生物学的

Mellifera, which included several aspects as follows: the number of q...

MDH和分子生物学的结合研究势必将推动蜜蜂研究的深入和发展。

The changes in oncological molecular biology have been confirmed as a new neo-index to distinguish metastasis and predict prognosis.

肿瘤分子生物学的改变在许多临床肿瘤中已被证实是一个判断转移，预测预后的新指标。

Therefore, it is necessary and viable to develop Porphyra genetic engineering research and breed new Porphyra cultivars via transgenic technique.

因此，开展紫菜基因工程研究，利用现代分子生物学的手段培育紫菜新品种是十分必要的，也具备现实可行性。

This is the webpage of Protoplasma Journal, which is an international journal of cell biology, published by Springer Link.

这是《原生质》杂志的网页，它是一本细胞生物学的国际性大刊，由Springer Link出版社出版。

Along with progress of molecule biology,gene engineering will be very important approach to quinic acid.

随着分子生物学的不断发展，结合现代生物技术，应用基因工程方法，必将成为获得奎尼酸的重要途径。

The totipotency of somatic cells is one of the key problems in biology, which has been debated for more than a hundred years after being raised by Weisman in the middle of 19 centry.

体细胞的全能性问题是生物学的重要问题之一。自Weismann 在19世纪中期提出这个问题后，已在学术界争论了一百多年。

Because different alleles of S-RNase are usually coded by the different amino acids in HV region, therefore,besides study on the genomic level, other approaches on the mRNA and protein level or cross-pollinated test are also important to confirm the S genotypes.

因此，除了在分子生物学的水平上进行研究外，其他方法如mRNA、蛋白质和杂交授粉等水平上的研究在确定S基因型上也同样重要。

The most advantage of MMCAI is its independence, intercrossing, flexibility and variety.

诊断分子生物学的学科性质、教学内容注定了它内容的抽象性、复杂性，这也成为教与学矛盾与焦点。

He is director of the School of Biosciences at Cardiff University in Wales.

他是在威尔士的Cardiff大学生物学的主任。

Today evolution is the foundation of all biology, so basic and all-pervasive that scientists sometimes take its importance for granted.

今天，进化是所有生物学的基础，如此的基础和普遍，以至于科学家们有时将其重要性视作理所当然。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。