TIGAR, which helps regulate energy production in the cell, is activated after cell damage.
TIGAR帮助调控细胞的能量生产，它在细胞损伤之后被激活。
Once activated, TIGAR slows all processes in the cell, allowing time to repair cell damage.
一旦被激活，TIGAR就减缓细胞的所有过程，让细胞有时间修复损伤。
Knowing more about TIGAR could lead to earlier cancer detection or even preventative treatments.
对TIGAR了解更多可能导致更早检测到癌症，甚至导致预防性的治疗。
Because its presence can come in tandem with cellular damage, TIGAR is an important clue for scientists that could indicate cancer may follow.
由于它的存在可能与细胞损伤并存，TIGAR为科学家提供了一个重要的线索，指示癌症可能来临。
The process involved using intensive X-ray light produced at the National Synchroton Light Source in Brookhaven, N. Y. , to analyze crystals grown from samples of the TIGAR enzyme.
这种方法使用了纽约布鲁克黑文的国家同步加速器光源产生的强大的X射线，以分析用TIGAR酶的样本生长出来的晶体。
The process involved using intensive X-ray light produced at the National Synchroton Light Source in Brookhaven, N. Y. , to analyze crystals grown from samples of the TIGAR enzyme.
这种方法使用了纽约布鲁克黑文的国家同步加速器光源产生的强大的X射线，以分析用TIGAR酶的样本生长出来的晶体。
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