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Evidence

Peer reviewed.

Only peer-reviewed journal publications underlying the AblaView® platform are listed publicly. Conference materials are shared with qualified partners on request.

The device presented is under preclinical/clinical investigation. It is not FDA approved nor CE labelled.

Peer-reviewed journal articles

First-in-human study • Europace • February 2025

First-in-human unipolar pulsed-field ablation with intracardiac optical coherence reflectometry guidance: feasibility, safety, and three-month durability

Terricabras M, Verma A, Martins R, et al. Europace 2025;27(2):euaf009.

Ten-patient first-in-human study of unipolar PFA delivered with PS-OCR-integrated catheter guidance. 100% specificity for predicting durable lesions at three-month electroanatomic remap. No device-related serious adverse events, no hemolysis, no neurovascular complications.

ClinicalTrials.gov NCT06700226

Pre-clinical validation • Circulation • 2024

Polarization-sensitive optical coherence reflectometry for real-time lesion assessment during cardiac ablation: pre-clinical validation

Terricabras M, et al. Circulation 2024.

Bench and large-animal validation of PS-OCR-derived birefringence as a real-time correlate of irreversible cardiac muscle injury. Established the histological ground truth that underpins the AblaView Clinical AI Engine.

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The full evidence package, including preclinical reports, FIM data summaries, study protocol and conference materials, is available to qualified healthcare professionals and research partners on request under non-disclosure, subject to publisher and regulatory compliance review.

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