O20 Interim results from prospective post-market clinical impact trial of presize software simulation in informing flow diverting stent deployment in aneurysm treatment

<h3>Introduction</h3> Preoperative simulation of flow-diverting stent (FD) deployment in aneurysm treatment could improve procedural accuracy and efficiency compared with standard planning. <h3>Aim of Study</h3> Present interim results (first 50 patients) for first-of-its-kind, multi-centre prospective trial collecting real-world evidence on impact of CE-marked PreSize Neurovascular simulation software (Oxford Heartbeat) on clinical decision-making for FD deployment. <h3>Methods</h3> The interventional neuroradiologist (INR) firstly plans each case, deciding device/size to use without PreSize (standard planning), then uses PreSize in real-time. Based on this, INR decides which device to use in procedure (no prescribing). Data is collected on pre-deployment decision-making and procedure outcomes (devices used, intraoperative manipulations, simulation accuracy against post-deployment imaging). The registered study (10 hospitals) received ethics/health research approvals, supported by UK’s National Institute of Health and Care Research. <h3>Results</h3> Average standard-selected FD length was 19.54mm vs. 18.61mm with PreSize. In 45% of cases, standard-selected FD length was different vs. PreSize-selected (mostly PreSize-selected length was shorter, by up to 20mm). Average standard-selected FD diameter was 4.17mm vs. 4.33mm (PreSize). In 31% of cases, standard-selected FD diameter was different to PreSize-selected (mostly diameter increase, by up to 1mm). In all but 6 cases, device chosen was based directly on PreSize simulation; in only 3 cases balloon angioplasty was performed; in 88% of cases, only 1 device was deployed (1.1 device/patient); prospective simulation accuracy was evaluated 95% (mean). <h3>Conclusion</h3> First-of-its-kind trial presents prospective data on impact of planning simulation on clinical practice, demonstrating pre-deployment real-time planning with PreSize changes device selection from current practice.

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Published
2024-09-01
DOI
https://doi.org/10.1136/jnis-2024-esmint.20
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Artificial Intelligence in Healthcare and Education
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article

O20 Interim results from prospective post-market clinical impact trial of presize software simulation in informing flow diverting stent deployment in aneurysm treatment

Hemant Sonwalkar, Anne Schmitt, Tufail F. Patankar, Arun Chandran et al.
Abstracts
Artificial Intelligence in Healthcare and Education
article

O20 Interim results from prospective post-market clinical impact trial of presize software simulation in informing flow diverting stent deployment in aneurysm treatment

Hemant Sonwalkar, Anne Schmitt, Tufail F. Patankar, Arun Chandran, Jonathan Downer
article en

Abstract

<h3>Introduction</h3> Preoperative simulation of flow-diverting stent (FD) deployment in aneurysm treatment could improve procedural accuracy and efficiency compared with standard planning. <h3>Aim of Study</h3> Present interim results (first 50 patients) for first-of-its-kind, multi-centre prospective trial collecting real-world evidence on impact of CE-marked PreSize Neurovascular simulation software (Oxford Heartbeat) on clinical decision-making for FD deployment. <h3>Methods</h3> The interventional neuroradiologist (INR) firstly plans each case, deciding device/size to use without PreSize (standard planning), then uses PreSize in real-time. Based on this, INR decides which device to use in procedure (no prescribing). Data is collected on pre-deployment decision-making and procedure outcomes (devices used, intraoperative manipulations, simulation accuracy against post-deployment imaging). The registered study (10 hospitals) received ethics/health research approvals, supported by UK’s National Institute of Health and Care Research. <h3>Results</h3> Average standard-selected FD length was 19.54mm vs. 18.61mm with PreSize. In 45% of cases, standard-selected FD length was different vs. PreSize-selected (mostly PreSize-selected length was shorter, by up to 20mm). Average standard-selected FD diameter was 4.17mm vs. 4.33mm (PreSize). In 31% of cases, standard-selected FD diameter was different to PreSize-selected (mostly diameter increase, by up to 1mm). In all but 6 cases, device chosen was based directly on PreSize simulation; in only 3 cases balloon angioplasty was performed; in 88% of cases, only 1 device was deployed (1.1 device/patient); prospective simulation accuracy was evaluated 95% (mean). <h3>Conclusion</h3> First-of-its-kind trial presents prospective data on impact of planning simulation on clinical practice, demonstrating pre-deployment real-time planning with PreSize changes device selection from current practice.

Abstracts
Lancashire Teaching Hospitals NHS Foundation Trust (GB), University of Liverpool (GB), Leeds Teaching Hospitals NHS Trust (GB), Edinburgh Royal Infirmary (GB), Walton Centre (GB), National Hospital for Neurology and Neurosurgery (GB), University College London (GB)
Openalex Percentile: Top 89%
Artificial Intelligence in Healthcare and Education
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