Shanghai-based Henlius Biotech Inc. and India’s Intas Pharmaceuticals Ltd. agreed upon a potential €185 million (US$195.38 million) licensing deal for Intas to develop and sell Henlius’ China NMPA-approved lung cancer drug, serplulimab, across Europe and India. Serplulimab (HLX-02) is a recombinant humanized PD-1 monoclonal antibody (MAb) injection that first gained approval as Hansizhuang in March 2022.
The U.K. government has launched a £100 million (US$122 million) fund that will accelerate the development of artificial intelligence (AI) tools to help tackle some of the biggest challenges in health care.
Virtually all regulatory systems present at least some ambiguity as to the respective regulatory status of software when installed in hardware for medical purposes, and the European Commission’s (EC’s) Medical Device Coordination Group (MDCG) has attempted to provide clarity on these questions.
The U.K. National Institute for Health and Care Excellence (NICE) is offering provisional coverage for digital health technologies for specialist weight-management services as part of its early value assessment (EVA) series.
The U.S. FDA, Health Canada, and the U.K. Medicines and Healthcare Products Regulatory Agency have once again sidestepped the usual mechanisms for international regulatory cooperation to strike a blow for harmonization.
Oxford Nanopore Technologies plc secured a £70 million (US$85 million) investment from Biomérieux SA. The investment comes on the back of a partnership formed between the two companies earlier in the year. The funds will support the development of products in Oxford Nanopore’s portfolio to serve in vitro diagnostics (IVD) markets.
In a historic first, the European Commission (EC) sanctioned a pharmaceutical cartel focused on controlling an active pharmaceutical ingredient (API) in the European Economic Area.
Fake versions of Novo Nordisk A/S’ 1-mg Ozempic prefilled pens are sounding alarms in Europe amid an ongoing shortage of the company’s semaglutide products resulting from demand in the weight-management space.
Researchers have for the first time used human neural stem cells to print 3D brain tissues that mimic the architecture of the brain’s outer layer, the cerebral cortex. This breakthrough technique, developed by a team from the U.K.’s University of Oxford, could one day be used to provide tailored repairs to the millions of people who suffer from severe brain injuries, for which there is no effective treatment.
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