1.
Stem cells transplantation and cardiac biological pacing
干细胞移植与心脏生物起搏的研究现状
2.
The Experimental Research on Constructing a Biological Cardiac Pacemaker by Pacemaker Cells Autotransplantation;
自体起搏细胞移植构建生物心脏起搏器的实验研究
3.
The Chinese Journal of Cardiac Pacing and Electrophysiology
中国心脏起搏与心电生理杂志
4.
Pacemaker cells produce an electrical current that causes the heart to beat.
起搏细胞产生的电流可使心脏跳动。
5.
ventricular synchronous pacemaker
心室同步心脏起搏器
6.
Biological Characterization of Cardiac Progenitor Cells Derived from Heart Tubes and Their Differentiation into Pacemaking Cells;
胚胎心脏祖细胞的生物学特性及向起搏细胞的诱导分化
7.
fixed-rate pacemaker
固定频率心脏起搏器
8.
atrioventricular sequential pacemaker'
房室顺序型心脏起搏器
9.
breathing controlled pacemaker
呼吸控制型心脏起搏器
10.
Selection and Limitations of Physiological Pacing
生理性心脏起搏的选择及应用限制的探讨
11.
The Study of Quality-of-Life in Patients with Different Pacemaking Mode;
对不同心脏起搏模式下患者生活质量的研究
12.
The Past,Present and Future of Techniques and Methods in Clinical Electrophysiology
心脏起搏与电生理学技术和方法的回顾与展望
13.
Quality of life evaluation with SF-36 Chinese version in patients with different cardiac pacemaker implantation
不同模式心脏起搏器植入患者生活质量评价
14.
The Effects of Physiologic and Nonphysiologic Pacing on Atrial Fibrillation、 Cardiac Function and Cardiac Remodeling in Patients;
生理性与非生理性起搏对起搏器植入患者心功能、心房颤动及心脏重构的影响
15.
An Analysis of ECG and VCG in 30 Cases at Cardiac Pacing
30例心脏起搏心电图及心向量图分析
16.
Cardiac remodeling produced by rapid right ventricular pacing in dogs
快速右心室起搏对犬心脏重构的影响
17.
The Effects of Cardiac Synchronous Pacing with Multisite Combination Modes on the Electrophysiology and Hemodynamics;
心脏多点组合同步起搏的心电生理学和血液动力学效应研究
18.
A few days later, some of the heart muscle cells in the animals began to act like pacemaker cells.
若干天后，动物体内的一些心脏细胞就会开始像起搏细胞一样运作。