Spots Global Cancer Trial Database for Evaluation of Whole Body Examination by MRI Integrating the "Zero Time Eco" Sequence (ZTE, Pseudo-CT) for the Detection of Bone Lesions in Multiple Myeloma: Comparison With Pet / CT and Whole Body Scanner

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Trial Identification

Brief Title: Evaluation of Whole Body Examination by MRI Integrating the "Zero Time Eco" Sequence (ZTE, Pseudo-CT) for the Detection of Bone Lesions in Multiple Myeloma: Comparison With Pet / CT and Whole Body Scanner

Official Title: Evaluation of Whole Body Examination by MRI Integrating the "Zero Time Eco" Sequence (ZTE, Pseudo-CT) for the Detection of Bone Lesions in Multiple Myeloma: Comparison With Pet / CT and Whole Body Scanner

Study ID: NCT05381077

Conditions

Multiple Myeloma

Bone Metastases

Interventions

MRI

Study Description

Brief Summary: To assess the added value of magnetic resonance imaging (MRI) of the skeleton compared to other validated techniques for the detection of bone lesions in patients with multiple myeloma.

Detailed Description: The aim of our study is to offer patients benefiting from a diagnostic approach to myeloma by PET / CT, a whole body MRI examination (MRI-CE) comprising, in addition to the "classic bone marrow" sequences, a ZTE sequence (see below) . This study is being undertaken to compare and assess the complementarity of imaging techniques in the diagnostic management of this disease. The stages of the work will be: Optimizing bone marrow exploration sequences by MRI (F. Lecouvet, N. Michoux, Gaetan Duchêne). Develop and validate a whole body-wide new MRI sequence "ZTE" capable of detecting and quantifying disease-induced osteolysis in the skeleton. Optimize the reconstruction of these images (Deep Learning software developed with the firm GE), training of the reconstruction of ZTE images by correlation with the scanner (F. Lecouvet, N. Michoux, Gaetan Duchêne). This approach is completely original, never having been evaluated: the ZTE sequence is a recent development, made available at CUSL on the new research MRI magnet. The addition of this sequence to the already major information provided by MRI for the detection of the disease and the evaluation of its response (method of choice, see below) would constitute a major advance in establishing the diagnostic value of this technique. non-irradiating compared to other techniques (PET-CT, low dose scanner, etc.).