Theresa Visarius

Immunophotonics, Inc. develops proprietary novel drug product for use in a minimally invasive therapeutic cancer vaccine. Its vaccine process under development, inCVAX, is a two injection procedure into one or more selected tumors: The first injection is a needle with an optical fiber (coupled to a laser) that heats selected tumor(s) locally; The second injection is experimental drug product, a proprietary synthesized carbohydrate polymer, that is intended to recruit and activate antigen-presenting cells, potentially triggering a cascade that leads to a systemic anti-tumor immune response. The company was founded by Lu Alleruzzo and Tomas Hode in 2009 and is headquartered in St. Louis, MI.

Immunophotonics, Inc. develops proprietary novel drug product for use in a minimally invasive therapeutic cancer vaccine. Its vaccine process under development, inCVAX, is a two injection procedure into one or more selected tumors: The first injection is a needle with an optical fiber (coupled to a laser) that heats selected tumor(s) locally; The second injection is experimental drug product, a proprietary synthesized carbohydrate polymer, that is intended to recruit and activate antigen-presenting cells, potentially triggering a cascade that leads to a systemic anti-tumor immune response. The company was founded by Lu Alleruzzo and Tomas Hode in 2009 and is headquartered in St. Louis, MI.

Immunophotonics, Inc. develops proprietary novel drug product for use in a minimally invasive therapeutic cancer vaccine. Its vaccine process under development, inCVAX, is a two injection procedure into one or more selected tumors: The first injection is a needle with an optical fiber (coupled to a laser) that heats selected tumor(s) locally; The second injection is experimental drug product, a proprietary synthesized carbohydrate polymer, that is intended to recruit and activate antigen-presenting cells, potentially triggering a cascade that leads to a systemic anti-tumor immune response. The company was founded by Lu Alleruzzo and Tomas Hode in 2009 and is headquartered in St. Louis, MI.

Immunophotonics, Inc. develops proprietary novel drug product for use in a minimally invasive therapeutic cancer vaccine. Its vaccine process under development, inCVAX, is a two injection procedure into one or more selected tumors: The first injection is a needle with an optical fiber (coupled to a laser) that heats selected tumor(s) locally; The second injection is experimental drug product, a proprietary synthesized carbohydrate polymer, that is intended to recruit and activate antigen-presenting cells, potentially triggering a cascade that leads to a systemic anti-tumor immune response. The company was founded by Lu Alleruzzo and Tomas Hode in 2009 and is headquartered in St. Louis, MI.

Immunophotonics, Inc. develops proprietary novel drug product for use in a minimally invasive therapeutic cancer vaccine. Its vaccine process under development, inCVAX, is a two injection procedure into one or more selected tumors: The first injection is a needle with an optical fiber (coupled to a laser) that heats selected tumor(s) locally; The second injection is experimental drug product, a proprietary synthesized carbohydrate polymer, that is intended to recruit and activate antigen-presenting cells, potentially triggering a cascade that leads to a systemic anti-tumor immune response. The company was founded by Lu Alleruzzo and Tomas Hode in 2009 and is headquartered in St. Louis, MI.