阿富汗霍斯特尿路结石的矿物组成

Baitullah Abdali, Khoshal Janatzai
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引用次数: 0

摘要

背景:泌尿道结石包括肾结石、输尿管结石和膀胱结石。了解尿路结石的矿物成分对治疗、患者教育和制定预防策略非常重要。目的:本研究旨在了解霍斯特省不同类型尿道结石的比例及其化学成分。材料和方法:采用回顾性、以医院为基础的研究设计。用简单的定性生化试验对结石进行分析。2016年9月至2019年8月共纳入63例患者。检查结石是否含有钙、镁、铵、草酸、磷酸盐、尿酸和胱氨酸。结果:18 ~ 75岁年龄组肾脏结石48例,输尿管结石4例,膀胱结石11例,平均56.2例。男性发病率高于女性,男女比例为3:1。总体的化学分析表明,88.21%的石头具有混合成分,11.79%的石头具有独特的成分。从女性中获得的大多数结石是胱氨酸(70%)和草酸(72%)结石,而男性中获得的大多数结石是草酸钙(76%)和尿酸(74%)结石。纯草酸钙结石8例,纯尿酸结石5例,纯胱氨酸结石7例,混合结石43例。在混合结石中,32个样本中含有草酸盐,36个样本中含有钙,17个样本中含有尿酸,23个样本中含有磷酸盐,14个样本中含有半胱氨酸。结论:本研究表明,在不同的尿路结石中发现的最常见的矿物质组成类型是草酸钙(81%),其次是胱氨酸和尿酸。需要进一步进行更广泛和大规模的研究,以评估阿富汗尿路结石的矿物基础,以制定预防战略并促进公众对饮食建议的认识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE MINERAL COMPOSITION OF URINARY TRACT STONES IN KHOST, AFGHANISTAN
Background: The urinary tract stones include renal (nephrolithiasis), ureter (ureterolithiasis), and urinary bladder stones (cystolithiasis). The knowledge of the mineral composition of the urinary tract stone is important for the treatment, patient education, and to develop preventative strategies. Aim: This study aims to characterize the proportion of different types of urinary tract stones and their chemical composition in Khost province. Material and Methods: A retrospective, the hospital-based study design was used. The stones were analyzed using simple qualitative biochemical tests. A total of 63 patients were included in this study from Sept 2016 to Aug 2019. The stones were checked for the presence of calcium, magnesium, ammonium, oxalate, phosphate, uric acid, and cystine. Results: The results obtained showed the incidence of the kidney (48 stones), ureteric (4 stones), urinary bladder (11 stones) at the age group of 18-75 years (mean 56.2). The incidence in men was higher than women, male to female ratio being 3:1. The chemical analysis of overall stones has shown that 88.21% had mixed compositions, and 11.79% presented a unique composition. The majority of stones obtained from women was cystine (70%) and oxalate (72%) stones, whereas the majority of stones in men were that of calcium oxalate (76%) and uric acid (74%) stones. Eight of the stones were pure of calcium oxalate, five were pure uric acid, 7 were pure cystine, and 43 were mixed stones. Among the mixed stones, oxalate was present in 32 samples (43 of total), calcium was present in 36 samples, uric acid was seen in 17, phosphate was present in 23, and cysteine was present in 14 stones. Conclusion: This study showed that the most common type of mineral composition found in different urinary stones is calcium oxalate (81%), followed by cystine and uric acid. Further broader and large scale studies are required to assess the mineral base of the urinary tract stones in Afghanistan to develop preventive strategies and promote public awareness about dietary recommendations.
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