| 1. | Heart pump system in heart - coronary artery - myocardial bridge circulation apparatus
心肌桥模拟装置中的心泵系统 |
| 2. | Objective : to survey the anatomical physiologic functions of the myocardialbridge
摘要目的：探讨心肌桥的存在及其存在的解剖生理学意义。 |
| 3. | Applying the theory of hemodynamics , hemodynamics experimental model of heart - coronary artery - myocardial bridge system is proposed
摘要应用血流动力学理论与方法建立了心脏冠状动脉心肌桥血流动力学实验模型。 |
| 4. | Preliminary study on myocardial bridging of the left anterior decending coronary artery by transthoracic color doppler coronary flow imaging
经胸彩色多普勒冠状动脉血流显像技术对冠状动脉左前降支心肌桥的初步研究 |
| 5. | A myocardial bridge simulator is made and an experimental model is built to simulate and study the blood pressure and the blood flow under the compression state
摘要利用研制的心肌桥模拟装置，对冠状动脉受压迫状态建立了圆形收缩的实验模型，进行了冠状动脉受心肌桥压迫持续到舒张期情况下的血压和流量模拟实验。 |
| 6. | Conclusions : the myocardial bridge is an anatomic structure with some functions , such as supporting and fixing aeteria coronaria , increasing arteriotony and raising blood supply of myocardium
结论：心肌桥为一良性解剖结构，可能具有支持、固定冠状动脉，局部增大冠状动脉血压，提高心肌血供的“心肌瓣膜”作用。 |
| 7. | The application of this hemodynamics experimental model demonstrates that by the model the phenomenon of pressing mural coronary artery by myocardial bridge and resulting in abnormal homodynamic features can reappear
实验模型的实际使用证明，其能够在相当程度上复现心肌桥压迫壁冠状动脉，并导致血流动力学特性异常的现象。 |
