花椰菜BraERF023a的克隆及在响应盐和干旱胁迫中的功能
李慧1(
),韩占品1,贺丽霞2(),杨亚苓1,尤书燕2,邓琳2,王春国2
),韩占品1,贺丽霞2(),杨亚苓1,尤书燕2,邓琳2,王春国2
Cloning and Functional Analysis of BraERF023a Under Salt and Drought Stresses in Cauliflower (Brassica oleracea L. var. botrytis)
LI Hui1(),HAN ZhanPin1,HE LiXia2(),YANG YaLing1,YOU ShuYan2,DENG Lin2,WANG ChunGuo2
),HAN ZhanPin1,HE LiXia2(),YANG YaLing1,YOU ShuYan2,DENG Lin2,WANG ChunGuo2
图1. 花椰菜BraERF023a序列分析
横线显示AP2保守结构域,方框显示ERF转录因子AP2结构域内保守的第14位和19位氨基酸
Fig. 1. Sequence analysis of BraERF023a in cauliflower
Sequences marked by the black lines indicated the AP2 domain, and the boxes indicated the conserved fourteenth and nineteenth amino acids in the AP2 domain of ERFs, respectively
