Genetic modification of stem cell by microbubble will enhance transplantation efficiency in order to improve cardiac function.
微泡联合基因修饰干细胞，可进一步提高移植效率，改善心脏功能。
Additional approaches include using behavioral modification techniques, such as physical exercise and exposure to an enriching environment, that are known to stimulate proliferation of stem cells.
其他的方法还包括已有的行为修饰技术刺激干细胞的增值，例如物理练习和环境暴露。
The primary biomedical benefits of cloning stem more from the use of this technology in the genetic modification of animals rather than from making identical copies.
克隆原来的生物医学之受益是将这项技术应用于动物基因的修改，而不是制造相同的复制品。
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