Elevated IRF4 expression in #follicularlymphoma cells may contribute to immune evasion and aggressive disease features by impairing B-cell antigen presentation, altering cytokine signaling, and rewiring metabolism.
Elevated IRF4 expression in #follicularlymphoma cells may contribute to immune evasion and aggressive disease features by impairing B-cell antigen presentation, altering cytokine signaling, and rewiring metabolism.
Beyond Expansion: Tumor Debulking as Key to Improving CAR T-Cell Potential in Lymphoma
Beyond Expansion: Tumor Debulking as Key to Improving CAR T-Cell Potential in Lymphoma
Nominations are open!
Nominations are open!
See more of what our authors are saying about publishing with the Journals. buff.ly/7x8ra8e
See more of what our authors are saying about publishing with the Journals. buff.ly/7x8ra8e
Nominations are open!
Nominations are open!
Nominations are open! buff.ly/jUwZsdd
Nominations are open! buff.ly/jUwZsdd
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Advances in Targeted Protein Degradation: PROTACs and Molecular Glues buff.ly/xdWDulw
This collection features recent research and review articles highlighting key advances in PROTAC and molecular glue development.
Advances in Targeted Protein Degradation: PROTACs and Molecular Glues buff.ly/xdWDulw
This collection features recent research and review articles highlighting key advances in PROTAC and molecular glue development.
Acquisition of DLBCL-intrinsic CD19 CAR-T cell therapy resistance in cell lines identifies a cross-antigen resistant phenotype with a gene signature predictive of clinical CAR-T response. Read more:
Acquisition of DLBCL-intrinsic CD19 CAR-T cell therapy resistance in cell lines identifies a cross-antigen resistant phenotype with a gene signature predictive of clinical CAR-T response. Read more: