Effects of Drought Stress in Different Ecological Conditions of the Prunus mongolica Maxim Almond Leaves in PAL and C4H Activity

doi:10.7668/hbnxb.2009.05.025

Abstract

Abstract: Plant cell wall in the face of adversity will appear thicker,to withstand the adverse environment.It was a preliminary identification of the cell wall due to the formation of the lignin deposition.At present,the synthesis of lignin that is not only a means,but Phenylalanine Ammonia-Lyase (PAL) and Cinnamic acid 4-Hydroxylase (C₄H),such as enzyme in the synthesis played a very important role.As a result,this experiment with wild Prunus mongolia Maxim used to study drought stress in different ecological conditions,the impact of the body of its PAL and C₄H activity.The results showed that:when subjected to drought stress,Prunus mongolia Maxim almond leaves with the activity of PAL and C₄H drought stress increased gradually increased,and in arid regions in Prunus mongolia Maxim almond leaf PAL and C₄H activity than the relatively arid region.PAL and C₄H activity and plant drought resistance was positive correlation between.

Key words: Prunus mongolia Maxim, Drought stress, PAL, C₄H, Lignin

CLC Number:

S662.9

JIN Li-ping, CUI Shi-mao, DU Jin-wei, JIN Cai-xia, WU Yu-feng, QI Rige. Effects of Drought Stress in Different Ecological Conditions of the Prunus mongolica Maxim Almond Leaves in PAL and C₄H Activity[J]. ACTA AGRICULTURAE BOREALI-SINICA, 2009, 24(5): 118-122. doi: 10.7668/hbnxb.2009.05.025.

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