The interfering transcription activator-like effector DR16 and OsSOG1 attenuates OsTOPBP1C-activated rice bacterial blight resistance

we monitored the responsive changes of rice genes at 0 and 6 hours across Xoo pathotype GIV infection in Nipponbare (NIP), ostopbp1c mutant and OsTOPBP1C-overexpressor by RNA sequencing. These findings provide new insights for directly identifying iTALEs-targeted resistance gene and the regulatory roles of OsTOPBP1C in rice-Xoo interactions. Examination of the responsive changes of rice genes at 0 and 6 hours under Xoo pathotype GIV treatment in Nipponbare (NIP), ostopbp1c mutant and OsTOPBP1C-overexpressor by RNA sequencing