1.
put a patient on a kidney machine
给病人装置人工肾.
2.
Preliminary Study on the Construction of Bioartificial Renal Tubule Assist Device in Vitro
生物人工肾小管体外构建的初步研究
3.
Effect of Bioartificial Renal Tubule Constructed with Human Renal Cells on Porcine Model with Multiple Organ Dysfunction Syndromes and Acute Renal Failure;
人肾细胞构建生物人工肾小管治疗MODS猪的实验研究
4.
The Primary Study of Building Bioartificial Renal Tubule Assist Device;
生物人工肾小管辅助装置构建方法的初步研究
5.
The construction of bioartificial renal tubule assist device in vitro;
生物人工肾小管体外构建及功能测定的研究
6.
The Construction and Evaluation of Bioartificial Nephron in Vitro;
生物人工肾单位的构建与体外功能评估
7.
Interference treatment of hemoperfusion combined with hemodialysi to MMS
组合型人工肾清除中分子毒素的干预治疗
8.
Analysis of 18 Cases of Intractable Ascites by Reinfusion of Ascites Concent Rated with the Artificial Kidney Technology
利用人工肾技术腹水回输治疗顽固性腹水18例分析
9.
Experimental Study on the Treatment of Porcine Bioartificial Renal Tubule in Pigs with Multiple Organ Dysfunction Syndrome;
猪源性生物人工肾小管对多器官功能障碍猪治疗作用的实验研究
10.
Observation and nursing care of combination-type artificial kidney in the complication of hemodialysis patients
组合型人工肾在治疗血透患者并发症中的观察和护理
11.
Clinical Analysis of Hemodiafiltration on Cases of Uremic Encephalopathy
组合型人工肾治疗尿毒症脑病的临床观察及护理措施
12.
Investigation on Renal Function in workers Exposed to Silica Dust in Ji ning City in 2005;
2005年济宁市部分粉尘接触工人肾功能指标调查
13.
Research on early monitoring indexes of chronic renal injury in lead exposed workers;
铅作业工人慢性肾损害早期监测指标的研究
14.
Clinical Curative Effect of Guishen Huoxue Tiaojing Tang on Hypomenorrhea Which Appear after Induced Abortion;
归肾活血调经汤治疗人工流产术后月经过少疗效观察
15.
The Role of Medical Social Work in Hem Dialysis Patients Medical Service;
医务社会工作在医疗服务中的运用——以肾透析病人为例
16.
Investigation into variations of levels of urine cadmium,urine β_2-microglobulin,urine retinol union protein in workers after getting rid of exposure to cadmium;
镉作业工人停止接触后镉接触和肾功能损害指标变化
17.
The Protective Effects of Cordyceps Extract on Acute Renal Ischemia Reperfusion Injury in Rats
人工虫草复合液对大鼠肾缺血再灌注损伤保护作用研究
18.
Prediction of mycophenolic acid exposure in renal transplantation recipients by artificial neural network
人工神经网络预测肾移植受者霉酚酸体内暴露药量