异源表达芥菜BjMATE增强紫花苜蓿耐酸铝胁迫的机理
李小冬1,2,尚以顺1(
),李世歌1,2,陈光吉1,2,裴成江1,2,孙方1,熊先勤1
),李世歌1,2,陈光吉1,2,裴成江1,2,孙方1,熊先勤1
The Mechanism of Ectopic Expression of Brassica juncea Multidrug and Toxic Compound Extrusion (BjMATE) to Enhance the Resistance to Acid and Aluminum Stress in Alfalfa
XiaoDong LI1,2,YiShun SHANG1(),ShiGe LI1,2,GuangJi CHEN1,2,ChengJiang PEI1,2,Fang SUN1,XianQin XIONG1
),ShiGe LI1,2,GuangJi CHEN1,2,ChengJiang PEI1,2,Fang SUN1,XianQin XIONG1
图5. 酸铝胁迫途径中相关基因在OEAt-1中的表达分析
A：BjMATE在正常（N）、酸（H+）、铝（Al3+）和酸铝组合胁迫（H+ & Al3+）后的OEAt-1中的表达分析;B：拟南芥中酸铝胁迫标志性基因在正常、酸、铝和酸铝组合胁迫后的OEAt-1中的表达分析
Fig. 5. Acid-aluminum stress related genes expression analysis in OEAt-1
A: Expression analysis of BjMATE in OEAt-1 under normal (N), acid (H+), aluminum ion (Al3+) and acid-aluminum combined stress (H+ & Al3+) conditions; B: Acid-aluminum regulation maker genes expression alterations in OEAt-1 and wild type Arabidopsis seedlings after stress treatments
