Phylogenetic reconstruction, synteny analysis, conserved motif alignment of functional domains and pathway association mining were performed.
Key Findings
IL-12 receptors originated during mollusk evolution, while ligand subunits p19/p28 underwent lineage-specific expansion in vertebrate lineages.
Three hundred-million-year conserved motifs within the fibronectin type III domain constitute the core interface mediating stable receptor-ligand binding.
Ultra-conserved amino acid residues under evolutionary constraint were identified, providing precise anchoring sites for rational design of targeted immunotherapeutics against inflammation and tumors.
The corresponding article Evolutionary insights into Interleukin-12 family targets across 405 species was published in Frontiers in Immunology (IF: 7.7)
Research Progress
Evolutionary characterization of the interleukin IL-12 family across 405 species: mining immune targets and clinical therapeutic potential for diseases
👤 Weibin Wang, Dawei Li, Kaiyong Luo (Yang Dong#)
📅 二月 18, 2025
📍 Frontiers in Immunology
👁 Views 1
Summary:Over 405 metazoan taxa were analyzed to resolve origin and divergence of IL-12 ligand and receptor families, pinpoint evolutionarily conserved core functional domains, and screen candidate targeting loci for autoimmune disorders and tumors.
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External resource
https://doi.org/10.3389/fimmu.2025.1584460 →