A comprehensive pan-genome framework for understanding the evolutionary conservation, regulatory diversification, and stress-responsive characteristics of the maize Zm4CL gene family is provided, providing valuable resources for future functional studies and the genetic improvement of stress tolerance in maize.
expression profiling demonstrated that most GmRCP genes were expressed across various soybean tissues, and several members were responsive to salt, drought, and low-phosphorus stresses, suggesting their potential roles in stress adaptation.
Xiaoli Guan, Run Yuan, Ao Shen et al.· Functional & Integrative Gen...· 0 citations
This study characterizes the structural and expression features of the cotton GT4 family and provides candidate genes for molecular breeding targeting abiotic stress resistance and fiber trait improvement and suggests a hypothesis that GhGT4_15 may be associated with these pathways.
Kai Zhang, Jiao Lin, Xin Wei et al.· Biology· 0 citations
Plant GH5 family genes function in both cell wall biosynthesis and stress responses. However, comprehensive studies on GH5 genes in the soybean remain limited. Here, we identified 28 GmGH5 genes from the soybean genome. Phylogenetic analysis assigned these genes to three subfamilies (I–III), with no representatives in...
Xi Chen, Ling-Shan Ren, Nai-Ze Mu et al.· Plants· 0 citations
Findings provide critical insights into the functional profiles of the ZmIQM gene family and establish a theoretical framework for future studies aimed at the genetic enhancement of stress-tolerant maize varieties.
Min-Yan Xu, Yi-Zheng Hong, Tao Wang et al.· Plant Molecular Biology Repo...· 0 citations
The Oxidative Stress 3 (OXS3) gene family encodes plant-specific proteins that play crucial roles in abiotic stress tolerance and chromatin remodeling. However, genome-wide identification and characterization of the OXS3 gene family in soybean have not been systematically conducted. Here, we identified 19 GmOXS3 genes...
Xi Chen, Nai-Ze Mu, Ling-Shan Ren et al.· Agronomy· 0 citations
This study systematically characterized the Aux/IAA gene family in pumpkin, highlighting its evolutionary diversity, structural conservation, and distinct regulatory features and inform the potential roles of CmIAA genes in abiotic stress responses.
