Although the pathogenesis gene PR-5 was responsive to Fusarium
spp., RT-PCR concurred with microarray results in that
epiBL did not greatly affect the transcription of this gene. RTPCR
indicated that caffeic acid O-methyltransferase, root-specific
lectin precursor protein, and putative jasmonate-induced protein
were all upregulated by Fusarium spp. but, as with microarray,
were downregulated by 48 h post pathogen treatment due to
growth in epiBL-amended soil (Fig. 4F, G, and H).
Although the pathogenesis gene PR-5 was responsive to Fusariumspp., RT-PCR concurred with microarray results in thatepiBL did not greatly affect the transcription of this gene. RTPCRindicated that caffeic acid O-methyltransferase, root-specificlectin precursor protein, and putative jasmonate-induced proteinwere all upregulated by Fusarium spp. but, as with microarray,were downregulated by 48 h post pathogen treatment due togrowth in epiBL-amended soil (Fig. 4F, G, and H).
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