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首页> 外文期刊>Journal of Plant Biochemistry and Biotechnology >Isolation and Characterization of Plastidial Localized, Seed Expressive Lysophosphatidyl Acyl Transferase (LPAAT) cDNA from Brassica juncea L
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Isolation and Characterization of Plastidial Localized, Seed Expressive Lysophosphatidyl Acyl Transferase (LPAAT) cDNA from Brassica juncea L

机译:芥菜型塑料局部定位的种子表达型溶血磷脂酰酰基转移酶(LPAAT)cDNA的分离和鉴定

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摘要

In order to characterize different forms of Lysophosphatidyl acyl transferase (LPAAT) gene and to study its cellular location, PCR amplification of cDNA isolated from B. juncea was carried out using LPAAT gene specific primers. The amplicon obtained was of 1009 by and showed homology with BAT2 clone of B. napus. A multiple sequence analysis of LPAAT derived from different sources revealed that there were ten strongly conserved domains among different isoforms of LPAAT products with two most prominent conserved domain PEGTRS and NH. Southern blot analysis showed that there were two different isoforms of LPAAT gene in B. juncea. Northern blot analysis showed that maximum expression of the transcript was in case of seeds and low level in buds. However, the transcript was not detectable in leaves.
机译:为了表征溶血磷脂酰酰基转移酶(LPAAT)基因的不同形式并研究其细胞位置,使用LPAAT基因特异性引物对从芥菜芽孢杆菌中分离的cDNA进行了PCR扩增。获得的扩增子为1009bp,并显示与油菜的BAT2克隆同源。对来自不同来源的LPAAT进行的多序列分析表明,在LPAAT产物的不同同工型之间有十个强保守域,其中两个最重要的保守域是PEGTRS和NH。 Southern印迹分析表明,在芥菜形杆菌中LPAAT基因有两种不同的亚型。 Northern印迹分析显示,转录本的最大表达是在种子的情况下,而芽中的水平低。但是,在叶子中未检测到转录本。

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