This support will enable Every Cure to evaluate the most promising treatments identified by its ARPA-H-funded AI platform in laboratory and clinical studies, with the
News & Media
Every Cure Announces Janet Woodcock, Former Acting Commissioner of the FDA has joined its Board of Directors
An organization scouring thousands of existing drugs to see if any can cure hard-to-treat diseases has a powerful new ally: former FDA official Janet Woodcock.
Innovating Hope – Grant Mitchell
Grant Mitchell discusses Every Cure’s mission, challenges in health tech entrepreneurship, impact assessment, future innovations, and advice for aspiring entrepreneurs. Share this
Philly’s AI Revolution: 16 Fascinating Ways Philadelphia Is Using Artificial Intelligence
Rare diseases often require innovative treatments, but not always brand-new ones. This research nonprofit deploys AI as a matchmaker between doctors and existing medications. Share
Hidden Cure: The Unseen Battle for Kaila’s Life
We are excited to bring you our newest patient documentary about Kaila, a rare disease patient whose life was saved thanks to a repurposed drug
How two Philadelphia organizations plan to work together to enhance drug discovery and repurposing
The alliance will focus specifically on enhancing clinical trials and their outcomes to boost trial success rates and the efficient use of capital by drug
Every Cure Deploys BioPhy’s Artificial Intelligence Platform to Accelerate its Mission of Repurposing Drugs for Untreated Diseases
New Technologies Will Enable Every Cure to Bolster its Computational Drug Development, Drug Repurposing, and Clinical Trial Simulation Efforts – Uncovering More Approved Drugs to
ABC News’ Rebecca Jarvis looks at artificial intelligence’s role in the medical field and how it’s allowing doctors to expand their research and make decisions
What’s Lost In AI Translation? Can AI Help Cure Rare Diseases?
We talk with a doctor who discovered a cure for rare diseases with the help of artificial intelligence. Share this
Every Cure Announces Funding at the White House and Meets with Key Government Leaders in Washington DC
Every Cure was excited to announce our 3 year, 48.3M contract with ARPA-H at the White House! The ARPA-H contract is aimed to develop our
Every Cure Featured in Science Magazine!
A nonprofit that seeks to repurpose approved drugs for new indications will receive more than $48 million from the U.S. Advanced Research Projects Agency for
WHYY NPR: UPenn professor receives $48.3 million to find new treatments in old drugsWHYY NPR:
Over the past few years, Every Cure has developed a blueprint for an AI-powered platform that can do what humans can’t — match thousands of
How a UPenn doctor’s rare disease led him to turn to AI
Every Cure, cofounded by Penn’s David Fajgenbaum, received a three-year $48 million federal contract to develop an AI tool for rare diseases. Share this
With Every Cure, ARPA-H has found a new funding niche
Agency backs non-profit’s agnostic approach to drug repurposing with $48.3M Share this
ABC News chief medical correspondent Dr. Jen Ashton discusses Every Cure’s AI platform that aims to match FDA-approved drugs with diseases currently lacking approved treatments.
Time is Myelin: A Rare Disease Patient’s Battle Against Time to Preserve Her Ability to Walk
On this Rare Disease Day, we are highlighting Madison, a patient diagnosed with a rare form of leukodystrophy (LBSL) who is fighting for her ability
ABC News: Nonprofit Every Cure aims to use AI to help repurpose drugs for untreated diseases
The White House is hoping to use AI to match already approved drugs with untreated diseases. The federal government is giving nonprofit Every Cure nearly
WSJ | This Doctor Found His Own Miracle Drug. Now He Wants to Do It for Others.
New database aims to match rare-disease patients with drugs on pharmacy shelves Share this
Every Cure to Receive $48.3M from ARPA-H to Develop AI-Driven Platform to Revolutionize Future of Drug Development and Repurposing
ARPA-H contract will supercharge Every Cure’s work to identify existing medicines that can be repurposed to treat currently untreated diseases. Initial progress utilizing a pilot