Thales SA signed a major partnership with the Curie Institute to use very high-intensity electron FLASH radiotherapy (FLASH-RT) in cancer therapy. Based on its experience in the field of particle accelerators, “we have all the manufacturing facilities and human know-how necessary to ramp research and development for this new technology,” Charles-Antoine Goffin, vice president, microwave & imaging subsystems at Thales, told BioWorld.
Verve Therapeutics Inc. has packed a lot into the past few weeks. The latest is a four-year research deal with Vertex Pharmaceuticals Inc. to find and develop an in vivo gene editing program for an undisclosed liver disease. Vertex will pick up the tab for program costs as Verve does the preclinical R&D. Verve is getting an up-front $60 million from Vertex, along with a $35 million equity investment.
Convalife Pharmaceuticals Co. Ltd. acquired global rights to develop and commercialize a phosphoinositide 3-kinase (PI3K) β/δ inhibitor from Karus Therapeutics Ltd.
The value of med-tech mergers and acquisitions in the first half of 2022 are at a five-year high and about 84% ahead of last year. The volume of M&As fell significantly in the second quarter, however, with only 104 completed that were worth $46.5 billion, 27.8% less than the first quarter’s value of $64.7 billion. Regardless, M&As in the first half of 2022 are towering over each of the four prior years’ first two quarters, with a total completed of 276 worth $110.9 billion.
New interim data from Ultragenyx Pharmaceutical Inc. and Genetx Biotherapeutics LLC’s phase I/II study of GTX-102 in Angelman’s syndrome didn’t do much to bolster investor confidence, as Ultragenyx shares sagged considerably July 19. The Novato, Calif.-based company’s stock (NADAQ:RARE) closed 13% downward at $52.89 per share. That is nearly half the price shares fetched in late August. At $102.40 per share, that was the stock’s highest value in the past 12 months.
Recently launched and relatively small Avista Therapeutics Inc. has just cut a deal with comparatively massive Roche Holding AG that could bring the new Pittsburgh-based company more than $1 billion. Avista’s single cell adeno-associated virus (AAV) platform will be used to develop intravitreal AAV capsids that match a Roche-defined capsid profile. Roche will evaluate and license Avista’s capsids and conduct the preclinical, clinical and commercialization work for the gene therapy programs.
Ophthalmic and microsurgery device maker Carl Zeiss Meditec AG is investing in regenerative medicine startup Precise Bio Ltd. to jointly develop 4D bio-fabricated corneal transplants for diseases that require endothelial keratoplasty and natural lenticule transplants. Under the terms of the agreement, Carl Zeiss Meditec will lead a series B financing round in Precise Bio and fund development of two cornea transplant products.
Microbiome specialist Enterome SA has out-licensed its lead human hormone mimetic, EM-1010, to Nestlé Health Sciences SA, in a deal that underlines the potential of its approach to generating novel drugs from proteins expressed by gut bacteria. EM-1010, the first program derived from Enterome’s Endomimics platform, is an orally available molecule that acts by promoting local release of interleukin 10 in the gut, with the aim of reducing inflammation. It is in development for the treatment of inflammatory bowel disease and food allergies and due to enter clinical trials in 2023.
Illumina Inc., of San Diego, is struggling to complete the regulatory side of its acquisition of Grail Inc., of Menlo Park, Calif., thanks in part to the U.S. Federal Trade Commission’s (FTCs) ongoing review of the transaction. However, Illumina is also facing stiff winds in Europe where the General Court of the European Union rejected the company’s bid to push the deal through despite the opposition of the European Commission (EC).
Reflexion Medical Inc. entered into a nonexclusive worldwide licensing agreement with Mirada Medical Ltd., allowing Mirada’s Redengine image registration algorithms to be integrated into Reflexion’s X1 treatment planning software. The algorithms align a patient’s anatomy between distinct imaging modalities or between radiotherapy treatments.