MoVe enables precise transgene delivery. MARC drives powerful immune responses.
Despite enormous potential existing cell therapies have severe limitations. Current approaches rely on harvesting a patient’s own immune cells, expanding and genetically modifying them before reinfusion—a process that is lengthy, costly, and prone to failure. These challenges delay treatment and drive up costs for both patients and payers.
Additionally, the single-chain CAR architecture commonly used in cell therapies can trigger tonic signaling, leading to cell exhaustion and eventual therapeutic failure. On top of that, weak activation signals often fail to fully engage the immune system for a robust response.
Our proprietary Modular Actuation Receptor Cell (MARC) platform is the best-in-class optimized synthetic immune receptor. MARC recreates the architecture and signaling of natural immune receptors. Our AI protein design engine adapts MARCs for multiple targets.
The Modular Vector (MoVe) platform enables the delivery of genetic cargo to specific immune cells. Injected I.V., MoVe activate and transduce targeted immune cells to generate therapeutic cells in vivo- circumventing the need for long and complex laboratory manufacturing. Our MoVe library has been validated for targeting: NK cells, NKT cells, T cell and plasma cells while avoiding the liver.
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