小麦TaNAC基因基于可变剪切和microRNA的转录后调控分析

吕士凯,马小龙,张敏,邓平川,陈春环,张宏,刘新伦,吉万全

Post-transcriptional Regulation of TaNAC Genes by Alternative Splicing and MicroRNA in Common Wheat (Triticum aestivum L.)

LÜ ShiKai,MA XiaoLong,ZHANG Min,DENG PingChuan,CHEN ChunHuan,ZHANG Hong,LIU XinLun,JI WanQuan

图4 TaNAC008_3A和TaNAC092_2B的可变剪切编码产物的高级结构分析 a和b分别为多肽二级结构和三级结构的预测结果;1—4分别为转录本TaNAC008_3A.1、TaNAC008_3A.2、TaNAC092_2B.1和TaNAC092_2B.3的编码产物;—：延伸链,—：β折叠,—：α螺旋,—：无规则卷曲

Fig. 4 Advanced structure analysis of alternatively spliced products of TaNAC008_3A and TaNAC092_2B a and b: The predicted results of secondary and tertiary structure of peptides; 1-4: The peptides encoded by the transcripts of TaNAC008_3A.1, TaNAC008_3A.2, TaNAC092_2B.1 and TaNAC008_3A.3, respectively; —: Extended strand; —: Beta turn; —: Alpha helix; —: Random coil