients. METHODS Between January 2010 and September 2014, 1221 patients with urolithiasis were treated in Oyokyo Kidney Research Institute and Hirosaki University Hospital. Among these, 287 patients (Stone group) on whom adequate data were available were included in this r...

2003
Shizuka Iida

Glycosaminoglycans (GAGs) have been identified as one of the macromolecules present in the stone matrix. Although electrophoresis has been used to analyze the composition of GAGs, this method is laborious and insensitive. The aim of this study was to examine GAG profiles in the stone matrix from 4 types of stones using high-performance liquid chromatography (HPLC). This method has been shown to...

Journal: :Clinical journal of the American Society of Nephrology : CJASN 2006
Clarita V Odvina

Foods that are high in citrate content generally are assumed to deliver alkali load when consumed irrespective of the accompanying cation. The object of this randomized, crossover study was to compare the effects of orange juice with those of lemonade on acid-base profile and urinary stone risks under controlled metabolic conditions. Thirteen volunteers (nine healthy subjects and four stone for...

Journal: :Kidney international 2002
Saeed R Khan Patricia A Glenton Renal Backov Daniel R Talham

BACKGROUND Cell membranes and their lipids play critical roles in calcification. Specific membrane phospholipids promote the formation of calcium phosphate and become a part of the organic matrix of growing calcification. We propose that membrane lipids also promote the formation of calcium oxalate (CaOx) and calcium phosphate (CaP) containing kidney stones, and become a part of their stone mat...

2014
Badereddin Mohamad Al–Ali Johanna Patzak Andre Lutfi Karl Pummer Herbert Augustin

INTRODUCTION To investigate retrospectively the impact of urinary stone volume on computed tomography stone attenuations measured in Hounsfield units in 253 patients with urolithiasis. MATERIAL AND METHODS CT scans were performed in 253 patients with suspected urinary stone disease from 2008 to 2010 using CT-Scanner Siemens, SOMATOM, Sensation 64. One experienced radiologist (A.L) who was bli...

Journal: :Frontiers in bioscience : a journal and virtual library 2003
William G Robertson

A simple method for assessing the biochemical risk of forming uric acid and/or calcium-containing stones would be extremely useful for screening patients with urinary stone disease before and during their clinical management and follow-up. This paper describes a simplified procedure for calculating the overall biochemical risk of forming stones consisting of uric acid, calcium oxalate, calcium ...

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