
BERLIN (Reuters) -German pharma company Bayer reported positive study results for its anticoagulant asundexian on Sunday, two years after a research setback for the promising blood thinner candidate.
In a Phase III study, a daily dose of 50 milligrams significantly reduced the risk of ischemic stroke compared with a placebo, Bayer said.
Detailed results from the OCEANIC-STROKE study will be presented at an upcoming scientific congress, said Bayer.
Bayer added that it plans to speak with health authorities worldwide in preparation for the submission of marketing authorisation applications.
Bayer had originally predicted that asundexian would have peak sales potential of more than 5 billion euros ($5.76 billion) - more than any of its other drugs.
At the end of 2023, the company had a major setback with the drug after it failed in a pivotal clinical trial involving patients with atrial fibrillation and a risk of stroke.
($1 = 0.8687 euros)
(Reporting by Joern Poltz. Writing by Miranda Murray. Editing by Jane Merriman)
LATEST POSTS
- 1
The 15 Most Powerful Forerunners in Business - 2
Texas cities have some of the highest preterm birth rates in the US, highlighting maternal health crisis nationwide - 3
Step by step instructions to Utilize Open Record Rewards for Your Potential benefit - 4
Couch Styles of 2024: What's Moving - 5
Displaced Palestinian families suffer as heavy rains flood Gaza tent camps
3D Printers for Specialists
Starship success, a private moon landing and more: The top 10 spaceflight stories of 2025
Here's how 'Bridgerton' fans can watch the first episode of Season 4 before its Netflix release later this month
Defense Minister Katz finally condemns Jewish extremist violence against Palestinians
The Best Internet Mastering Stages for Expertise Improvement
What you need to know about flu treatments as cases spike across the US
2024 Watch Gathering: The Best Watches of the Year
Unsold Rams May Be Less expensive Than You Suspect
What to know about new CDC deputy director who has been critical of COVID vaccines












