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INDIVIDUALIZED NEOANTIGEN CANCER VACCINES |
TG4050
One patient, one cancer, one vaccine
With TG4050, Transgene is developing an individualized immunotherapy based on multiple advanced genetic engineering technologies and cutting-edge artificial intelligence capabilities, together with NEC.
Once injected into the patient, the vaccine aims to inducing a specific immune response, enabling individualized targeted destruction of tumor cells. Two clinical trials are including patients in the USA, in the UK and in France. myvac® videoMore information
SHARED ANTIGENS CANCER VACCINES |
TG4001
Target HPV-induced cancers (HPV-16, E6 & E7 + IL-2)
TG4001, an innovative therapy capable of combating papillomavirus-induced cancers. The concept behind TG4001 is to teach the immune system to recognise and destroy the cancer cells expressing HPV-16 antigens, specifically E6 and E7 antigens.
TG4001 triggers a specific immune response that supports the recognition and destruction of cancer cells carrying the HPV viral antigens. This approach enables the body to destroy the tumours.
Based on promising Phase Ib/II data, Transgene is conducting a randomized Phase II trial of TG4001 in combination with avelumab. This study is being conducted with the alliance of Merck KGaA, Darmstadt, Germany, which is supplying avelumab.
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ONCOLYTIC VIRUSES (OV) |
TG6050
Induce an immune response against tumors resistant to available treatments
TG6050 is an oncolytic virus that has been engineered to express human IL-12 and an anti-CTLA4 antibody. TG6050 has been designed to be administered intravenously.
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BT-001
BT-001 is the first oncolytic virus from Invir.IO™ and is optimized to act as a Trojan horse.
Once injected into the tumor, BT-001 replicates in the cancer cells leading to their targeted destruction by oncolysis and generating local production of its two therapeutic weapons. The resulting anti-CTLA4 antibody produced in the tumor neutralizes the regulatory T-cells that inhibit the immune system, thereby activating the immune defenses within the tumor itself.
The destruction of cancer cells also triggers an immune cascade that will enable the body’s systemic immune system to fight the tumour and its metastases. BT-001, given its multiple modes of action, could be developed to combat many different types of cancers.
Phase I/IIa clinical trial is enrolling patients in France and in Belgium; it has been granted an IND by the US FDA.
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*IV: intravenous administration, IT: Intratumoral administration