Artificial intelligence (AI) is an increasingly common matter of medical practice and thus not just another buzzword, and the U.K. National Institute for Health and Care Excellence (NICE) has opened a program for evidence generation for the use of AI to contour external beam radiotherapy to the tumor of treatment.
Patent challenges for radiotherapy equipment might not make the splash that in vitro diagnostic patents have, but Elekta AB and Zap Surgical Inc., have been locked in a dispute over an Elekta patent for the past four years.
Ferronova Pty Ltd. has signed a licensing agreement with the Purdue Research Foundation (PRF) for the application of PRF's fibroblast activation protein (FAP) inhibitor in magnetic resonance imaging (MRI) and MRI-guided therapies.
Artificial intelligence (AI) has been approved for use in the U.K. National Health Service (NHS) for the first time, after passing an expedited health technology assessment.
Accuray Inc. offered a classic good news-bad news set-up for investors on Wednesday, with a notable FDA 510(k) clearance balanced by a miss on fourth quarter revenue and projections for fiscal year 2024 significantly below consensus expectations. Still, the takeaway is generally positive, with several strong catalysts expected to build momentum for the company in the coming year and much of the underperformance attributable to foreign exchange headwinds that have plagued many med-tech companies.
Nanobiotix SA has landed Johnson & Johnson Inc. subsidiary Janssen Pharmaceutica NV as commercialization partner for NBTXR-3, a radioenhancer for boosting the effectiveness of standard radiotherapy, in a deal worth up to $1.86 billion for the initial indications. That headline figure covers current programs in head and neck cancers and lung cancers. There is the potential for Nanobiotix to earn up to $650 million more if Janssen decides to pursue up to five new indications that it will select, while for new indications that Nanobiotix selects to develop in alignment with Janssen, Nanobiotix will receive up to $220 million per program.
In a study published in Cancer Cell on May 25, 2023, researchers from the University of Chicago and colleagues reported that the inhibition of YTHDF2, an immune suppressor protein, can be a valuable strategy to improve radiotherapy outcomes by overcoming resistance while enabling extra help from the immune system.
Abdera Therapeutics Inc. emerged from stealth mode with $142 million in equity funding and plans to develop a pipeline of radiopharmaceutical drugs that will employ engineered heavy-chain-only antibody domains as targeting agents. It has already identified a lead, which targets delta-like ligand 3, a Notch pathway protein, which is overexpressed in about 80% of small-cell lung cancer cases, but which is absent from healthy tissue. A manufacturing campaign is now underway, and an IND submission is in the offing.
By using a statin to preferentially increase the expression of HER2 on tumor cells, researchers at Memorial Sloan Kettering were able to sensitize gastric cancers to a HER2-targeted radioligand in animal models of gastric cancer. Lovastatin aided the radioligand via two distinct mechanisms. First, it increased the availability of HER2 on the cell surface, allowing greater binding. It also had radioprotective effects on normal cells, reducing the toxicity of higher doses of radiation.
In its first trial designed to evaluate boron neutron capture therapy (BNCT) in the treatment of advanced refractory malignant tumors, Neuboron Medtech Ltd. has performed 14 irradiations on a dozen patients.
