Objectives
1. Elucidation of molecular features associated with MGUS/sMM progression to active MM
2. Assessment of drugs in MM cell and animal models
Description of work:
This WP concerns the application of novel technologies in MM, aiming (a) at producing new scientific knowledge on the molecular and cellular pathways implicated in myelomagenesis, i.e., the transformation process from normal cell to symptomatic MM, and (b) to translate this knowledge into novel, selective and effective tools and strategies for the early diagnosis and prognosis of MM as well as the outcome of MM therapy.
For this, the following experimental systems will be used:
a) A large collection of human MM cell lines (HMCLs; n=45) developed by CNRS, including HMCLs that are dependent on the addition of external growth factors for their proliferation and survival as well as drug-resistant HMCLs to melphalan (n=6), lenalidomide (n=6), bortezomib (n=7), dexamethasone (n=4) and HDACi (n=4)
b) PBMCs and bone marrow plasma cells (BMPCs) representing the different stages of transition from MGUS/ smoldering MM to symptomatic MM,
c) Syngeneic and humanized patient-derived mouse models of MM.
The integration of clinical and omics datasets will yield putative therapeutic targets for MM that will be validated using flow cytometry and/or super resolution microscopy. Appropriate drugs that are already used in the clinical setting will be examined for repurposing in the context of MM treatment in multicellular BM/MGUS/sMM/symMM spheroids (static and under flow conditions) and immunocompetent syngeneic and humanized mouse models.