The most effective genes with the strongest antimicrobial activity, BmcecB6, BmcecD and Bmmor, had the highest level of induction, suggesting that high induction is a hallmark of the most effective AMP genes in the antimicrobial response.
When the AHL concentration is high, induction is strong and LacIM1 levels are enough to shut down expression of the FP.
Pre-treatment of tomato plants with Th and MeJA markedly induced H2O2 scavenging enzymes and the highest induction was recorded when applied together.
The highest induction was observed for PHD2 and 3.
Both reporter genes were induced by Clock and Bmal1 co-transfection; however, a 3-fold higher induction was observed in cells transfected with Per1::luc compared to Per2::luc (Figure 2B).
The highest induction was observed for PEX11 (6.94-fold).
The highest induction was at 1 nM DHT while at 10 nM the expression was declined.
Highest induction was observed in RT-4 cells (2.6-fold), which also showed persistent elevation of H3K36me3 upon DMAPT treatment.
The highest induction was observed in CpACS4, CpACS6 and CpACS7, which appear to be the main gene responsible for the ethylene produced at this point.
PgeDIR13 (was0914_highlyas highly up-regulated in bark tissue following weevil feeding and for PgeDIR2 (WS00911_I09), another a-subfamily member, the highest induction was registered, [ 29].
