… The SEPALLATA proteins form a central organising hub for MADS complex formation,
particularly MADS TFs involved in flowering and floral organ development (10). Based on …

… Structural elucidation of the MI domains from the floral regulator, SEPALLATA3 (SEP3), …
We focused on these MADS TFs as their heterocomplex formation, DNA-binding specificity and …

… protein SEPALLATA3 (SEP3) together with its paralogs SEP1, SEP2, and SEP4 from the
closely related LOFSEP-subfamily bears a central role by forming tetrameric complexes with …

… Thus far, the transcriptional regulatory mechanisms that govern … transcriptional regulatory
network composed of MADS‐box transcription factors SEEDSTICK (STK) and SEPALLATA3 (…

… MADS transcription factors are master regulators of plant … The SEPALLATA (SEP) subfamily
of MADS transcription factors is … organizers of MADS complexes, forming both heterodimers …

… a monophyletic superclade within the MADS-box family (further … enabling higher order
complex formation (floral quartets) … provide transcriptional activation capacity to these complexes (…

… MADS-domain TFs SEPALLATA3 and AGAMOUS. We discuss the impact of structural biology
on our understanding of the complex … relies on complex formation with ternary factors that …

… protein SEPALLATA3 (SEP3) together with its paralogs SEP1, SEP2 and SEP4 from the
closely related LOFSEP-subfamily bears a central role by forming tetrameric complexes with …

… E-class genes are essential for the formation of quaternary complexes (Mitoma and Kanno,
… the “glue” for MADS-box transcription factor complex formation to regulate perianth formation …

… regulatory elements of both MADS and non-MADS transcription factors, such as APETALA1
(… multimeric complex formation and function in the initial steps of floral organ formation and …