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Ociperlimab MOA Animation

Cancer cells have the unique ability to sidestep host immune responses by utilizing their surface membrane proteins. For example, they can exploit essential immune checkpoints such as PD-1, which regulates the adaptive immune response, and TIGIT, which influences cell exhaustion.

Illustration of immune cells: a blue cytotoxic T cell, an orange regulatory T cell, and a pink natural killer cell. These animated cells interact on a textured surface labeled accordingly, demonstrating the MOA of Ociperlimab in action.

Our team created an animation to illuminate these cancer mechanisms and introduce BeiGene’s innovation to combat them. Ociperlimab is an investigational monoclonal antibody equipped to bind to TIGIT.

Ociperlimab is designed to enhance the activation of T cells, natural killer cells, and myeloid cells, to subsequently improve functions that are essential to fight cancer. Scientists are further investigating Ociperlimab’s effect in conjunction with Tislelizumab, an anti PD-1 monoclonal antibody.

Abstract representation of an antibody-like structure, labeled with OCIPERLIMAB, set against a pink background. The artwork captures dynamic elements reminiscent of an Animation, with green and blue semi-transparent motifs elegantly floating in the foreground.
Animation illustrating the interaction between a T cell and a macrophage. Labeled components include FcγR, PD-1, and Ociperlimab. The caption reads, Clinical significance of nonclinical results has not been established.

Pre-clinical studies have shown that the pairing of these humanized antibodies can enhance anti-tumor effects. Our goal was to familiarize the audience with the many proteins involved and their subsequent effects, while presenting a captivating animation to support the groundbreaking results in BeiGene’s preclinical findings.

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