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1·Improvement cardiac muscle function.

改善心肌功能。

2·For example, some stem cells form cardiac muscle.

举例来说，有些干细胞形成心肌。

3·Cardiac muscle model of DM rats was grouped randomly.

方法制造糖尿病大鼠心肌模型随机分组。

4·Cardiac muscle contractility and enzyme were examined.

记录心功能，测量心肌酶活性。

5·Cardiac muscle cells, or cardiomyocytes, are what makes the heart beat.

心脏肌肉的细胞，即心肌细胞，是使心脏跳动的细胞。

6·The changes of heart function was relevant to cardiac muscle cell apoptosis.

心功能变化也与心肌细胞凋亡情况一致。

7·Element Se can protect arthrodial cartilage and cardiac muscle from T-2 toxin.

微量元素硒对t - 2毒素致关节软骨和心肌损害有明显的保护作用。

8·Tongxinluo cardiac muscle protective effect on the movement hearts is observed.

本文观察通心络对运动心脏的心肌保护效应。

9·Results Endothelial cells and some mitochondria of cardiac muscle became swollen.

结果血管内皮细胞及部分心肌的线粒体肿胀。

10·It could prove blood supply of the cardiac muscle, raise reserve capability of the heart.

具有较好的改善心肌供血，提高心脏储备能力、改善心功能的功效。

心肌

1·He has managed to reprogram mouse connective-tissue cells so that they develop into cardiac muscle cells, and has tested them in the hearts of mice that have had heart attacks.

他成功地对老鼠的结缔组织细胞进行了基因改造，使它们发育成为心肌细胞，并已经在患有心脏病的老鼠的心脏上对这些细胞进行了测试。

2·The cardiac muscle cell hypertrophy is a complicated dynamic process with many regulation factors to participate in.

心肌细胞肥大是一种多因素参与调节的复杂的动态过程。

3·Conclusion: XSH could stabilize endothelial cell of blood vessel, reduce inflammatory factor, regulate cytokine. XSH had good protection to cardiac muscle cell.

结论：XSH具有稳定血管内皮细胞，降低炎性因子，调节细胞因子，对心肌细胞具有很好的保护作用。

4·AIM: to probe into the exactitude of color kinesis in assessing the systolic velocity of cardiac muscle.

探讨利用彩色室壁运动技术检测心内膜收缩速度进行心肌收缩速度评价的准确性。

5·Methods: the basic fuchsin method used to show the anoxic cardiac muscle was modified by prolonging the hematoxylin staining time and adding a step of hydrochloric acid alcohol differentiation.

方法：改进显示缺氧心肌的碱性复红法，即延长苏木素染色时间并增加盐酸酒精分化的步骤。