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The Sweet Potato NAC-Domain Transcription Factor IbNAC1 Is Dynamically Coordinated by the Activator IbbHLH3 and the Repressor IbbHLH4 to Reprogram the Defense Mechanism against Wounding.

PLOS Genetics. 2016; 
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Proteins, Expression, Isolation and Analysis Total proteins from the transformation leaves were incubated with GST-Resin (GenScript, USA). After washing, the bound proteins were eluted and detected by western blotting using anti-GFP (Genscript, USA), and anti-GST antibodies (Genscript, USA)...For GST pull-down assay, the GST-fusion proteins (GST-JAZs and GST-MAPKs) were co-incubated with MBP-IbbHLH3 and GST-Resin (GenScript, USA). After washing with PBS buffer, the GST-binding protein was eluted and detected by western blotting using anti-GST and anti-MBP antibodies (GenScript, USA). Get A Quote

摘要

IbNAC1 is known to activate the defense system by reprogramming a genetic network against herbivory in sweet potato. This regulatory activity elevates plant defense potential but relatively weakens plants by IbNAC1-mediated JA response. The mechanism controlling IbNAC1 expression to balance plant vitality and survival remains unclear. In this study, a wound-responsive G-box cis-element in the IbNAC1 promoter from -1484 to -1479 bp was identified. From a screen of wound-activated transcriptomic data, one transcriptional activator, IbbHLH3, and one repressor, IbbHLH4, were selected that bind to and activate or repress, respectively, the G-box motif in the IbNAC1 promoter to modulate the IbNAC1-med... More

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