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Background  Many studies have been done to find out the molecular mechanism of systemic acquired resistance (SAR) in plants in the past several decades. Numbers of researches have been carried out in the model plants such as arabidopsis, tobacco, rice and so on, however, with little work done in woody plants especially in fruit trees such as apple. Components of the pathway of SAR seem to be extremely conserved in the variety of species.  Malus hupehensis , which is origin in China, is strong resistance with rootstock. In the study, we attempted to make the expression pattern of pathogenesis related (PR) genes which were downstream components of the SAR pathway in response to salicylic acid(SA), methyl jasmonate(MeJA) and 1-aminocyclopropane-1-carboxylic acid(ACC) in  Malus hupehensis .    Findings  In order to analyze the expression pattern, the partial sequence of three PR genes from  Malus hupehensis ,  MhPR1 ,  MhPR5  and  MhPR8  was isolated. These three PR genes were induced by SA, MeJA and ACC. However,  MhPR1 ,  MhPR5  and  MhPR8  performed a distinct pattern of expression in different plant organs.  MhPR5  and  MhPR8  were basal expression in leaves, stems and roots, and  MhPR1  was basal expression only in stems. The expression of  MhPR1 ,  MhPR5  and  MhPR8  was enhanced during the first 48 h post-induced with SA, MeJA and ACC.    Conclusions  The results showed that a distinct pattern of expression of PR genes in  Malus hupehensis  which differed from the previous reports on model plants arabidopsis, tobacco and rice.  MhPR1 ,  MhPR5  and  MhPR8  were induced by SA, MeJA and ACC, which were regarded as the marker genes in the SAR response in  Malus hupehensis . In contrast with herbal plants, there could be specific signal pathway in response to SA, JA and ET for woody plants.

bmc research notes

Expression of pathogenesis related genes in response to salicylic acid, methyl jasmonate and 1-aminocyclopropane-1-carboxylic acid in Malus hupehensis (Pamp.) Rehd