Fan Zhenzhong, Yi Xiaolin, Zhang Lei, Zhang Y P
Center of Information, First Affiliated Hospital, Hebei Medical University, Shijiazhuang 050031, China.
Sheng Wu Yi Xue Gong Cheng Xue Za Zhi. 2010 Oct;27(5):1030-3.
In this research and development project, we used the general microprocessor as a core to constitute the animal cardiac pacemaker in vitro. Control of the pacemaker's settings was carried out by transmitting parameters through a serial communication interface. Finally, our pacemaker reaches a satisfying test result in activating the cardiac outer membrane of the rabbits. Full digital pacemaker has high precision, good stability, and has an intuitive way to set parameters. Owing to its smaller size, lower cost, and easier mass production, the digital pacemaker is a good candidate to replace costly medical pacemakers for activating the animal's heart.
在本研发项目中,我们以通用微处理器为核心构建了体外动物心脏起搏器。通过串行通信接口传输参数来控制起搏器的设置。最终,我们的起搏器在激活兔心外膜方面取得了令人满意的测试结果。全数字起搏器具有高精度、良好的稳定性,且参数设置方式直观。由于其尺寸更小、成本更低且易于大规模生产,数字起搏器是替代昂贵的医用起搏器来激活动物心脏的理想选择。