Torigen Pharmaceuticals, Inc. produces an experimental Autologous Prescription Product regulated by the USDA Center for Veterinary Biologics. For use under supervision/prescription of a licensed veterinarian. Safety and efficacy have not been established.
Torigen Pharmaceuticals, Inc. produces an experimental Autologous Prescription Product regulated by the USDA Center for Veterinary Biologics. For use under supervision/prescription of a licensed veterinarian. Safety and efficacy have not been established.
Torigen Pharmaceuticals, Inc. produces an experimental Autologous Prescription Product regulated by the USDA Center for Veterinary Biologics. For use under supervision/prescription of a licensed veterinarian. Safety and efficacy have not been established.
Torigen Pharmaceuticals, Inc. produces an experimental Autologous Prescription Product regulated by the USDA Center for Veterinary Biologics. For use under supervision/prescription of a licensed veterinarian. Safety and efficacy have not been established.
Torigen Pharmaceuticals, Inc. produces an experimental Autologous Prescription Product regulated by the USDA Center for Veterinary Biologics. For use under supervision/prescription of a licensed veterinarian. Safety and efficacy have not been established.
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The Science of Personalized Cancer Vaccines
The Science of Personalized Cancer Vaccines
The Science of Personalized Cancer Vaccines
The Science of Personalized Cancer Vaccines
The Science of Personalized Cancer Vaccines
At Torigen, we create personalized cancer vaccines utilizing the patient's own tumor cells as our antigenic backbone. Our technology is how we capture and preserve the mutational antigens on the surface of a tumor cell. Because this therapy is produced directly from harvested tumor material, it avoids distortion of the antigenic menu that can result from in vitro culture. This allows for a variety of tumor-associated antigens to be presented to the patient’s immune system, which may increase the likelihood of a successful response.
Thousands of dogs, cats, horses and even some exotic animals have been treated with our personalized cancer vaccine to date.
At Torigen, we create personalized cancer vaccines utilizing the patient's own tumor cells as our antigenic backbone. Our technology is how we capture and preserve the mutational antigens on the surface of a tumor cell. Because this therapy is produced directly from harvested tumor material, it avoids distortion of the antigenic menu that can result from in vitro culture. This allows for a variety of tumor-associated antigens to be presented to the patient’s immune system, which may increase the likelihood of a successful response.
Thousands of dogs, cats, horses and even some exotic animals have been treated with our personalized cancer vaccine to date.
At Torigen, we create personalized cancer vaccines utilizing the patient's own tumor cells as our antigenic backbone. Our technology is how we capture and preserve the mutational antigens on the surface of a tumor cell. Because this therapy is produced directly from harvested tumor material, it avoids distortion of the antigenic menu that can result from in vitro culture. This allows for a variety of tumor-associated antigens to be presented to the patient’s immune system, which may increase the likelihood of a successful response.
Thousands of dogs, cats, horses and even some exotic animals have been treated with our personalized cancer vaccine to date.
Immunotherapy Explained
Immunotherapy
Explained
Like Torigen’s immunotherapy, cancer vaccines that utilize the patient's own tumor cell as the antigenic backbone allow for a greater variety of antigens to be presented to the immune system. The identity of individual antigens is often unknown, but it can be assumed that the rich choice of antigenic targets increases the likelihood of a successful immune response.
Research into cancer immunotherapy, more specifically the effectiveness of tissue vaccines, has culminated in the development of our product, an autologous cancer vaccine comprised of deactivated tumor cells combined with a medical-grade adjuvant, particulate small intestinal submucosa (SIS). Studies have proven the effectiveness of such a treatment in significantly decreasing cancer tumor malignancy and metastasis in clinical and pre-clinical models. The mechanism of action is currently understood to be an SIS-facilitated immune system interaction with targeted tumor cells and synergistic induction of a rejection microenvironment through a robust Th1 immune response to incite cancer immunity.
Like Torigen’s immunotherapy, cancer vaccines that utilize the patient's own tumor cell as the antigenic backbone allow for a greater variety of antigens to be presented to the immune system. The identity of individual antigens is often unknown, but it can be assumed that the rich choice of antigenic targets increases the likelihood of a successful immune response.
Research into cancer immunotherapy, more specifically the effectiveness of tissue vaccines, has culminated in the development of our product, an autologous cancer vaccine comprised of deactivated tumor cells combined with a medical-grade adjuvant, particulate small intestinal submucosa (SIS). Studies have proven the effectiveness of such a treatment in significantly decreasing cancer tumor malignancy and metastasis in clinical and pre-clinical models. The mechanism of action is currently understood to be an SIS-facilitated immune system interaction with targeted tumor cells and synergistic induction of a rejection microenvironment through a robust Th1 immune response to incite cancer immunity.
Like Torigen’s immunotherapy, cancer vaccines that utilize the patient's own tumor cell as the antigenic backbone allow for a greater variety of antigens to be presented to the immune system. The identity of individual antigens is often unknown, but it can be assumed that the rich choice of antigenic targets increases the likelihood of a successful immune response.
Research into cancer immunotherapy, more specifically the effectiveness of tissue vaccines, has culminated in the development of our product, an autologous cancer vaccine comprised of deactivated tumor cells combined with a medical-grade adjuvant, particulate small intestinal submucosa (SIS). Studies have proven the effectiveness of such a treatment in significantly decreasing cancer tumor malignancy and metastasis in clinical and pre-clinical models. The mechanism of action is currently understood to be an SIS-facilitated immune system interaction with targeted tumor cells and synergistic induction of a rejection microenvironment through a robust Th1 immune response to incite cancer immunity.
Research and
Development
at Torigen
Research and
Development
at Torigen
Research and
Development
at Torigen