计算分子生物学中的基因组重排，产生了借助于反序来排列有符号排列问题。
The problem of sorting a signed permutation by reversals is inspired by genome rearrangements in computational molecular biology.
本论文运用基因组重排技术对多杀菌素产生菌进行选育，并优化了其发酵工艺，最后进行了2。
In this paper, we are aimed to improve the spinosyn-producing strain by genome shuffling, optimization of fermentation process and scale-up of fermentation processes in 2.
本文给出一种适合于计算基因无方向的反转基因组重排问题的模拟退火算法，定义了解的邻域结构。
The paper proposes a simulated annealing algorithm for the problem of genome rearrangements of the unsigned permutation by reversals, and define the neighborhood structure of its solution.
使用多重连接依赖式探针扩增（MLPA），我们在三个家族中检测两个大的基因组重排，检测21和22外显子和整条BRCA1基因上的一个罕见缺失。
Using MLPA analysis, we detected two large genomic rearrangements in three families, a deletion of exons 21 and 22, and a rare deletion of a whole BRCA1 gene.
患有诸如精神发育迟滞，小头症，心脏病和白内障等众多不同疾病的人们在第一号染色体上的某相同区域内发生了基因组的重排，研究者们上周报道。
People with diverse symptoms including mental retardation, small head size, heart problems and cataracts have genomic rearrangements on the same region of chromosome 1, researchers reported last week.
多态性的产生是由突变或重排造成的，因此RAPD可以用于基因组的特征标记。
For different genetic locations the results of amplification show diversities which result from mutation and recomposition of genomes, so RAPD can identify genomes.
多态性的产生是由突变或重排造成的，因此RAPD可以用于基因组的特征标记。
For different genetic locations the results of amplification show diversities which result from mutation and recomposition of genomes, so RAPD can identify genomes.
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