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Fontridge Pharmaceutical (2)
Fontridge Pharmaceutical
Vaccines AgainstInfectiousDisease

Fontridge Pharmaceutical is developing next-generation vaccines for cancer and infectious disease.

Drug Formulations

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Raw Materials

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ABOUT US

Developing Next Generation Vaccines

Fontridge Pharmaceutical is developing next-generation vaccines for cancer and infectious disease. Fontridge Pharmaceutical approach seeks to generate a therapeutic immune response by leveraging insights into the immune system’s ability to recognize and destroy diseased cells by targeting select antigens. We started with a focus on tumor-specific neoantigens, and more recently extended our programs to include viral antigens displayed on the surface of virally infected cells.

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Our Vision

"Fontridge Pharmaceutical goal is to develop groundbreaking immunotherapies for cancers and infectious diseases. Our approach focuses on generating a therapeutic immune response in these patients by unleashing the natural power of a patient’s immune system to recognize and destroy tumors or virally infected cells. It is well-established that one fundamental driver of an effective immune response is T cell recognition of abnormal cells and the proliferation of sufficient quantities of T cells to drive a potent attack against these cells, whether they are cancerous or virally infected."

Our Services

Vaccines Against Cancer

Leveraging our artificial intelligence Fontridge Pharmaceutical platform, as well as our expertise in cancer genomics, Fontridge Pharmaceutical is developing multiple personalized cancer vaccines designed to direct a robust immune response to neoantigens. We are developing two key classes of tumor-specific neoantigen product candidates to treat patients with cancer.

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Individualized

Many tumor mutations are unique to each individual patient. For patients with neoantigens arising from patient-specific mutations, we believe that an immunotherapy made specifically for each patient has the potential to drive a potent immune response.
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Off-the-Shelf

Some cancer mutations, known as driver mutations, recur between different cancer patients. Neoantigens that arise from these driver mutations and are shared between selected patients may be able to be used for an off-the-shelf neoantigen therapy.

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