Explore the fascinating evolution of MHC class I molecules across vertebrates and their crucial role in immune system function from sharks to humans.
Discover how promoter connectome mapping in follicular helper T cells reveals novel genetic mechanisms behind systemic lupus erythematosus and potential therapeutic targets.
Discover how HLA-E gene expression in trophoblast cells creates immune tolerance during pregnancy through epigenetic mechanisms.
Discover how scientists detect and quantify antibodies using ELISA technology to diagnose diseases, develop vaccines, and understand immune responses.
Discover how bonobos maintain immune system diversity with just three functional types of MHC-B genes, revealing an evolutionary survival strategy.
Explore how physiology serves as the foundation of modern medicine and biomedical innovation through recent discoveries in immune regulation and microRNA.
Discover how epigenetic regulation enables trained immunity in our innate immune system, rewriting immunology textbooks and opening new therapeutic frontiers.
Discover how functional genomics uncovered the master switches controlling our immune system's powerful oxidative burst mechanism.
Discover how scientists solved the mystery of the missing chicken cytokine and reclassified MGF as G-CSF/CSF3, rewriting our understanding of avian immunity.
Exploring the paradoxical behavior of T-bet transcription factor in immune cells - universal binding with context-dependent functional effects