1)MRU磁共振尿路水成像
1.The clinical application of MR urography water imaging technique(MRU);磁共振尿路水成像技术(MRU)的临床应用探讨
英文短句/例句
1.Study on MR urography and intravenous urography in diagnosis of urologic obstructive diseases磁共振尿路水成像与静脉尿路造影在泌尿系梗阻性疾病的对比研究
2.Utility of MRI and MRU for diagnosing the ureteral diseases磁共振成像和磁共振尿路造影对诊断输尿管病变的应用价值
3.Study on positioning diagnosis of MRU in ectopic ureter磁共振尿路成像对异位输尿管开口的定位诊断
4.Diagnostic Value of MRU in Ureter Transitional Cell Carcinoma磁共振成像对尿路原发性输尿管移行细胞癌的诊断价值
5.The clinical application of low field magnetic resonance water imaging combined with MRI in diagnosis of diseases in biliary and urinary systems低场磁共振水成像结合常规磁共振成像在胆道及泌尿系统疾病诊断中的应用
6.Clinical evaluation of IVP,CTU and MRU in the diagnosis of urinary system stones静脉肾盂造影、CT尿路造影及磁共振尿路成像在诊断泌尿系统结石中的价值
7.Gadopentetic acid as an oral negative gastrointestinal contrast agent for magnetic resonance urography口服钆喷酸葡胺溶液行磁共振泌尿系水成像的临床应用
8.Clinical Analysis and MRI characteristics of patients with Central Diabetes Insipidus中枢性尿崩症临床分析及垂体磁共振成像特点
9.Functional MRI observation of working memory in patients with type 2 diabetes功能磁共振成像观察2型糖尿病患者工作记忆
10.Most MRIs look for hydrogen, usually found in the body as a component of water.大多数核磁共振成像先寻找体内构成水的氢。
11.Application of 3.0 Tesla MR in Olfactory Pathway Imaging3.0T磁共振在嗅觉传导通路成像中的应用
12.Magnetic resonance imaging (MRI) :Computer production of images from magnetic resonance.磁共振成像:从磁共振产生的计算机影像。
13.Cortical Activation Induced by Intra-oral Stimuli with Cold & Heat Water in Humans: Evidence from fMRI;口腔内冷热水感觉的功能性磁共振成像研究
14.The value of rectal magnetic resonance hydrography or diagnosis and staging o retal carcinoma磁共振水成像检查在直肠癌术前诊断中的应用
15.Experimental and Clinical MR Study of Lower Extremity Vascular Disease in Diabetic Patients with Foot Problems;糖尿病足病下肢血管病变磁共振成像的实验及临床应用研究
16.Evaluation of the Left Ventricular Function in Patients with Type 2 Diabetes Mellitus by Cardiac Cine Magnetic Resonance Imaging;心脏电影磁共振成像评估2型糖尿病患者左心室功能
17.The diagnostic value of 3T magnetic resonance angiography on diabetic peripheral artery disease of lower extremity3T磁共振血管成像对糖尿病下肢大血管病变的诊断价值
18.Features of Magnetic Resonance Imaging and Angiography of Brain in Type 2 Diabetes Patients with Cerebral Infarction2型糖尿病患者并发脑梗死的颅脑磁共振及血管成像特点
相关短句/例句
magnetic resonance urography磁共振尿路成像
1.Objective To evaluate the diagnostic value of magnetic resonance urography(MRU)in patients with iatrogenic ureteral injuries.目的探讨磁共振尿路成像(MRU)在医源性输尿管损伤中的价值。
3)MRU磁共振尿路成像
1.A Study of the positioning diagnostic value of MRU in ectopic ureter;磁共振尿路成像对异位输尿管开口的诊断
2.Study on positioning diagnosis of MRU in ectopic ureter;磁共振尿路成像对异位输尿管开口的定位诊断
4)MR urography磁共振泌尿系水成像
1.The evaluation of MR urography and its clinical applications;磁共振泌尿系水成像技术与临床应用探讨
2.Results MR urography by HASTE provided high-resolution image of the urinary tract collecting systems.目的 探讨磁共振泌尿系水成像(MRU )的检查技术及临床应用价值。
5)Magnetic Resonance Hydrography磁共振水成像
1.Summarizes the basic principle and scanning parameters and the specific clinical application of magnetic resonance hydrography,including the clinical significance of all parts of body.本文综述了磁共振水成像技术的基本原理和成像参数,及其在临床上的具体运用,包括全身各部位的临床意义及各成像序列最佳使用方法,并进一步阐述了磁共振水成像技术在临床诊断中的地位和价值。
6)MRU磁共振水成像
1.Objective To investigate the clinical application and value of MRU in the diagnosis of nonfunctional kidney with transitional cell carcinoma(TCC)of renal pelvic or ureter in post-transplantation of kidney.目的：探讨磁共振水成像(Magnetic resistance urography,MRU)在肾移植术后对原自体无功能性肾、输尿管移行细胞癌的诊断价值。
延伸阅读
磁共振成像磁共振成像magneticresonanceimaging利用人体组织中某种原子核的核磁共振现象，将所得射频信号经过电子计算机处理，重建出人体某一层面的图像的诊断技术。又称核磁共振成像术。英文简称MRI。磁共振成像的胸部显影片MRI在临床上主要用于以下部位：①头部。可清晰分辨脑灰质和白质，对多发性硬化等一类脱髓鞘病优于CT。对脑外伤、脑出血、脑梗塞、脑肿瘤等同CT类似，但可显示CT为等密度的硬膜下血肿。脑梗塞或脑肿瘤的早期，CT不能查出，而MRI有可能显示。对钙化和脑膜瘤显示不好。脑干及小脑病变的MRI图像由于没有伪影是首选检查方法。②脊柱。不需要造影剂就能清晰区分脊髓、硬膜囊和硬膜外脂肪。对肿瘤、脊髓空洞症、脱髓鞘病变等均有较高诊断价值。显示骨折或脱位不如常规X射线或CT，但能观察脊髓损伤情况。显示椎间盘较好，可以分辨纤维环和髓核，特别是矢状面图像可以同时显示多个椎间盘突出。③四肢。对骨质本身病变显示不如常规X射线或CT。对软组织及肌肉病变包括肿瘤及炎症都能清晰显示，特别是对早期急性骨髓炎，是一种灵敏度很高的检查方法。也是检查膝关节半月板病变的首选方法。④盆腔。对直肠及泌尿生殖系统优于CT，无辐射损害，特别适用于孕妇及胎儿检查。⑤胸部。对肺的检查不如常规X射线，对纵隔检查则优于CT，不用造影剂即可分辨纵隔血管和肿物，也是一项有价值的心血管检查技术。⑥腹部。主要用于肝、胰、脾、肾等实质脏器。
