Key preclinical studies informing the role of the IBME in MM
| Preclinical model . | Key finding . | Relevance to IBME . | Reference . |
|---|---|---|---|
| Mouse models | Defined the concept of tumor immunoediting (elimination, equilibrium, escape) | Basis for understanding immune control and evasion in MM | 66 |
| Human MGUS patient samples + functional assays | Identified SOX2-specific T-cell immunity delaying MM progression | Highlights antigen-specific T-cell surveillance in early MM | 67 |
| In vitro studies on soluble MICA | Soluble MICA impairs NKG2D function on NK cells and T cells | Mechanism of immune escape via downregulating NK/T cytotoxicity | 68 |
| Mouse models + human samples | DNAM-1 (CD226) is critical for NK cell antimyeloma immunity | Reinforces importance of NK cytotoxic checkpoints | 69 |
| Mouse models of CAR-T resistance | Targeting cancer-associated fibroblasts restores CAR-T function | Highlights the role of BM niche in therapy resistance | 58 |
| CS1 CAR T cells + lenalidomide | Lenalidomide enhances CAR-T function | Shows immunomodulatory agents synergize with immune effectors | 57 |
| Humanized mouse models | Microenvironment supports premalignant and malignant PCs | Demonstrates early microenvironmental dependency in MM | 70 |
| Preclinical model . | Key finding . | Relevance to IBME . | Reference . |
|---|---|---|---|
| Mouse models | Defined the concept of tumor immunoediting (elimination, equilibrium, escape) | Basis for understanding immune control and evasion in MM | 66 |
| Human MGUS patient samples + functional assays | Identified SOX2-specific T-cell immunity delaying MM progression | Highlights antigen-specific T-cell surveillance in early MM | 67 |
| In vitro studies on soluble MICA | Soluble MICA impairs NKG2D function on NK cells and T cells | Mechanism of immune escape via downregulating NK/T cytotoxicity | 68 |
| Mouse models + human samples | DNAM-1 (CD226) is critical for NK cell antimyeloma immunity | Reinforces importance of NK cytotoxic checkpoints | 69 |
| Mouse models of CAR-T resistance | Targeting cancer-associated fibroblasts restores CAR-T function | Highlights the role of BM niche in therapy resistance | 58 |
| CS1 CAR T cells + lenalidomide | Lenalidomide enhances CAR-T function | Shows immunomodulatory agents synergize with immune effectors | 57 |
| Humanized mouse models | Microenvironment supports premalignant and malignant PCs | Demonstrates early microenvironmental dependency in MM | 70 |
BM, bone marrow.