1) Contrast-induced nephropathy(CIN)
对比剂诱发肾病
2) contrast induced nephropathy
对比剂肾病
1.
Contrast induced nephropathy:an ignored important complication in interventional radiology;
对比剂肾病:介入手术必须重视的并发症
3) contrast-induced nephropathy
对比剂肾病
1.
Contrast-induced nephropathy in patients with acute myocardial infarction undergoing primary percutaneous coronary intervention
急性心肌梗死患者急诊经皮冠状动脉介入治疗后对比剂肾病的研究
2.
Background: Contrast-induced nephropathy (CIN) is a well-known complication of the therapeutic and diagnostic procedures which requires contrast administration.
背景:对比剂肾病(CIN),是血管腔内注入对比剂产生的并发症,已经成为医院获得的肾功能不全的第三大原因。
3.
Conclusion Using iso-osmolar contrast media may prevent from contrast-induced nephropathy.
结论应用等渗对比剂可降低对比剂肾病的发生率。
4) adriamycin-inducing nephrotic (ADN)
多柔比星诱导肾病
1.
Objective To observe the expression and distribution of nephrin and podocin in adriamycin-inducing nephrotic (ADN) rats,and explore the possible mechanisms of nephrin and podocin during the progression of nephrotic syndrome(NS).
目的观察podocin与nephrin在多柔比星诱导肾病(adriamycin-inducing nephrotic,ADN)大鼠模型病变过程中的表达及共定位分布,探讨podocin和nephrin在肾病病变过程中的作用机制。
5) contrast induced nephropathy
对比剂肾损害
1.
Preventive effect of N-broncholysin and intravenous sodium bicarbonate on contrast induced nephropathy in patients with middle to heavy renal diseases
N-乙酰半胱氨酸和碳酸氢钠预防中重度肾功能不全患者对比剂肾损害的作用
6) Shenbing Mixture
肾病合剂
1.
Clinical Study on Effect of Shenbing Mixture in Reducing Recurrence of Simple Nephrotic Syndrome of Children;
中药肾病合剂减少儿童单纯型肾病综合征复发的临床研究
2.
Objective To study the intervention of Shenbing Mixture combined with hormone for simple nephrotic syndrome in children.
目的探讨肾病合剂对激素治疗小儿单纯型肾病综合征的干预作用。
3.
The data obtained from the experimental rats revealed that Shenbing mixture(SBM) has significant therapeutic effects on adriamycin induced nephrotic syndrome in rats.
肾病合剂对大鼠阿霉素肾病有显著治疗作用。
补充资料：CT对比剂
CT对比剂
影像学术语。CT检查中用以增加病变组织与正常组织间密度差别的对比物质。阴性对比剂提供低密度的对比，主要是空气；阳性对比剂提供高密度对比，主要是水溶性有机碘剂。非水溶性碘剂及非碘制剂偶有使用。水溶性碘对比剂是应用最广泛的CT对比剂，分经肾和经肝排泄含碘造影剂两种。目前CT所用水溶性碘对比剂通常为三碘苯环衍生物，其结构有四种，即离子型单体、离子型双聚体、非离子型单体和非离子型双聚体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条