Wolters Kluwer Health and NEJM Group have announced the availability of the ground-breaking NEJM AI journal on Wolters Kluwer's Ovid® medical research platform, marking a significant milestone in advancing medical knowledge and technology integration.
NEJM AI is a peer-reviewed monthly journal dedicated to exploring and integrating artificial intelligence (AI) in clinical medicine. Now, institutions including hospitals, government agencies, corporations, health systems, and research institutions can access the journal organization-wide through Ovid's exclusive digital distribution of NEJM Group titles. This institutional access expands upon the existing collaboration that enables online subscriptions to NEJM Group journals such as New England Journal of Medicine, NEJM Evidence, NEJM Catalyst, and NEJM Journal Watch.
By linking cutting-edge AI technology with practical medical applications, the journal aims to pave the way for transformative advancements in patient care and healthcare outcomes. Under the guidance of renowned experts in medical AI, NEJM AI's global editorial leadership brings together top minds in medical AI research from diverse disciplines.
In addition to the journal, NEJM Group introduces "NEJM AI Grand Rounds," a podcast delving into the complex intersections of artificial intelligence, machine learning, and medicine. Complemented by community-building activities such as events and exclusive subscriber content, the podcast provides a platform to explore the forefront of merging technological innovation with clinical expertise.
The Ovid research platform provides a vast library of thousands of full-text journal articles, eBooks, database resources, and workflow tools in a single, integrated solution. Wolters Kluwer products, services, and expert solutions are based on a foundation of trust, transparency, and responsibility – in line with the company’s values. Wolters Kluwer’s AI Principles, which guide the design, development and deployment of advanced technologies in helping customers solve their most complex problems.
Click here to read the original press release.
More News in this Theme
