If you are a hospital network running cardiac imaging departments and struggling with low diagnostic accuracy from SPECT scans — this project developed a turnkey hardware-and-software solution (aQuant) that enables routine 15O-water PET scanning. With over 500,000 PET scanners installed worldwide, adoption requires no new scanner purchase — just adding MedTrace's equipment to existing infrastructure. The result is higher diagnostic accuracy, faster patient throughput, and lower per-scan costs.
Accurate Heart Blood Flow Scanning Made Routine for Hospitals Worldwide
Imagine your doctor needs to check if enough blood is reaching your heart. Right now, most hospitals use a scanning method (SPECT) that's like looking through a foggy window — it gives an okay picture but misses a lot. There's a much better method using a special radioactive water tracer in PET scanners, backed by over 450 scientific studies, but it's been too complicated and expensive for everyday use. MedTrace built a combined hardware-and-software package that finally makes this gold-standard scan practical and affordable, so hospitals can swap out their blurry test for a sharp, reliable one.
What needed solving
Coronary artery disease is the leading cause of death globally, yet hospitals rely on SPECT imaging that delivers poor diagnostic accuracy and low patient throughput. The gold standard — 15O-water PET scanning — exists and is proven in over 450 studies, but has been impractical for routine clinical use due to the tracer's ultra-short half-life, complex image analysis, and lack of regulatory-approved equipment. Hospitals are stuck with inferior diagnostics because no one has packaged the better solution into something they can actually buy and use.
What was built
MedTrace built a combined hardware and analytical software solution (aQuant) that makes 15O-water PET cardiac imaging practical for routine hospital use. The project delivered validated code and infrastructure tested at selected European hospitals according to EU regulatory standards, with the goal of obtaining CE approval.
Who needs this
Who can put this to work
If you are a medical device distributor looking for high-margin cardiac imaging products — MedTrace's CE-track solution for 15O-water PET addresses a multi-billion-euro market opportunity. The system was validated at three EU hospital sites during the project period (2020–2022). As a distributor, you could offer hospitals a clear upgrade path from SPECT to quantitative PET without replacing their existing scanners.
If you are a radiopharmaceutical company and want to expand your tracer portfolio — the EU-CAD project proved that 15O-water, despite its ultra-short half-life, can be made clinically practical with the right production and analysis tools. Partnering with or licensing from MedTrace could let you tap into the cardiac PET segment, supported by more than 450 peer-reviewed publications validating the tracer's superiority.
Quick answers
What does this solution cost compared to current cardiac imaging?
The project objective states that 15O-water PET achieves unrivalled accuracy at a low cost compared to current SPECT practice. Specific pricing is not disclosed in the project data, but the value proposition centers on using existing PET scanner infrastructure (over 500,000 installed worldwide) rather than requiring new capital equipment.
Can this scale to large hospital networks?
Yes. The system was designed for routine clinical use, not just research labs. The aQuant software and supporting hardware were validated at three EU hospital sites. Since it works with existing PET scanners, scaling requires deploying the MedTrace add-on package — not installing new scanners.
What is the IP and licensing situation?
MedTrace Pharma A/S owns the technology as the sole consortium partner. The project pursued CE regulatory approval for the European market and planned a Phase III clinical trial for US FDA approval. Licensing or partnership inquiries should be directed to MedTrace in Denmark.
What regulatory approvals does this have?
The project aimed to obtain CE approval for the European market during its 2020–2022 period. A Phase III clinical trial was planned for US regulatory approval. Based on available project data, the CE approval process was part of the project scope but final status is not confirmed in the data.
How long before a hospital could deploy this?
The technology was at working prototype stage at project start and underwent clinical validation at three EU sites during the two-year project. For European hospitals, deployment timeline depends on CE marking status. US hospitals would need to wait for FDA clearance following the planned Phase III trial.
Does this integrate with our existing PET equipment?
Yes, that is a core design principle. The solution specifically targets the installed base of existing PET scanners. MedTrace's hardware and aQuant analytical software are designed as add-ons, not replacements. The deliverable on code and infrastructure validation focused on testing compatibility at multiple hospital sites.
Who built it
This is a single-company project: MedTrace Pharma A/S, a Danish SME, is the sole partner with 100% industry composition. This is typical for SME Instrument Phase 2 funding, where a commercially-driven company receives EU support to bring a near-market product through validation and regulatory approval. The absence of university or research partners signals that the fundamental science is already settled (450+ publications) and the remaining work is engineering, clinical validation, and regulatory. For a business partner, this means you'd be dealing directly with the company that owns and develops the technology — no complex consortium politics or split IP.
MedTrace Pharma A/S is a Danish SME — contact their business development team via medtrace.dk
Talk to the team behind this work.
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