Phytoplasma SAP11 homologs differentially modulate development and defence in Arabidopsis and maize via destabilization of specific TCPs. Phytoplasma SAP11 homologs differentially modulate development and defence in Arabidopsis and maize via destabilization of specific TCPs

We report SAP11AYWB destabilizes CIN and CYC/TB1 TCPs, whereas SAP11MBSP destabilizes primarily TB1 TCPs. Overall design: RNASeq exeperiment was desined to investigated if SAP11AYWB and SAP11MBSP modulate maize processes in response to the AY-WB and MBSP insect vectors M. quadrilineatus and D.maidis, respectively.

本研究表明，SAP11AYWB可使CIN类与CYC/TB1类TCP转录因子（TCP）不稳定，而SAP11MBSP则主要介导TB1类TCP转录因子的不稳定。
实验整体设计：本RNA测序（RNA-seq）实验旨在探究SAP11AYWB与SAP11MBSP是否分别调控玉米在响应各自昆虫媒介M. quadrilineatus与D.maidis所传播的AY-WB和MBSP时的生理过程。