S BP是植物所特有的一类转录因子。
The SBP transcription factors are known to be unique in plants.
DREB类转录因子能接受逆境信号并启动逆境应答基因的表达。
DREB-type transcription factors can accept stress signals from environment and promote the expression of stress-tolerant genes.
WRKY类转录因子在植物响应生物和非生物胁迫中具有多种调节功能。
WRKY transcription factors have many regulatory roles in response to biotic and abiotic stresses.
MY B基因家族作为植物中最大的一类转录因子，越来越成为研究热点。
The MYB class of transcription factors, which was the largest family in plant, attracted more and more attention.
NAC转录因子是植物所特有的一类转录因子，并广泛存在于不同的植物中。
The plant-specific NAC transcription factors play regulatory roles in diverse developmental processes and stress responses.
因此，CBF类转录因子能够综合改良植物的抗逆性状，是迄今为止较为理想的抗逆工程基因之一。
Therefore, the CBF kinds transcriptional factor to be able to synthesize the improvement plant the resistance character, is until now the more ideal resistance cyborg gene.
本文就AP2/EREBP类转录因子的结构特征、功能、与靶元件的作用模式、对基因的调控表达以及最新研究进展做全面性的综述。
The review is about structure character, function, interacting mode, genes regulation expression of AP2/EREBP transcription factors and its novel research.
自然界中有一类名为转录因子的蛋白可调节(升高或者降低)基因的活性，该技术正是基于该机理。
The technique relies on a natural process by which the activity of genes is raised or lowered by proteins called transcription factors.
已知有许多的转录因子是非常重要的MAPK靶基因，锌指蛋白就是中间的一类。
Many transcription factors are important MAPK targets, and zinc finger protein is one of them.
植物同源异型基因及同源异型盒基因是涉及植物个体发育调节的两类重要转录因子编码基因。
Plant homeotic genes and homeobox genes are two types of the important genes encoding transcription factors involved in plant development.
DMRT家族是在动物中发现的一类编码转录因子的基因家族。
The DMRT family of transcription factors are found in many nonvertebrate and vertebrate animals.
DMRT基因是一类新发现的含有DM保守盒的转录调控因子。
DMRT genes are a kind of transcription factor which possesses a common motif called the DM domain.
DREB是一类和植物脱水条件下的抗逆性反应有关的调节因子蛋白，是可以同时调控多个逆境诱导基因表达的转录因子。
DREB is a kind of regulator protein which is relatived with the resistance under the dehydration condition, and this transcription factor can control the expression of many inducible stress genes.
WRKY蛋白家族是一类植物特有的转录因子，参与许多胁迫应答途径。
WRKY family proteins are a class of plant specific transcription factors that involve in many stress response pathways.
锌指蛋白是一类广泛存在于原核和真核生物体中的重要转录调控因子，在动植物的生长发育过程中均起着重要作用。
The family of zinc finger proteins is an important member of transcription factors which exists widely in prokaryote and eukaryote.
1985年Aaron先生发现了一类具有与转录因子类似功能的新的蛋白；该蛋白能够识别特定的DNA区域并且结合上去，从而导致基因活性上升或者下降。
In 1985 Sir Aaron discovered a new class of proteins that mimic this function and can recognise specific stretches of DNA and bind to them, boosting the activity of genes or damping them down.
1985年Aaron先生发现了一类具有与转录因子类似功能的新的蛋白；该蛋白能够识别特定的DNA区域并且结合上去，从而导致基因活性上升或者下降。
In 1985 Sir Aaron discovered a new class of proteins that mimic this function and can recognise specific stretches of DNA and bind to them, boosting the activity of genes or damping them down.
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