植物生物学

The current research programs are: intellectual property: understanding plant breeder's rights, maximize the benefits of intellectual property for the Australian horticultural industry, gene patents in Australia: options for reform, biological property and other 7 subjects.

当前的研究项目有：知识产权——理解植物育种者权利、澳洲园艺产业知识产权利益的最大化、澳洲基因专利——改革方式、生物学产权及其他7个主题。

In this review, the molecular structure, substrate specificity, catalytic mechanism and other physicochemical parameters of laccase are summarized. The role of laccase in plant cell wall formation and pathogen virulence are discussed.

本文叙述漆酶的分子结构、底物特异性及其物理化学特性，并讨论漆酶的酶促反应机理和生物学功能，包括植物漆酶参与细胞壁的形成以及漆酶与病原菌毒力的关系。

In this review, the molecular structure, substrate specificity, catalytic mechanism and other physicochemical parameters of laccase are summarized. The role of laccase in plant cell wall formation and pathogen virulence are discussed.

本文敍述漆酶的分子结构、底物特异性及其物理化学特性，并讨论漆酶的酶促反应机理和生物学功能，包括植物漆酶参与细胞壁的形成以及漆酶与病原菌毒力的关系。

The moss Physcomitrella patens is a potential model plant for the study of molecular biology.

小立碗藓是在分子生物学研究方面有广阔应用前景的模式植物。

More importantly, the medicine can be used as cancer patients and chemotherapy drugs; in the field of biology can be used as a DNA replication inhibitor, can inhibit the root tip cells of many plant cell division, double hydroxyurea Purex process in the U / Pu separation application.

更重要的是医学方面，可以作为癌症病人和化疗药物；在生物学领域可以作为DNA复制抑制剂使用，可以抑制许多植物根尖细胞的细胞分裂，双羟基脲在Purex流程的U/Pu分离中的应用。

With the development of molecular biology and genetic engineering of the plant, some achievements about genetic improvement of white clover have been obtained on molecular level.

随着分子生物学和植物基因工程的发展，在分子水平上对白三叶进行遗传改良的研究已经取得了部分成果。

S.G. as a model and unique experimental material has been widely used in molecular studies.

作为独特的模式植物在分子生物学研究中被广泛应用。

In recent years, researches on plant flowering in the field of molecular biology developed very fast and some breakthroughs have been obtained.

近年来，植物花发育的分子生物学研究进展迅速，并取得了一些突破性成果。

Biological functions of the 84 ESTs were related to basal metabolism,protein metabolism,metal transport,membrane protein,stress response,transcription factor and so on.

这85条已知基因的ESTs的生物学功能涉及基础代谢、蛋白代谢、金属转运、膜蛋白、胁迫应答、转录因子等，这说明平邑甜茶在这一时期的ESTs所代表的基因参与到了植物细胞生命活动的许多方面。6。

The main resuLts of this study are concluded as follows:(1) DAS and DAK genes were amplified from the genomic DNA of C.boidinii and P. pastoris , respectively. The plant expression vectors, pK2-Prbcs-DAS and pH2-Prbcs-DAK were constructed for DAS and DAK genes by gateway technology.

为了获得具有自主知识产权的基因，用于进行植物甲醛代谢途径的遗传工程操作，本研究也尝试利用国内的资源和条件，分离能代谢一碳化合物的酵母菌株，为将来开展甲基营养型酵母菌的分子生物学研究，克隆C1代谢途径相关基因奠定研究基础。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。