Device-Related SAEs
No hemolysis. No neurovascular complications reported in the FIM cohort.
The AblaView® first-in-human study confirmed the system's ability to detect during ablation whether the procedure will be ineffective: 100% specificity for durable PFA at three-month follow-up. Peer-reviewed in Europace.
The device presented is under preclinical/clinical investigation. It is not FDA approved nor CE labelled.
Measured at three-month follow-up in the first-in-human single-centre feasibility study. 10 patients. No hemolysis. No neurovascular complications. Peer-reviewed publication in Europace, 5 February 2025.
No hemolysis. No neurovascular complications reported in the FIM cohort.
First-in-human feasibility of unipolar PFA with integrated PS-OCR guidance.
Accumulated across twelve years of catheter-focused work. Approximately 2.7 TB clinical (Y14 and Y06) and ~22.4 TB preclinical. Trains every AI module.
5 February 2025. IF 6.1.
AblaView® Unipolar PFA OCR-guided Feasibility Study, First in Man. First-in-human feasibility, single-arm. Sponsor: Medlumics / AblaView®. Registry last updated 2025-03-28. Endpoints, statistical analysis plan, and agreement analysis versus reference methods are described in the peer-reviewed publication and registry record (see Publications below). Full protocol and analysis artifacts are available in the data room under NDA.
Drawn from the peer-reviewed FIM (Europace, 2025) and preclinical (Circulation, 2024) publications.
Director of Cardiology, McGill University Health Centre.
Co-author on the AblaView® first-in-human Europace publication, February 2025. Proctor during the first-in-human cases.
Cardiac Electrophysiologist, CHU Rennes / University of Rennes.
Co-author on the AblaView® first-in-human Europace publication, February 2025. Proctor during the first-in-human cases.
Cardiac EP and Director, Preclinical Cardiovascular Lab, Sunnybrook / University of Toronto.
Lead author on the AblaView® PS-OCR preclinical study published in Circulation, 2024. Directs the Preclinical Cardiovascular Lab at Sunnybrook.
The full author list, principal investigator, proctors and contributing institutions are recorded in the peer-reviewed publications linked below.
Accuracy in predicting chronic lesion durability at the three-month remap, by guidance signal.
| GUIDANCE SIGNAL | SPECIFICITY FOR DURABLE LESION PREDICTION | SOURCE |
|---|---|---|
| Force | ~60% | Indicative range drawn from the published literature on chronic lesion durability. |
| Impedance | ~75% | Indicative range drawn from the published literature on chronic lesion durability. |
| AblaView® | 100% | Durable PFA lesion prediction at three-month follow-up, reported in Europace, February 2025. |
ANIMATED VIEW OF THE TABLE ABOVE. ABLAVIEW: EUROPACE, FEBRUARY 2025. COMPARATORS: LITERATURE RANGES. INVESTIGATIONAL DEVICE.
The AblaView® system is under preclinical and clinical investigation. It is not FDA approved nor CE labelled. Programme detail (standards mapping, QMS state, notified body, pre-submission outcomes) is shared with qualified partners under NDA.
Single-centre first-in-human feasibility study (n=10) peer-reviewed in Europace, 2025. 100% specificity for durable PFA lesion prediction at three-month follow-up. No device-related SAEs.
860+ preclinical ablations (GLP and non-GLP) paired with histology. Animal-to-human PS-OCR signal correlation demonstrated.
FDA pre-submission and CE pathway work in progress under an established medical-device QMS. Detailed milestones depend on regulator feedback and are not committed publicly.
AI outputs are advisory; treatment decisions remain with the electrophysiologist.
Only peer-reviewed journal articles are listed. Reprint requests honoured within publisher policy.
Europace. 2025 Feb 5;27(2):euaf009 • DOI: 10.1093/europace/euaf009 • PMID: 39824175
Lead author Dr. Maria Terricabras and AblaView preclinical co-authors.
Conference abstracts, posters, presentations, white papers and technical briefs are not listed on the public site. They are made available to qualified partners on request once their compliance with publisher and regulatory policy has been verified.
Qualified investors and clinical partners can request access to the complete trial dataset, regulatory dossier, and IP portfolio.