异基因

The main objective of this study was to analyse genes of singnal transduction involved in heterocyst differentiation.

本论文主要的目的是研究异形胞发育过程中信号传导基因的功能。

ResultsNo significant differences were found in the cell morphology, growth rate or heterocyst development between the deletion mutant and the wild type strain. But the mutant was more sensitive to Na+-salt under salt-stress.

敲除该基因后，发现缺失突变体的形态、生长速度及异形胞发育与野生型无明显差异，但在盐胁迫条件下，突变体比野生型对钠盐更敏感。

This article focus on enzyme gene clone and heterogenesis expression,site directed modify and orthogenesis,fu-sion protein and fusion enzyme,enzyme mimics(abzyme and molecular imprinting)and telomere .

本文着重介绍了酶基因克隆与异源表达、酶分子的定向改造和进化、融合蛋白与融合酶、酶的人工模拟和端粒酶，综述了分子酶工程的研究进展、趋势及其应用。

Hyphae with nuclei of different genotypes can fuse to form a heterokaryon.

当含有两种不同基因型的菌丝融合在一起时，可以形成异核体。

Heterokaryosis The presence of two or more nuclei with differing genotypes within a single cell.

异核现象：在一个单细胞中存在有两个或更多的不同基因型的核的现象（以 heterokaryosis 表示）。

During the esophageal canceration course, DNA content and heteroploid rate increased significantly. Cell cycle distribution changed obviously. Expressions of relevant cell cycle regulatory elements were abnormal.

食管上皮癌变过程中，DNA含量及异倍体率增加，细胞周期分布发生了明显的改变，细胞周期相关基因蛋白表达异常。

However, as a hexaploid species, this study was hampered by the complexity of the wheat genome.

然而，普通小麦作为异源六倍体物种，其基因组的复杂性为功能基因分子标记的开发带来了极大的困难，因此研究在普通小麦中开发SNP标记同样也具有重要的理论意义。

Hexaploid wheat has a lot of homoelogous gones in its genomes, and the main objective of wheat breeding is to get good phenotypes.

小麦是异源六倍体，其染色体组中存在着大量的同源基因，其育种的主要目标是获得可遗传的优良性状。

Compared to japonica type parent, indica type parent (Taichung-Sen 10) contributed more genetic materials in the chromosomes 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, and 12, to the RIL population, but less in the chromosome 7. The averaged homozygosity (94.6％) was deviated from the expected ratio 96.9％.

十二对染色体之平均同结合与异结合比例分别为94.6％及5.4％，偏离F6世代同结合基因型之比例理论值(96.9％)，而分别在第六对染色体上有最大之同结合比例(98％)，第二对染色体有最小之同结合比例(90％)。

In biology, GO has been applied to gene annotation, the integration of isomerous databases, and the subject retrieval of medical literature.

在生物学中，GO已应用于基因功能注释、异构生物序列数据库整合、辅助生物学文献主题检索等各个方面。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失