… The modules identified in our network analysis covered many aspects of maize biology.
Compared to a previously published maize transcriptional network that contained 49 modules [6]…

… influence the yield of maize. In this paper, we use multi-omics data to construct … networks
separately and integrated into one final fused network to provide insight into maize development…

… analysis suggests novel role of AHLs in maize compared to those reported on other species
and warrants further functional analysis… of these genes in maize development, we examined …

… For co-expression network analysis, the RNA-seq data of maize whole seeds of B73 and
Mo17 with six developmental stages, including 12, 16, 20, 24, 30, and 36 days after pollination, …

… gene coexpression network analysis, we … maize stalk development, we performed correlation
analysis (Figure S1b), hierarchical clustering (Figure 1b), and principal component analysis …

… Furthermore, weighted gene co-expression network analysis was explored to find key hub
genes involved in plant height regulation. Hundreds of candidate genes, encoding various …

… of the genes in the primary network. This result of the network analysis, which is based on
… Combing quantitative genetics approaches and transcriptional network analysis, as shown …

… Our work provides a comprehensive analysis of maize co-expression network divergence
for three different types of gene duplications and identifies potential relationships between …

… for lodging resistance of maize (Zea mays). In … maize internode development, with potential
use for targeted genetic control of internode length to improve the lodging resistance of maize…

… Our network analysis provides 33 potential ‘partner’ TFs that PBF1 may have recruited,
including OPAQUE2 that also directly regulates zein genes, and two unknown TFs (…