文摘

物理特性,定性和定量分析,尿路结石(Pathari)

作者(年代):Suman帕里哈,Prasoon哈达和Sneh沙玛

化学成分的石头(pathari)的知识有助于理解其形成的机制,从而提供适当的医疗管理指南pathari疾病。乐动KENO快乐彩保持这些事实,他们的体重、身体特征、58石头进行了定性和定量分析。特征的定性分析;(a)草酸钙和石头,(b)的铵96.5%的石头,这表明要么存在鸟粪石(磷酸镁铵)或酸铵尿酸盐和(c)没有在所有的石头胱氨酸。定性,草酸是石头的主要成分(30.18 + 11.96 g %)。尿液化学和结晶尿结石患者(SF)也进行了分析。之间没有关系观察尿液化学和化学分析的石头。尿液样本中研究了结晶尿结石患者入院时,操作前,经过七天的操作。有减少手术后尿液样本中结晶尿。重量、形状、颜色和表面58石头从不同网站的观察尿液排出。 The largest stone was from bladder weighed 118.5 g. Result showed calcium was present in all the stones. Preponderance of magnesium, ammonium, oxalate and phosphates was also evident in stones from all sites (i.e. kidney, ureter, bladder etc.). Incidence of pure calcium oxalates and calcium phosphate stone was very low .The same was true for the stones having combinations of two constituents (calcium oxalate + calcium phosphate, calcium phosphate + uric acid). Majority of stones had more than three combinations. Ammonium acid urate was present in 86.3 and 97.4% in upper urinary tract and bladder stones, respectively. The quantitative analysis of stone was performed, which revealed that calcium and oxalate was the major constituent of stones irrespective of their sites.