水晶细胞重生并不再老化或生病。
他们说，这种药物看来能够除去通常阻止受伤神经细胞重生轴突的障碍。
Recovery from spinal cord injuries is often impossible because of the formation of scar tissue, which impedes the growth of new nerves.
在人类皮肤细胞的初步测试中获得令人欣慰的答案；伤口会迅速愈合，皮肤也会稳步重生。
Initial tests on human skin cells have been encouraging; wounds do heal faster, skin grows back at an accelerated pace.
但是可能有更聪明的做法：唤醒身体自身的内源性干细胞来实现自然的重生。
But there could be a cleverer way: to awaken our bodies' own "endogenous" stem cells to achieve natural regeneration.
多重生化过程带来了蛋白质分子的化学修饰，并通过与定位在细胞某一区间的独特结构发生联系，使化学修饰进一步多样化。
Multiple biochemical processes create chemical modifications of protein molecules, further diversified by association with distinct structures at defined locations of a cell.
细胞不断重复着死亡和重生的过程。
我意愿在身体的在每个器官、腺体和系统中包含重生性质的水晶细胞。
I intend to embody crystalline cells that are regenerative in nature in each organ, gland and system throughout my biology.
在这个研究里，骨髓细胞基因有缺陷的小白鼠就不能动员这些细胞跑到受损的部位，使受损的心脏重生。
In the study, mice with defective c-kit bone marrow cells, could not mobilize these cells to race towards the injured site and regenerate the injured heart.
“这真的是一种重生，”她说到她彻底的干细胞移植治疗。
"It's really been a kind of rebirth," she said of her radical stem cell transplant treatment.
“这真的是一种重生，”她说到她彻底的干细胞移植治疗。
"It's really been a kind of rebirth," she said of her radical stem cell transplant treatment.
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