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- 多層(16層)螺旋CT血管成像技術(shù)的臨床應用探討Exploration of Clinical Application Angiography by 16 Slice SCT
- 腰膨大動(dòng)脈多層螺旋CT血管成像掃描延遲時(shí)間的研究Study on scan delay time of multi-slice CT angiography in visualization of the artery of Adamkiewicz
- 多層CT灌注成像Multi-slice CT perfusion imaging
- 多層CT射線(xiàn)MDCT ray
- CT血管成像CT angiography
- 薄層CTThin - section CT
- 多層螺旋CT血管造影Heart defects
- 16層CT肺部低劑量應用研究Low-dose Chest 16-slice CT: A Clinical Study
- 多層板sandwich plate
- 對頭顱軸位薄層CT掃描內聽(tīng)道形態(tài)的再認識Further Recognize the Morphology of Internal Auditory Meatus on Cranial Axial CT Scan with Thin Lamina
- 螺旋CT血管造影三維成像技術(shù)在腦動(dòng)脈瘤診斷中的應用The Technique and Clinical Application of three-dimensional Multi-slice CT Angiography in the Diagnosis of Cerebral Aneurysm
- 多層的multilayer
- MRI結合釓注射與高分辨率薄層CT有助于診斷。Inject of MRI union gadolinium and CT of high resolution layer conduce to diagnose.
- 目的：評價(jià)肝動(dòng)脈螺旋CT血管成像（SCTA）和三維重建（3D）的臨床價(jià)值，并比較SCTA兩種3D成像方法（表面陰影顯示和最大強度投影，簡(jiǎn)稱(chēng)SSD和MIP）對肝動(dòng)脈的顯示的差別。Objective:To assess the clinical utility of hepatic artery spiral computed tomographic angiography(SCTA)and threedimensional reconstruction(3D) techniques,and to compare the diagnostic value of the two 3 D techniques which include shaded surface display (SSD) and maximum intensity projection(MIP).
- 多層機織人造血管multi-layers woven artificial vascular
- 多排螺旋CT血管成像技術(shù)Multi - slices CTA
- 多層螺旋CT三維肺血管重建在肺血管相關(guān)疾病中的臨床應用Clinical Application of Three-dimensional Reconstruction of Multi - slice Spiral CT in Pulmonary Vessels in Chest Diseases Related to Pulmonary Vessels
- 目的:探討多排螺旋電子計算機體層掃描(MSCT)胰周血管成像的掃描技術(shù)和成像方法。Objective: To study the scan technique and methods of multi-slic e helical computed tomography (MSCT) angiography for peripancreatic vessels.
- 多層CT三維重建技術(shù)觀(guān)測顱底各孔徑值并分析其形態(tài)和性別差異Observation and measurement of foramina of the skull base and analysis of their shape and gender differences by multislice CT three-dimensional reconstruction
- 多排螺旋CT門(mén)靜脈血管成像評價(jià)肝硬變門(mén)體分流的側支血管Imaging Evaluation of Portosystemic Collateral Vessels of Liver Cirrhosis by Multi-Detector Row Spiral CT Portal Venography
