CAJ | 학술논문

对甲基磺酸乙酯（EMS）诱变大麦品种ZJU3获得的一个类病斑突变体（bspl1）进行了遗传和生理分析。遗传分析结果显示，该表型由隐性单基因控制；苗期叶片生理生化分析表明，bspl1中SOD、POD以及CAT的活性较野生型ZJU3均明显升高。通过比较bspl1和野生型ZJU3在生理生化水平上的差异，推测类病斑的产生与叶片中活性氧的堆积相关。
대갑기광산을지（EMS）유변대맥품충ZJU3획득적일개류병반돌변체（bspl1）진행료유전화생리분석。유전분석결과현시，해표형유은성단기인공제；묘기협편생리생화분석표명，bspl1중SOD、POD이급CAT적활성교야생형ZJU3균명현승고。통과비교bspl1화야생형ZJU3재생리생화수평상적차이，추측류병반적산생여협편중활성양적퇴적상관。
Barley lesion mimic mutant bspl1,which is derived from Ethylmethylsulfone mutagenesis of ZJU3 ,is made genetic and physiological analysis .The genetic analysis indicates that the phenotype of bspl1 is controlled by a recessive monogene .The physiological and biochemical analyses of seedling leaves show that the activity of SOD ,POD and CAT in bspl1is significantly higher than that in wild type ZJU3 .The results demonstrate that the lesion appearance of bspl1is related with the accumulation of reactive oxygen species in leaves .