Naught point 5 grammes of Activia RM.

5 克转谷氨酰胺酶.

Activia RM or transglutaminase is an enzyme produced to bond raw meats.

Activia RM 或转谷氨酰胺酶是一种用于粘合生肉的酶。

So, in addition to being a triplet repeat disorder, HD is more specifically, a " polyglutamine" disease.

因此，除了是一种三核苷酸重复紊乱疾，更准确地说，HD是一种多聚谷氨酰胺。

The higher number of repeats in the protein the earlier the age of onset and the more severe the symptoms.

而蛋白质中的谷氨酰胺重复次数越多，间就越早、疾症状也越严重。

That really pinpointed Galen as the major, highly specific chemical signal defining these colonization hotspots.

这确实明确指出，谷氨酰胺是定义这些定热点的主要且高度特异性的化学信号。

It is not established, however, that the endonuclease-induced DNA fragmentation itself causes the chromatin condensation.

细胞体积和形状的分归因于凋亡细胞内谷氨酰胺转移酶活性的诱导。

They made one more set of mutants, the gln non-eaters.

他们又制作了一组突体，即无法摄取谷氨酰胺的突体。

But the final step proving it's the glenoin they're eating, not just something else that leaked out too.

但最后一步是证明他们吃的是谷氨酰胺，而不是其他泄漏出来的物质。

When it's breached, even temporarily, glutamine leaks out from the plant's internal transport system.

一旦它被破坏，即使只是暂的，谷氨酰胺也会从物的内运输系统中泄漏出来。

A study in 2010 showed that the individuals taking supplements of the amino acid L-glutamine were able to significantly relieve the effect of DOMS.

2010的一份研究表明，人体摄入氨基酸，谷氨酰胺酸补充物能明显减轻 DOMS 的影响。

CAG codes for the amino acid glutamine, so people with Huntington disease patients will have 36 or more glutamines in a row in the huntingtin protein.

因为CAG序列对应的是谷氨酰胺（氨基酸），所以在HD患者体内，huntingtin蛋白质上会有36个以上连续的谷氨酰胺。

These were bacterial strains specifically engineered so they couldn't use gln as their primary food source, couldn't metabolize it for carbon and nitrogen.

这些是经过特别设计的细菌菌株，无法将谷氨酰胺（gln）作为其主要食物来源，也不能将其代谢为碳和氮。

The specific way in which extra glutamines causes the disease's symptoms isn't fully understood but the abnormal protein seems to aggregate within the neurons of the cerebellum and the spinal cord, causing them to die.

过多谷氨酰胺导致疾症状的具体机制尚未完全清楚，但异常蛋白质似乎聚集在小脑和脊髓的神经元内，从而导致神经元的死亡。

And this leaked jalin acts as both a powerful magnet, a chemotactic signal, and the main course, a carbon and nitrogen source, defining these hotspots where microbial life congregates on the root.

而这种泄漏的谷氨酰胺既像强力磁铁，又作为趋化信号，同也是碳和氮的主要来源，定义了微生物在根聚集的热点区域。

In some cases, the involved gene contains a triplet repeat where the nucleotides C, A and G are repeated multiple times in a row and since CAG codes for the amino acid glutamine, the encoded protein will have multiple extra glutamines in a row.

在某些情况下，涉及的基因包含一个三联体重复序列，即核苷酸C、A和G连续重复多次；由于CAG编码谷氨酰胺，编码的蛋白质将具有连续多个额外的谷氨酰胺。