1) ultrasonography
[英][,ʌltrəsə'nɔɡrəfi] [美][,ʌltrəsə'nɑɡrəfi]
声学造影
1.
Objective: To investigate the applicational value of contrast ultrasonography diagnosis of pulmonary arteriovenous fistular(PAVF).
目的探讨声学造影在诊断肺动静脉瘘中的价值。
2.
Ultrasonography in Diagnosis of Tubal Dysgenesia:A Comparison with Hysterosalpingography;
目的探讨超声子宫输卵管声学造影与X-线子宫输卵管造影(HSG)在诊断输卵管性不孕的诊断价值。
2) enhanced ultrasonography
声学造影
1.
Experimental study on enhanced ultrasonography of normal abdominal aorta using self-made perfluorocarbon ultrasound contrast agent in rabbits;
自制氟碳声学造影剂对正常兔腹主动脉造影的实验研究(英文)
2.
Enhanced ultrasonography of atherosclerosis of abdominal aorta in rabbit model: a preliminary study;
声学造影评价兔腹主动脉粥样硬化的初步研究
3) Contrast ultrasound
声学造影
1.
Diagnostic value of time-intensity curve of liver parenchyma after intravenous contrast ultrasound in liver cirrhosis;
经静脉声学造影后肝脏实质时间-强度曲线分析诊断肝硬化
4) Acoustic contrast
声学造影
1.
Successful veterinary application of 3%hydrogen peroxide solution instead of con-ventional co ntrast agents for echocardiographic acoustic contrast is reported in this paper for the first time.
在兽医上首次应用３％过氧化氢溶液（双氧水）代替常规造影剂进行超声心动图声学造影法研究取得成功。
5) Contrast-enhanced ultrasound
声学造影
1.
Contrast-enhanced ultrasound in the diagnosis of uterine tumors;
声学造影在子宫肿瘤诊断中的应用
6) ultrasound contrast agent
声学造影剂
1.
Experimental study on the diagnostic value of the appearing time of ultrasound contrast agent in hepatic vein in early liver cirrhosis;
声学造影剂肝静脉显影时间诊断早期肝硬化的实验研究
2.
Experimental Studies of Transcranial Ultrasonography and Cerebral Parenchyma Heamorrhage Enhanced by a Newly Developed Lipid-coated Ultrasound Contrast Agent;
脂质体声学造影剂评价脑微循环灌注及脑出血的实验研究
3.
Objective To assess the imaging effect of renal trauma by using the ultrasound contrast agent and the second harmonic imaging in rabbit model and provide the basic experimental data for the clinical purpose using ultrasound contrast in renal injury.
经耳缘静脉注入脂质体声学造影剂,分别观察造影前、后血肿显示情况;观察造影后血肿周围肾实质的灰阶显影,用视频灰阶分析技术评价造影效果。
补充资料：心脏声学造影
心脏声学造影
超声学检查方法之一。又称“造影超声心动图法”。正常心脏与大血管中的血液是均质性液体，无回声反射。当经过导管或从外周静脉注入能产生小气泡而改变血液均质性的某些物质(如双氧水、二氧化碳等)，就可在该物质流经的部位出现浓密的云雾状回声反射。在超声心动图的基础上，对这些回声出现的部位、次序及流动方向等进行分析，就可对分流性和反流性心血管疾病做出诊断。这种技术称为心脏声学造影，用于注射的对比剂即为声学对比剂。该方法对设备要求不高，操作方法简单，且可多次重复，基本无副作用。
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参考词条