首页> 外文会议>EMEM 2010;International conference of environment materials and environment management >Clone and analysis of secondary xylem cellulose synthase gene fragment from populus ussuriensis
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Clone and analysis of secondary xylem cellulose synthase gene fragment from populus ussuriensis

机译:毛白杨次生木质部纤维素合成酶基因片段的克隆及分析

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wood is the most abundant renewable resource and environmentally friendly energy source on the earth,it not only provides industrial raw materials for economic and social sustainable development,meanwhile,the biological process of wood formation which is mainly to sink the excessive carbon dioxide in the atmosphere can also play an active role in reducing "greenhouse effect",so it is the contributor of green environment and human heath.Therefore,it is of great importance to explore the biosynthesis process and the wood formation mechanism of woods cellulose.This study adopted RT-PCR to clone gene fragments from the total RNA of populus ussuriensis secondary xylem,through sequence analysis,we found that its size was 487bp,which was named as PusC1,by means of blast comparative analysis,we found that the gene sequence similarity of this fragment and Populus 'trichocarpa cellulose synthase (XM 002305024.1) reached 94%,and its gene sequence similarity with Populus tremuloides PtrCesA1 and Populus tremula× Populus tremuloides xylem specificity cellulose synthase genes (AY573574.1) sequence could also reach 92%.Therefore,it is inferred to be populus ussuriensis xylem specificity cellulose synthase gene fragment.Through sequence similarity,we can also infer that populus ussuriensis has a close genetic relationship with Populus trichocarpa and belongs to cathay poplar species;while Populus tremuloides belongs to white poplar species and has a close genetic relationship with populus ussuriensis.
机译:木材是地球上最丰富的可再生资源和环保能源,它不仅为经济和社会的可持续发展提供了工业原料,同时,木材形成的生物过程主要是将大气中过量的二氧化碳吸收掉。纤维素还可以起到减少温室效应的作用,因此是绿色环境和人类健康的贡献者。因此,探索木质纤维素的生物合成过程和木材形成机理具有重要意义。 -PCR技术从优生小叶杨次生木质部总RNA中克隆出基因片段,通过序列分析,发现其大小为487bp,命名为PusC1,通过blast比较分析,发现其基因序列相似性。片段和杨毛果纤维素合成酶(XM 002305024.1)达到94%,其基因序列与杨的PtrCesA1和P相似。 opulus tremula×Populus tremuloides木质部特异性纤维素合酶基因(AY573574.1)序列也可达到92%。因此,推断其为ususuriensis木质部特异性纤维素合酶基因片段。与毛果杨具有密切的亲缘关系,属于国泰杨树种;而三倍体毛白杨属于白杨种,与ussuriensis具有密切的亲缘关系。

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