At least some pandemic viruses are known to have emerged following a reassortment event.
至少，已知在重组发生后，出现了一些大流行性病毒。
The virus is produced by a reassortment, in which human-adapted H1N1 swaps genes with an H2N2 bird flu.
这病毒是重组产生的，由人-适应H1N1与H2N2禽流感基因互换。
But this genetic chaos can be exploited, as too much genetic reassortment will push cancer cells into cancer cell death too.
但是这种基因混乱是可以被利用的，就如很多的基因重组一样也会推动癌细胞进入癌细胞死亡。
Reassortment could result in a fully transmissible pandemic virus, announced by a sudden surge of cases with explosive spread.
重组可导致完全具传播可能的大流行病毒，出现爆炸性传播，突然造成病例激增。
The first is a “reassortment” event, in which genetic material is exchanged between human and avian viruses during co-infection of a human or pig.
第一是“重组”，在人或猪合并感染人类或禽类病毒时发生基因材料交换。
Each additional human case increases opportunities for the virus to improve its transmissibility, through either adaptive mutation or reassortment.
每增加一例人间病例增强了该病毒通过适应性突变或重组提高其可传播性的机会。
At that point there are not just eight, but 16 viral segments on assembly lines, and the genes start shuffling together in a process called reassortment.
从这个意义上来说，基因组就不只有八段了，其装配线上就有了十六段病毒基因。 这些基因在被称为重组的过程中开始慢慢地混合起来。
Sequencing of all eight gene segments found no evidence of genetic reassortment with human or pig influenza viruses and no evidence of significant mutations.
所有八个基因片断的排序未发现证据表明与人或猪的流感病毒发生基因重组，也无证据表明发生显著突变。
Dynamic gene mutation and the reassortment of genes have been considered as the key factors responsible for influenza a virus virulence and host tropism change.
动态的基因突变和基因重组被认为是流感病毒A的致病性和宿主趋向性改变的关键因子。
Genotyping of the PCR-amplified isolate from the confirmed case shows high homogeneity with other H5N1 isolates from poultry in Java, and no evidence of reassortment.
对确认病例的PCR扩增分离菌进行基因型确定，显示与爪哇禽类的其它H5N 1分离菌具有很高的一致性，没有重新分类的依据。
One fear, however, is that H5N1 might become better at infecting humans by swapping genetic parts (reassortment) with types of flu virus that already infect humans easily.
但是让人感到恐惧的是，H5N1可以与更容易对人类造成感染的流感病毒交换基因片段(重组)而得到进化。
Some currently circulating H5N1 strains are fully resistant to these the M2 inhibitors. However, should a new virus emerge through reassortment, the M2 inhibitors might be effective.
目前流行的一些H5N 1毒株对这些M2抑制剂有完全的耐药性，然而，如果新的病毒通过重组出现，M2抑制剂可能是有效的。
Some currently circulating H5N1 strains are fully resistant to these the M2 inhibitors. However, should a new virus emerge through reassortment, the M2 inhibitors might be effective.
目前流行的一些H5N 1毒株对这些M2抑制剂有完全的耐药性，然而，如果新的病毒通过重组出现，M2抑制剂可能是有效的。
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