Unlocking the future of drug development often means removing obstacles that currently stand in the way. Reimbursement is one of those obstacles, as is keeping humans deeply involved as innovators and patients even as artificial intelligence (AI) increases its role. A panel of developers spoke about what they anticipate will be the biggest changes in the coming 10 to 20 years at the BioFuture 2023 conference in New York on Oct. 5. A common theme was reforming the structure of reimbursements, which has traditionally been a problem in the digital therapeutic realm, according to Eric Elenko, chief innovation and strategy officer at Puretech Health plc.
Unlocking the future of drug development often means removing obstacles that currently stand in the way. Reimbursement is one of those obstacles, as is keeping humans deeply involved as innovators and patients even as artificial intelligence (AI) increases its role. A panel of developers spoke about what they anticipate will be the biggest changes in the coming 10 to 20 years at the BioFuture 2023 conference in New York on Oct. 5. A common theme was reforming the structure of reimbursements, which has traditionally been a problem in the digital therapeutic realm, according to Eric Elenko, chief innovation and strategy officer at Puretech Health plc.
The U.S. FDA may be the most prominent agency in the federal government when it comes to the use of real-world data (RWD), but the National Institutes of Health is keen to immerse itself in this trove of information. The agency has made a request for public comment on how NIH centers can best leverage RWD for biomedical and behavioral research, although some ethical and practical considerations may have to be overcome.
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.
A hot biopharma research approach and an equally hot therapeutic area came together in the potential $2.7 billion deal that pairs artificial intelligence (AI) company Valo Health Inc. with Novo Nordisk A/S, which will strive to advance new treatments for cardiometabolic diseases.
An artificial intelligence (AI) tool developed by Annalise.ai Pty Ltd. was able to improve radiologists’ accuracy in detecting abnormalities on non-contrast computed tomography brain (CTB) scans. According to a study published in European Radiology, the Annalise Enterprise CTB module improved radiologists' accuracy by 32% and reduced their overall reading time by 11%.
Merck KGaA has entered deals that could bring U.K. artificial intelligence companies Benevolentai Ltd. and Exscientia plc more than $1.2 billion. Oxford, U.K.-based Exscientia and Merck will collaborate to find three small-molecule candidates in oncology, neuroinflammation and immunology. Exscientia is getting $20 million up front and could bring in $674 million in milestones payments.
Israeli startup Briya Ltd. raised $11.5 million in series A financing which will support the expansion of its health care data exchange platform across Europe and the U.S. The round was led by Team8, and included existing investors Insight Partners, and Amiti Ventures, and was joined by the George Kaiser Family Foundation.
With one program in the clinic and another not far behind, Generate Biomedicines Inc. raised $273 million in a series C financing to advance its generative biology platform. It is one of the largest venture capital (VC) rounds for a U.S. company in 2023. Funds will go toward advancing the Somerville, Mass.-based company’s 17 pipeline programs, including the filing of multiple IND applications in 2024.
The U.K. government continues to pump money into research projects focusing on the use of artificial intelligence (AI) in health care as it looks to technology to help diagnose and treat patients. It provided £2 million (US$2.5 million) in funding to test innovative ways to tackle cancers with poor survival rates.
