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Arabidopsis相关的网络例句

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与 Arabidopsis 相关的网络例句 [注:此内容来源于网络,仅供参考]

This high-salt-tolerance mutants were backcrossed with the wild type Arabidopsis thaliana.

将这些可能的突变体种植并收获M_3代种子,在高盐条件下继续进行筛选,其中4个株系仍100%表现抗盐性状。

GUS staining shows that GUS gene was expressed in stems, leaves, calyxes, stamens and siliques in transgenic Arabidopsis plants, with higher expression in green tissue such as stems, leaves, siliques, while invisible in roots, petals, and seeds. The data indicate that MPBQ MT gene promoter was likely to be expressed preferentially in green tissues such as stems, leaves, and young siliques.

GUS组织化学染色结果表明,在MPBQ MT启动子驱动下,报告基因GUS在拟南芥的茎、叶、花萼、雄蕊、种荚均有表达,且在茎、叶、种荚中表达量较高,而在根、花瓣和种子中则没有观察到GUS基因的表达,表明MPBQ MT基因可能仅在拟南芥幼嫩茎、叶、种荚等绿色组织中特异性高表达。

With the established protocol, we were able to show that silencing COI1, an essential key player in the jasmonic acid signaling pathway, led to increase of R. solanacearum proliferation in stembases and mid-stems of 'Hawaii 7996', a tomato cultivar with durable resistance to BW. Our study provides the first demonstration for a positive role of the JA signaling pathway in tomato resistance to BW, and notably, is inconsistent with the reports in Arabidopsis. The involvement and possible interplays of other known defense signaling pathways in the tomato BW-defense network to R. solanacearum are discussed.

利用本文建立之静默系统进行茉莉酸防御讯息传递途径关键基因COI1之静默,结果发现青枯病菌在番茄抗病品种'Hawaii 7996'茎基部及中段内的菌量显著增加,显示茉莉酸防御讯息传递途径在番茄对青枯病的防御机制中扮演正面角色,此发现与阿拉伯芥对青枯病的防御机制研究所知的相反;文中并讨论其他防御讯息传递途径可能如何共同参与番茄青枯病防御网络。

Alteration and modification on two-dimensional electrophoresis in Arabidopsis thaliana , such as improvements in protein extraction, lyses buffer, adding thiourea, provide a better separation result. This paper has an optimism of the experimental conditions on two-dimensional electrophoresis.

通过对拟南芥双向电泳技术过程中的适当改进,如蛋白质的提取与溶解方法、上样量和聚丙烯酰胺凝胶浓度,加入硫脲,硫代硫酸钠等,对拟南芥双向电泳技术进行了优化,提高了双向电泳图谱的蛋白质点数目与分辨率。

Sequence analysis indicated that Arabidopsis AGL15 and GmAGL15 shared 61% of identity at amino acid level, especially 84.3% in the MADS domains, 63.2% in the K domains.

以同源序列法克隆了大豆MADS-box基因GmAGL15,序列分析表明,该基因编码的氨基酸与拟南芥AGL15蛋白的同源性为61%,其中在MADS区的同源性为84.3%,K区的同源性为63.2%。

Bioinformatics analysis showed that over 150 AP2 genes in Arabidopsis could be divided into five subfamilies on the basis of number of repetition and sequence of AP2 domain.

AP2基因曾被认为植物所特有,但最近在蓝藻、线虫和病毒中发现了具有AP2结构域和位点特异核酸内切酶的蛋白。

With the aid of aniline blue staining, pollen tube growth in pistil tissue was observed in Arabidopsis thaliana, and the growth speed of pollen tubes in style and ovary were calculated, the results showed that the pollen tube grew faster as time goes on.

以模式植物拟南芥为供试材料,利用脱色苯胺蓝染色的方法观察了拟南芥花粉管在雌蕊组织中的生长情况,获得了花粉管从萌发到进入花柱和子房不同时期的生长速率,结果表明,花粉管在不同时期的生长速率呈现出逐步加快的趋势。

LFY-like genes play important role in plant development, when they were first isolated from mutants of Antirrhinum and Arabidopsis, they were thought to be "SAM-specific-determinating-genes", regulating the transition from inflorescence to flower meristem. However, further research revealed that LFY-like

LFY类基因在植物形态建成过程中具有重要作用,根据其突变体的特征,曾一度被认为是在花分生组织和花序分生组织中特异表达的&分生组织特征决定基因&,控制花序分生组织向花分生组织的转变。

The AFLP technology has been used in wheat, paddy rice, corn, soybean and cotton etal., Moreover, AFLP has been used widely in vegeTabs (potato, tomato, chick-pea and so on), forestplants and Arabidopsis.

以上多数作物的研究结果均表明,AFLP所产生的多态性远远超过了RFLP、RAPD等,目前被认为是DNA指纹图谱技术中多态性最为丰富的一项技术。

After obtaining highly active purified, Arabidopsis thaliana AHAS, the crystallization of AHAS-monosulfuron had been tried.

通过X-射线衍射实验,经过对全部衍射图像的整合、分析,最终得到了分辨率为2.9〓的晶体衍射数据。

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