Scientists Map How Tumours Push Immune Cells Into Exhaustion
A review in Experimental & Molecular Medicine examines how chronic antigen exposure and a hostile tumour microenvironment reprogram T cells ...
A review in Experimental & Molecular Medicine examines how chronic antigen exposure and a hostile tumour microenvironment reprogram T cells ...
A new study links the hepatitis B virus X protein to tumor-derived MIF signaling that drives CD8-positive T cell exhaustion ...
A new Molecular Cancer review proposes immune-pressure redistribution as a unifying framework explaining why patients resist PD-1/PD-L1 blockade and how ...
Researchers have engineered T cell receptors fused to the co-stimulatory molecule ICOS, producing T cells that persist longer, resist exhaustion ...
A new computational pipeline translates single-cell immune fingerprints from triple-negative breast cancer patients into ranked engineering recommendations for synthetic immune ...
A specialized APOE-producing Kupffer cell population in transplanted livers restrains rejection by driving attacking CD8-positive tissue-resident memory T cells into ...
Researchers have identified ANKRD11 as a chromatin regulator whose loss reprograms CD8+ T cells to fight chronic hepatitis B and ...
When the immune system battles a persistent viral infection, its most important foot soldiers—CD8+ T cells—face a fate decision within ...
Tertiary lymphoid structures (TLSs)—immune-cell aggregates that form in many solid tumours—have been linked to better outcomes from immune checkpoint blockade. ...
In a dramatic revelation that challenges conventional thinking about cell biology, scientists report that cancer cells can effectively “poison” the ...
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© 2025 Scienmag - Science Magazine