The deduced amino acid sequence of OpMyb24 , which was obtained from a zygotic embryo cDNA library, showed extensive homology to the snapdragon proteins Myb308 and Myb330, and to maize protein Zm38. Furthermore, the OpMyb15 gene, from an oil palm suspension culture (OPSC) cDNA library, ...
In 1987, the first plant MYB transcription factor ZmMYBC1 was identified in maize. Its function is related to anthocyanin synthesis [14]. In 1989, the first fungal MYB transcription factor Bas1 was identified in Saccharomyces cerevisiae, which was found to be necessary to activate the ...
The only exceptions were a GH3 homolog from Lotus japonicus (LjCM0124) and three closely related GH3s (Zm02366873, Sb09g024710, Os05g42159) which form a minor sub-clade. They were found on protein homology level within the envisaged ZRE rich or poor clades. However, regarding motif ...
The ZmPAC1 gene in maize can encode the WD40 protein, which is similar to AN11 and TTG1, and can regulate anthocyanin synthesis when co-expressed with ZmR1 (bHLH) and ZmC1 (MYB) [50]. These results suggest that WD40 can form ternary complexes with MYB and bHLH to regulate ...
Likewise, ZmMYBL1 in maize was considered to be related to hybrid dominance [14]. MYB TF genes also function in response to abiotic stresses. For example, VyMYB24 in Vitis yanshanesis caused dwarfing and conferred plant drought resistance [15]. Overexpression of GhMYB36 conferred drought ...