Tracer Imaging develops magnetic‑based tracers that replace radioactive agents in diagnostic scans, allowing clinicians to capture high‑resolution images without radiation exposure. By using non‑radioactive tracers that remain stable for extended periods, the platform simplifies logistics, reduces supply‑chain costs, and enables longer imaging windows for both patients and doctors.
Funding
Funding not disclosed
Founders
Product
Problem
Medical imaging that relies on radioactive tracers is constrained by short half‑lives, complex reactor‑based production, and strict safety regulations, leading to limited imaging windows, high logistical costs, and patient exposure to ionizing radiation.
Solution
Tracer Imaging replaces traditional radioactive agents with a non‑radioactive magnetic tracer that can be detected by standard imaging modalities. The magnetic marker remains stable in the body for extended periods, allowing clinicians to schedule scans flexibly and capture physiological processes over longer time frames. Because the tracer is not radioactive, it eliminates ionizing‑radiation exposure for patients and removes the need for specialized handling and disposal procedures. The platform integrates with existing imaging equipment, enabling hospitals to use current infrastructure while simplifying supply chains and reducing operational costs. Enhanced signal characteristics provide clearer, higher‑contrast images, supporting more accurate diagnosis and treatment planning.
Target Audience
Primary customers are hospitals, imaging centers, and diagnostic radiology departments that perform nuclear‑medicine scans, as well as clinicians seeking safer, higher‑quality imaging options for patient care.
Features
- Non‑radioactive magnetic tracer detectable with conventional MRI and related imaging systems
- Extended in‑body stability that widens imaging windows beyond the few‑hour limit of radioactive agents
- Elimination of ionizing radiation exposure for patients and staff
- Simplified logistics: no reactor production, no short‑term shipping constraints, and no hazardous waste handling
- Compatibility with existing clinical imaging hardware, requiring no major equipment upgrades
- Improved image contrast and resolution due to magnetic signal properties