Tracer Imaging Beyond Nuclear Medicine

An Old Problem
Globally over $5 Billion is spent on millions of scans that rely on radioactive tracers.
An Expensive Supply Chain
These tracers are produced in reactors and last only a few hours, making them difficult to deliver and burdening clinicians and patients with short imaging time windows.


A New Path with Magnetic Insight
Imagine a world where doctors can see a non-radioactive tracer in the body over extended periods.
So Who Benefits?
Patients win: No radioactivity. Doctors win: Better images. Hospitals win: Simplified logistics and supply chains.
