Genome-wide annotation of RSPO homologs across multiple metazoan phyla was conducted, alongside phylogenetic tree reconstruction, selection pressure analysis and conserved domain characterization.
Key Findings
The ancestral RSPO4 isoform was confirmed to originate from the common bilaterian ancestor, representing the most ancient subtype of the family.
The divergence timeline of the four RSPO subtypes and lineage-specific functional shifts driven by domain variations were clarified.
The evolutionary conservation of the family’s regulation over the Wnt pathway was elucidated, offering evolutionary foundations for Wnt-associated tumor-targeted research.
The corresponding article Phylogenetic Insights into the Evolutionary History of the RSPO Gene Family in Metazoa was published in Genes (IF: 2.8)
Research Progress
Phylogenetic dissection of the evolutionary history of the RSPO gene family in metazoans
👤 Jia Cheng, Ling Yang, Shiping Wang (Yang Dong#)
📅 五月 02, 2025
📍 Genes
👁 Views 1
Summary:We traced the origin, differentiation, domain variation and functional evolutionary features of the RSPO gene family across metazoans, and dissected its conserved regulatory mode of the Wnt signaling pathway.
🔗
External resource
https://doi.org/10.3390/genes16050477 →