C can slow the rate of telomere shortening.
同时能减缓端粒缩短的速率。
The new finding is exciting because, he says, "it means that telomere shortening is not inevitable."
他说，这个新发现令人兴奋，因为“它意味着，端粒缩短不是必然的。”
But there is evidence that a significant amount of telomere shortening occurs during early childhood.
但有证据表明，大量的端粒缩短发生在童年早期。
These children showed a much faster rate of telomere shortening than the children who drank less or no soda.
这些儿童的端粒缩短速度显著快于那些不喝或少喝苏打饮料的儿童。
There are a series of genes in cell which determin cellular growth, differentiation, aging and death (3) Critical telomere shortening.
生命钟基因控制着细胞程序衰老。 生物体细胞内存在一系列基因，它们控制着细胞的生长、分化、老化和死亡。
The discoveries had a major impact within the scientific community, and many scientists speculate that telomere shortening could be the reason for ageing.
这些发现在科学界内产生了重大影响，许多科学家推测，端粒缩短可能是人类衰老的原因。
Patients consuming the least omega-3 had thefastest rate of telomere shortening, while those in the top 25% of consumptionlevels had the slowest rate.
ω-3脂肪酸摄入量最少的病人，其端粒缩短速度最快，而摄入量最高的25%的患者，其端粒缩短速度最慢。
It has been demonstrated that telomerase activity would be altered upon oxidative stress and excepted from nucleolus to mitochondria as well as telomere shortening.
现已发现，氧化应激可以改变端粒酶活性，促使端粒酶从细胞核转位到线粒体，因而不能继续维持端粒长度，使细胞端粒缩短。
That said, two general "anti-aging" strategies would be either to decrease the rate of telomere shortening, or to increase the rate of telomere repair (lengthening).
就是说存在二个“抗衰老”基本战略，降低端粒缩短的速率或者提高端粒修复(增长)的速率。
Tamara Harris of the National Institute on Aging, because other activities, such as free-radical oxidation and possibly telomere shortening, also contribute to the body's slow decline.
国家老年研究所的塔玛拉·哈里斯说：“不可能仅仅有一种永驻青春的不老药，因为其它活动如自由基氧化作用和缩短调聚作用放慢身体退化的过程。”
Telomere DNA shortening during each round of cell division, due to the end replication problem and as a result, limit the proliferative potential of normal somatic cells.
端粒dna在细胞增殖过程中因为末端复制问题而逐代缩短，因此，限制了正常体细胞的增殖能力。
Telomere DNA shortening during each round of cell division, due to the end replication problem and as a result, limit the proliferative potential of normal somatic cells.
端粒dna在细胞增殖过程中因为末端复制问题而逐代缩短，因此，限制了正常体细胞的增殖能力。
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