… zipper (HD-Zip) I and HD-Zip II transcription factor networks … Evidence is emerging that these
transcription factors are … is controlled by HD-Zip I and HD-Zip II transcription factors through …

… zipper (HD-Zip) transcription factors are unique to the plant kingdom. Members of the HD-Zip
IV … Many of the reported HD-Zip IV genes were shown to be specifically or preferentially …

… into four different subfamilies (HD-Zip I∼IV). Many HD-Zip I members have been shown to
… This review focuses on the role of HD-Zip I transcription factors in plant responses to various …

… HD-ZIP IV transcription factors are likely … the HD-ZIP IV family in the genomes of Arabidopsis,
poplar (Populus spp.), rice, maize, moss, and spike moss but failed to detect any HD-ZIP IV …

… HD-Zip transcription factor genes in maize. Moreover, the maize genome contained many
more HD-Zip … played important roles during the maize HD-Zip family expansion. In addition, by …

… The HD-Zip family of transcription factors is unique to the plant … Some HD-Zip proteins
participate in organ and vascular … data for this family of transcription factors from a wide variety …

… The present study provides evidence for the evolutionary conservation of HD-ZIP transcription
factors homologs in maize. The results further provide a comprehensive insight into the …

… the HD-ZIP II subfamily transcription factors have … HD-ZIP II genes are indeed regulated by
auxin in wheat. Together, our results suggest that the HD-ZIP II subfamily transcription factors …

… Our findings reveal the new function of HD-ZIP IV transcription factors in flavonoids biosynthesis,
and indicate that HD-ZIP IV members may play an important role in plant resistance to …

… HD-Zip proteins from plants are generally classified into four subfamilies: HD-Zip I, HD-Zip
II, HD-Zip III, and HD-Zip IV, in most species [35,37]. Phylogenetic analysis and sequence …