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This investigational adoptive cell therapy (ACT) consists of a combination of autologous CD8+ T cell clones specific for two distinct melanoma-associated antigens: Melan-A (also known as MART-1) and MELOE-1. Developed primarily by researchers at the University of Nantes and Inserm, this approach aims to enhance the anti-tumor immune response in patients with metastatic melanoma. Melan-A is a well-characterized melanocytic differentiation antigen, while MELOE-1 is a melanoma-overexpressed antigen encoded by a polycistronic transcript (MELOE). By co-infusing T cells targeting both antigens, the therapy seeks to minimize the risk of tumor immune escape through antigen loss or heterogeneity. The process involves isolating specific T-cell clones from the patient's peripheral blood or tumor-infiltrating lymphocytes, expanding them ex vivo, and re-infusing them following a lymphodepleting conditioning regimen.
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