泌尿系结石

  • 网络urolithiasis;Urinary calculus;urinary tract stone
泌尿系结石泌尿系结石
  1. 气温与泌尿系结石的关系(附196例泌尿系结石分析)

    Relation between Temperature and Urolithiasis ( 196 Cases of Report )

  2. 泌尿系结石是一种世界范围的常见病、多发病。

    Urolithiasis is one of the most common urologic diseases in the world-wide area .

  3. 不同低剂量CT后处理技术在泌尿系结石中对比分析

    Different Low-dose CT Post-processing Technology in the Urinary Calculi with Comparative Analysis

  4. 螺旋CT低剂量平扫在泌尿系结石中的应用价值

    Value of Low-dose Multi-slice CT in Application of Urinary Calculi

  5. 泌尿系结石的螺旋CT扫描技术探讨

    Study of Spiral CT Scaning for Urinary System Calculuses

  6. 泌尿系结石U100~(plus)激光碎石术

    Urological calculi treated with U100 ~ ( plus ) laser lithotripsy

  7. 泌尿系结石的X射线光电子能谱和X射线衍射联合分析

    Combined Analysis of Urinary Stones by X-ray Photoelectron Spectroscopy and X-ray Powder Diffraction

  8. ESWL治疗泌尿系结石683例临床分析

    The clinical analysis of 683 cases of calculus in urinary system by ESWL

  9. 目的:评价多层螺旋CT(MSCT)在不同扫描条件下对泌尿系结石的显示率。

    Objective : To evaluate the detection rate of urinary calculi on unenhanced multislice spiral CT ( MSCT ) images at various settings .

  10. 排石汤Ⅰ、Ⅲ号联合ESWL治疗泌尿系结石的临床研究

    Clinical Study on Treating Calculi in Urinary System with Paishi Decoction ⅰ、ⅲ Combined with ESWL

  11. 结论:ESWL是治疗泌尿系结石的有效方法之一。

    Conclusion : ESWL is one of effective therapeutic methods for stone in urinary system .

  12. 资料与方法实验组:27个取自患者的泌尿系结石,分别经设置不同扫描参数的单层螺旋CT(SSCT)和MSCT扫描。

    Materials and Methods Experimental group : 27 urinary calculi were performed MSCT and SSCT using different parameters .

  13. 泌尿系结石患者尿NAG活性的变化及其临床意义

    Changes of the urinary NAG enzyme activity in urinary stone patients and its clinical significance

  14. 目的探讨特发性高钙尿症(IH)的临床特点及与泌尿系结石的关系。

    Objective To study the clinical features and the relationships between urinary stones and idiopathic hypercalciuria ( IH ) .

  15. 泌尿系结石患者体外震波碎石前后血清和尿液SST,SOD,6-OH和EGF变化的研究

    Changes of SST , SOD , 6-OH and EGF in Serum and Urine of Patients with Urinary Calculi before and after ESWL

  16. 方法对171例临床诊断为泌尿系结石行ESWL治疗病人,应用IVP检查了解肾脏分泌功能、梗阻结石的部位及程度。

    Methods The Kidney secretion functions of the 171 cases of urological stones under the treatment by ESWL , are examined with IVP .

  17. 方法:对1998~2004年在我院行ESWL的683例泌尿系结石患者资料进行总结。

    Methods : To summarize the treating experiences of 683 cases of patients with stones in urinary system by ESWL from 1998 to 2004 year periods .

  18. 目的:为了了解泌尿系结石形成的机理,观察一水草酸钙(COM)晶体在纯水和NaCl溶液模拟体系中的聚集行为。

    Aim : The aggregation of the crystals of calcium oxalate monohydrate ( COM ) was studied in pure aqueous and NaCl solutions in order to understand the mechanism for formation of calculi in urinary system .

  19. 草酸钙(CaOxa)是泌尿系结石的主要成份,其生长过程受诸多因素的影响。

    Calcium oxalate is a main composition of urinary stones .

  20. 结论:Uralyt-U〔(C6H5O7)5-H3K6Na6〕对泌尿系结石有较好作用,疗效满意。

    Conclusions : Uralyt-U 〔( C_6H_5O_7 ) _5-H_3K_6Na_6 〕 has good satisfactory curative effect on urinary system calculus .

  21. 目的探讨双频双脉冲U100掺钕钇铝石榴石(Nd:YAG)激光粉碎泌尿系结石的疗效及安全性。

    Objective To evaluate the effect and safety of the frequency-doubled double-pulse U-100 neodymium of YAG ( Nd : YAG ) laser lithotripsy of calculi in the urinary tract .

  22. 增加饮水量预防泌尿系结石的系统评价

    Increasing water intake for the prevention of urinary calculi : Meta-analysis

  23. 56例飞行员泌尿系结石非损伤速效治疗研究

    Studies on Quick Non-Wounded Treatments in 56 Pilots with Urinary Calculi

  24. 对220例泌尿系结石标本进行化学成分分析。

    Chemical analysis of 220 samples of urinary calculi was performed .

  25. 泌尿系结石患者肾功能损害

    Early Damage of Renal Function in Patients with Urinary Stone

  26. 710例泌尿系结石成份分析与饮食预防

    Analysis of Composition of Urinary Calculi in 710 Cases and Dietary Prevention

  27. 远端肾小管酸中毒致泌尿系结石的诊治(附20例报告)

    Distal renal tubular acidosis and urolithiasis ( Report of 20 cases )

  28. 十四年来针灸治疗泌尿系结石近况

    Status of Treating Urinary Calculi with Acupuncture in the Last 14 Years

  29. 钬激光在泌尿系结石手术中的应用与配合

    Application of Holmium in Treatment of Urolith and Operation Matching

  30. 对苯二甲酸诱导大鼠泌尿系结石的成分分析

    Analysis on the components of rat urinary stone induced by terephthalic acid