liver breath

英 [ˈlɪvə(r) breθ] 美 [ˈlɪvər breθ]

网络  肝病口臭

医学



双语例句

  1. This occurs when the liver turns stored fat into chemicals called ketones, which are used for fuel ( and can give you less-than-fresh breath).
    这时肝脏将体内储存的脂肪转化为酮类化学物质,它常常用来做燃料。(从而产生一种呼吸不畅的感觉)。
  2. Liver disease, by contrast, often causes the breath to smell fishy.
    而鱼腥味则表示有肝脏疾病。
  3. Objective To elucidate the clinical value of the 13C-methacetin liver functional breath test for incidence and prognosis of SHE ( Subclinical Hepatic Encephalopathy).
    目的探讨13C-美沙西丁呼气试验对亚临床肝性脑病(SHE)发病率和预后判断等方面的临床应用价值。
  4. Methods: One hundred and sixteen patients with liver cirrhosis were observed. There patients received liver functional test 、 13C-methacetin breath test and the Child-Pugh classification at the same time.
    方法:选取116例肝硬化患者作为观察对象,常规行肝功能检查,进行13C-MBT肝功能检测并与Child-Pugh临床分级进行比较。
  5. Conclusion As a sensitive and quantitive liver function test method, 13C-methacetin breath test can be used to assess the state of liver function, the prognosis of liver cirrhosis patients.
    结论13C美沙西汀呼气试验作为一种灵敏、定量的肝功能试验可用于肝硬化患者的肝功能状况分级并有助于本病手术选择与预后评估。
  6. Measurement of liver functional capacity by means of~ ( 13) C-methacetin breath test in chronic liver diseases
    ~(13)C嘧塞西啶呼气试验测量慢性肝病患者肝脏储备功能的临床研究
  7. Measurement of Liver Compensatory Function for Patients with Cirrhosis by Means of~ ( 13) C-Methacetin Breath Test
    ~(13)C-美沙西定呼气试验评估肝硬化患者肝储备功能的研究
  8. The two methods of the liver functional classifications by 13C-methacetin breath test and clinical Child Pugh scoring were compared;
    比较13C-美沙西丁呼气试验的肝功能分级与临床ChildPugh分级的关系;
  9. Objective To investigate the significance of liver function determination using recombinant human growth hormone stimulate test and 13C-methacetin breath test in liver cirrhosis.
    目的探讨生长激素刺激试验与13C-美沙西丁呼气试验对肝硬化患者肝功能状况评估的临床意义。
  10. Recently four dimensional computed tomography ( 4D-CT) is dynamic CT images which related to time could truly reflect the motion trajectory of the liver and target volume from breath motion.
    近年发展起来的四维CT是一组与时间相关联的动态CT图像,可以真实地反映器官随呼吸作用的运动轨迹。