海南医学
海南醫學
해남의학
HAINAN MEDICAL JOURNAL
2014年
9期
1276-1278
,共3页
杨伟忠%张小悦%何平胜%蒋飞华%余娥娟%胡卫列
楊偉忠%張小悅%何平勝%蔣飛華%餘娥娟%鬍衛列
양위충%장소열%하평성%장비화%여아연%호위렬
结石成分分析%泌尿系结石%结石防治
結石成分分析%泌尿繫結石%結石防治
결석성분분석%비뇨계결석%결석방치
Composition analysis of stone%Urinary stone%Prevention of stone
目的:分析惠州地区泌尿系结石成分构成情况,探讨该地区泌尿系结石成因,为临床防治结石及复发提供理论依据。方法对收集的573例尿路结石标本进行化学成分测定,并结合患者临床资料进行统计分析。结果泌尿系结石患者男女比例为1.24:1,51~60岁年龄段患者所占比例最高,上尿路结石患者明显多于下尿路结石,比例为12.6:1。钙盐在结石化学成分最高,占91.8%,其次是草酸盐,占83.1%,胱氨酸在结石成分中最为少见。上下尿路结石成分不相同,磷酸盐、尿酸及尿酸盐、镁盐、铵盐在上下尿结石成分所占比例不同,差异均有统计学意义(P<0.05)。结论采用化学法分析结石成分简单可行,可满足临床对结石成分分析的需求,对预防结石形成和复发具有重要的指导意义。
目的:分析惠州地區泌尿繫結石成分構成情況,探討該地區泌尿繫結石成因,為臨床防治結石及複髮提供理論依據。方法對收集的573例尿路結石標本進行化學成分測定,併結閤患者臨床資料進行統計分析。結果泌尿繫結石患者男女比例為1.24:1,51~60歲年齡段患者所佔比例最高,上尿路結石患者明顯多于下尿路結石,比例為12.6:1。鈣鹽在結石化學成分最高,佔91.8%,其次是草痠鹽,佔83.1%,胱氨痠在結石成分中最為少見。上下尿路結石成分不相同,燐痠鹽、尿痠及尿痠鹽、鎂鹽、銨鹽在上下尿結石成分所佔比例不同,差異均有統計學意義(P<0.05)。結論採用化學法分析結石成分簡單可行,可滿足臨床對結石成分分析的需求,對預防結石形成和複髮具有重要的指導意義。
목적:분석혜주지구비뇨계결석성분구성정황,탐토해지구비뇨계결석성인,위림상방치결석급복발제공이론의거。방법대수집적573례뇨로결석표본진행화학성분측정,병결합환자림상자료진행통계분석。결과비뇨계결석환자남녀비례위1.24:1,51~60세년령단환자소점비례최고,상뇨로결석환자명현다우하뇨로결석,비례위12.6:1。개염재결석화학성분최고,점91.8%,기차시초산염,점83.1%,광안산재결석성분중최위소견。상하뇨로결석성분불상동,린산염、뇨산급뇨산염、미염、안염재상하뇨결석성분소점비례불동,차이균유통계학의의(P<0.05)。결론채용화학법분석결석성분간단가행,가만족림상대결석성분분석적수구,대예방결석형성화복발구유중요적지도의의。
Objective To analyze the constituents of urinary stone in Huizhou area, investigate the causes of its formation, and provide theoretical basis for treatment and avoiding recurrence of it in patient. Methods Chemical analysis was carried out with 573 urinary stones samples, and then the results were statistic analyzed combined with the clinical data. Results Urinary stones occurred more often in male patient than in female with the ratio of 1.24:1. The incidence of urinary tract stones in persons 51 to 60 years old was higher than any other age stage. The incidence of upper urinary tract stones was higher than that of lower urinary tract stones, with the ratio of 12.6:1. The highest chemical composition is calcium, which accounted for 91.8%, followed by oxalate, which accounted for 83.1%, and cystine calculus was the rarest ingredient. The ingredients of upper and lower urinary tract stones are not identical. There were significantly differences in the proportions of phosphate, uric acid and uric acid salts, magnesium salts, and salts between the upper and lower urinary stones. Conclusion The chemical method for analyzing the stone com-position is simple and feasible, which could meet the clinical requirement and is helpful to prevent the formation and recurrence of urinary stone.