Regulation and control fragment related to arsenic response and application thereof
A fragment and purpose technology, applied in the field of regulatory fragments, can solve problems such as ambiguity
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[0035] Example 1. Obtaining of Regulatory Fragments and Their Functional Detection
[0036] 1. Structural feature analysis of the promoter regulatory sequence of the Arabidopsis arsenate reductase gene AtACR2 and the design of the promoter regulatory expression vector of the Arabidopsis AtACR2 gene
[0037] 1. Structural characteristics analysis of the promoter regulatory sequence of Arabidopsis arsenate reductase gene AtACR2
[0038] According to the Arabidopsis genome sequence, the genome of the AtACR2 gene consists of three exons and two introns ( figure 1 ). Among them, the first exon has 164 bases (including 33bp 5' non-coding region), and the second exon has 139 bases. There are 2 introns (406bp and 511bp respectively) after such a short exon fragment, so it is speculated that the expression regulation region of the gene is in addition to the promoter upstream of the 5' non-coding region, and its 2 introns region may also be involved in the expression regulation of th...
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