三维建模技术，包括3D分析接触气瓶，卷曲，球囊扩张和血管压缩载荷模型。
The 3D modeling technique consists of 3D analytical contact cylinders to model the crimping, balloon expansion, and the vessel compressive loading.
心肌桥的长度、位置和深度与在传统血管造影术中观察到的存在、长度和动态压缩的程度进行关联。
The length, location, and depth of myocardial bridging were correlated with the presence, length, and degree of dynamic compression observed at conventional angiography.
文中给出此技术用于兔胸主动脉弹性面积压缩性质研究的结果，表明此方法在血管力学性质研究中有广泛的应用前景。
This method has been used in the study of the rabbit aorta and the result shows that it is valuable in the research on the mechanical properties of the blood vessel.
血管摄影的帮忙较少，偶尔可以评估脾脏血管被肿瘤压缩的程度。
Angiography provided little help in the diagnosis of this tumor except for showing the encasement of the splenic vessels.
利用软组织的不可压缩性，本文由精确的轴向位移估计值来重构血管壁组织横向位移分布。
Using the incompressibility property of soft tissue, high quality lateral displacement distribution of artery walls can be reconstructed from accurate axial displacement measurements.
的翻译是：这些药物通过阻拦转换血管紧缩素成激活型压缩血管的酵素减少血压。
These drugs reduce blood pressure by blocking an enzyme that converts angiotensin to an active form that constricts blood vessels.
内皮细胞被一层平滑肌细胞包围，它可以压缩血管限制血液流动或者扩大血管让更多的血液流过。
The endothelium is surrounded by the media—a layer of smooth muscle cells that can constrict the blood vessels restrict blood flow or dilate it to let more blood through.
结论经皮穿刺椎体成形术是治疗椎体骨质疏松性压缩骨折、椎体血管瘤、椎体转移癌的有效方法。
CONCLUSIONSPVP is an effective mini-invasive technique for osteoporotic spinal compression fractures hemangioma of vertebra metastatic tumor.
结论经皮穿刺椎体成形术是治疗椎体骨质疏松性压缩骨折、椎体血管瘤、椎体转移癌的有效方法。
CONCLUSIONSPVP is an effective mini-invasive technique for osteoporotic spinal compression fractures hemangioma of vertebra metastatic tumor.
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