BioInvent

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First patient dosed in Transgene and BioInvent’s phase 1 trial

October 10, 2023
Research and Development BioInvent, Oncology, Transgene, oncology, phase 1 trial

Transgene and BioInvent have announced that the first patient has been treated in the phase 1 part B clinical trial …

News

BioInvent receives Investigational New Drug approval for monoclonal antibody BI-1910

June 2, 2023
Research and Development BioInvent, NSCLC, Oncology, monoclonal antibody

Swedish clinical stage biotech company BioInvent has announced that it has received Investigational New Drug (IND) approval for its monoclonal …

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volodymyr-hryshchenko-m1hq4ibp9rc-unsplash

BioInvent and Transgene announce positive phase 1a solid tumour trial data

May 25, 2023
Research and Development BioInvent, Oncology, Transgene, clinical trials, oncology, tumours

Sweden-based BioInvent and French Transgene, both biotech companies, have reported positive phase 1a data from a trial studying BT-001 for …

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BioInvent receives $3m payment for antibodies selected by Pfizer

December 23, 2020
Research and Development BioInvent, Cancer, Pfizer

BioInvent International, a biotech company focused on the discovery and development of novel and first-in-class immune-modulatory antibodies for cancer immunotherapy, …

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