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A partial T-DNA insertion near KNAT1 results in lobed Arabidopsisthaliana leaves

机译:在KNAT1附近部分插入T-DNA导致拟南芥裂拟南芥叶

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摘要

(A) Diagram of the MIGS T-DNA composed of left border (LB), Basta herbicide resistance (BAR) gene, the CaMV 35S promoter (35S), the miR173 target sequence, and the right border (RB). (B) Diagram of the T-DNA insertion directly upstream of ( ) in the Gamora mutant. Location of the 35S For and At4:5152339 Rev primers used for the PCR are shown as black arrows. Note that part of the miR173 target sequence and the entire right border are missing. Gene diagrams were made using Geneious version 2020.0 created by Biomatters. (C) Comparison of wild-type (WT) and the Gamora mutant phenotype (MT) at 6 weeks of development. (D) PCR results from amplification of wild-type (WT) and Gamora mutant (MT) DNA with 35S For and At4:5152339 Rev primers. The 600 bp band in the MT lane indicates that the Gamora mutant contains the T-DNA as shown in B.
机译:(A)由左边界(LB),Basta除草剂抗性(BAR)基因,CaMV 35S启动子(35S),miR173靶序列和右边界(RB)组成的MIGS T-DNA图。 (B)在Gamora突变体中()上游的T-DNA插入图。黑色箭头显示了用于PCR的35S For和At4:5152339 Rev引物的位置。请注意,缺少miR173目标序列的一部分和整个右边框。基因图是使用Biomatters创建的Geneious版本2020.0制作的。 (C)在发育6周时比较野生型(WT)和Gamora突变表型(MT)。 (D)PCR是用35S For和At4:5152339 Rev引物扩增野生型(WT)和Gamora突变体(MT)DNA的结果。 MT泳道中600 bp的条带表示Gamora突变体包含B所示的T-DNA。

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