1) porcine cardiovascular conduits
猪动脉管道
2) pulsating oil piping
脉动油管道
3) porcine thoracic arteries
猪动脉
1.
The porcine thoracic arteries were treated with 40 ml/L ethylene glycol diglycidyl ether(EX-810),and then some relevant examination and test were performed.
研究经乙二醇缩水甘油醚(EX-810)处理的猪动脉的性能特点,为构建组织工程化血管提供理想支架材料,并在体外实现其内皮化。
4) porcine aorta
猪主动脉
1.
Objective To investigate the characteristics and cytocomptibility of porcine aorta fixed with genipin in vitro and to provide the proper biomaterials for fabrication of esophageal prosthesis.
目的:探讨经京尼平(Genipin)处理的猪主动脉的性能特点,并在体外对其细胞相容性进行研究,为构建人工食道提供理想的生物材料。
2.
The characteristics and cytocomptibility of genipin-fixed porcine aorta were investigated in vitro to provide the proper biomaterials for the fabrication of esophageal prosthesis.
探讨经京尼平(Genipin)处理的猪主动脉的性能特点和细胞相容性,为构建人工食道提供理想的生物材料。
5) pipepig
管道猪
6) Porcine aortic valve
猪主动脉瓣
1.
Effect of different decellularization methods on histology and biomechanical property of porcine aortic valves;
不同脱细胞方法对猪主动脉瓣的组织学及生物力学特性的影响
2.
Methods Porcine aortic valve leaflets were divided into three group s after sterilization(each group 6 valve leaflets).
方法 将猪主动脉瓣叶在抗菌处理后按随机数字表法分成三组 ,每组 6个瓣叶 ,组 作对照 ,组 、组 控制降温速率降至 - 80℃后在液氮中保存 ,1个月后融化解冻。
3.
By using nonlinear large deformation, 8-node super-parameter shell elements, the effect of elastic behavior, shape, side height of flexible stent on the maximum stress of porcine aortic valve was numerically analyzed.
采用非线性大变形超参数八结点板壳元，针对用猪主动脉瓣制成的人工心瓣所用的瓣架材料、形状、侧边高度等对其应力的影响进行数值模拟分析，其中瓣叶的几何形式保持不变。
补充资料：锁骨下动脉-锁骨下动脉-颈动脉旁路术
锁骨下动脉-锁骨下动脉-颈动脉旁路术
适用于大动脉炎所致的左锁骨下动脉和左颈总动脉起始处缩窄、闭塞而无名动脉通畅者，无名动脉分叉处缩窄、闭塞而左锁骨下动脉通畅者。手术在全麻下取双侧颈部横切口。显示双侧锁骨下动脉，用0.7～0.8cm口径的人工血管，经胸锁乳突肌后方隧道，作人工血管与锁骨下动脉端-侧吻合。若颈总动脉起始处有缩窄、闭塞者，加作颈部垂直切口，显露颈总动脉，再以等粗人工血管与颈总动脉及移植于两锁骨下动脉间的人工血管分别作端-侧吻合。手术可纠正或改善脑部和左上肢的血液供应。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条