The Alphenix / Evolve Edition – Setting New Standards in Interventional Cardiology
Canon new Alphenix / Evolve Edition Angiography system, which was introduced in August 2023, has opened new windows of opportunity for interventional cardiologists. Unique Deep Learning technology with real-time application enables users of the Alphenix / Evolve Edition to enhance imaging and reduce the time and radiation dose required for routine and complex interventional cardiology procedures, such as Percutaneous Coronary Intervention (PCI) and Structural Heart Disease (SHD) treatments. The results are increased success in these intricate procedures and improved safety for clinicians and patients.
Imaging plays a crucial role in PCI and SHD interventions, from preprocedural evaluation and device size selection to treatment and follow-up. With the number of patients requiring these interventions growing rapidly on a global level, Canon Alphenix / Evolve Edition Angiography System supports these complex procedures and enables clinicians to advance further with them than ever before.
“Interventional cardiology departments are faced with growing clinical demands, financial pressures, and the need for improved efficiency, as the number and complexity of cases increase,” remarked Kunitoshi Matsumoto, Global General Manager of Canon Vascular Systems Division. “To meet these challenges, Canon has introduced the Alphenix / Evolve Edition.”
Imaging plays a crucial role in PCI and SHD interventions, from preprocedural evaluation and device size selection to treatment and follow-up. With the number of patients requiring these interventions growing rapidly on a global level, Canon Alphenix / Evolve Edition Angiography System supports these complex procedures and enables clinicians to advance further with them than ever before.
“Interventional cardiology departments are faced with growing clinical demands, financial pressures, and the need for improved efficiency, as the number and complexity of cases increase,” remarked Kunitoshi Matsumoto, Global General Manager of Canon Vascular Systems Division. “To meet these challenges, Canon has introduced the Alphenix / Evolve Edition.”
Technology that Supports Progress
The new Angiography system features Canon most advanced Deep Learning technology, - αEvolve Imaging –which includes a whole new suite of AI-technologies developed to provide instantaneous, real-time assistance for key diagnostic and therapeutic decisions without interrupting workflow. αEvolve Imaging utiliSes Deep Learning based noise reduction and multi-frequency processing to provide cleaner, sharper, more defined images. Its complex algorithm enables outstandingly clear fluoroscopic imaging, which can deliver up to two times higher contrast-to-noise ratio compared to conventional image processing.
αEvolve Imaging has been developed by Canon and tested in several leading centers of healthcare expertise, including Kumamoto University Hospital (Japan).
αEvolve Imaging has been developed by Canon and tested in several leading centers of healthcare expertise, including Kumamoto University Hospital (Japan).
“We have rigorously tested our new AI technologies in both development and clinical phases and are extremely confident that they will have a big impact on clinical success in interventional cardiology,” said Kunitoshi Matsumoto.
“The initial experiences of those involved in the clinical evaluation of αEvolve Imaging on the Alphenix / Evolve Edition was recently introduced at EuroPCR 2023 1 in Paris with very positive results.”
Better image quality with minimal dose is particularly valuable in intricate interventional cardiology procedures, such as those required during PCI for maneuvering devices and confirmation of coronary blood circulation. It is also to obtain a deeper or improved perception of structure or anatomy, and gain better image comprehension in challenging situations, such as where steep angulation is required, as well as examinations for obese patients.
With basic image quality drastically improved, the use of contrast media and X-ray dose can be minimised. As an example, Kumamoto University Hospital in Japan succeeded in reducing X-ray dose by up to 30% compared to the normal system settings with use of αEvolve Imaging.
Better image quality with minimal dose is particularly valuable in intricate interventional cardiology procedures, such as those required during PCI for maneuvering devices and confirmation of coronary blood circulation. It is also to obtain a deeper or improved perception of structure or anatomy, and gain better image comprehension in challenging situations, such as where steep angulation is required, as well as examinations for obese patients.
With basic image quality drastically improved, the use of contrast media and X-ray dose can be minimised. As an example, Kumamoto University Hospital in Japan succeeded in reducing X-ray dose by up to 30% compared to the normal system settings with use of αEvolve Imaging.
Canon Medical’s Altivity
Introducing Altivity, our bold new approach to AI innovation that uses smart technologies to make a whole new level of quality, insight and value across the entire care pathway possible. Designed specially to address the growing complexities of interventional cardiology we developed αEvolve Technology, powered by Altivity. Leveraging Artificial Intelligence, αEvolve Technology provides innovative solutions to support high quality, safe and efficient diagnosis and treatment while improving the experience for patients and healthcare workers.
“By deploying AI expertise to the field of interventional cardiology, we have full confidence that this will offer impactful tools to physicians and, most importantly, enhance patient care.”
Erwan Ladsous, European Director Interventional X-ray, Canon Medical Systems Europe.
Building on Existing Strengths
The Alphenix / Evolve Edition leverages the strengths of existing Alphenix technologies, such as the ergonomics of the C-arm with a range of C-arm positions that provide coverage from head-to-toe and fingertip-to-fingertip. It can be moved to pretty much anywhere required without having to move the catheter table. The system’s 12 × 12 inch Flat Panel Detector (FPD) technology also supports complete procedural flexibility.
And the integrated cardiac-optimised technologies help deliver the best possible outcomes to patients. These include tools to simplify procedure planning, technology to help users see and navigate in confidence, and better protect patient and clinical staff with a comprehensive suite of dose optimisation technologies, such as the Dose Tracking System (DTS) that provides real-time information on radiation dose.
And the integrated cardiac-optimised technologies help deliver the best possible outcomes to patients. These include tools to simplify procedure planning, technology to help users see and navigate in confidence, and better protect patient and clinical staff with a comprehensive suite of dose optimisation technologies, such as the Dose Tracking System (DTS) that provides real-time information on radiation dose.
Advanced Tools for Specific Procedures
In addition, the Alphenix / Evolve Edition features a number of new AI-based tools that offer a new level of support for complex interventional cardiology procedures.
The Dynamic Device Stabiliser (DDS) utilises Deep Learning technology to automatically detect balloon markers in real-time, magnifying and stabilising the image on a separate screen to assist visualisation and assessment during complex PCI.
Echo Fusion supports better visibility for SHD procedures such as Left Atrial Appendage Closure (LAAC), by tapping into Deep Learning intelligence to automatically identify the echocardiography probe and efficiently fuse the fluoroscopic and echo image without additional operator input.
“We are very proud to bring these meaningful innovations to the market,” said Erwan Ladsous, Canon Medical’s European Director Interventional X-ray.
“By deploying Canon Medical’s AI expertise to the field of interventional cardiology, we have full confidence that this will offer impactful tools to physicians and, most importantly, enhance patient care.” //
The Dynamic Device Stabiliser (DDS) utilises Deep Learning technology to automatically detect balloon markers in real-time, magnifying and stabilising the image on a separate screen to assist visualisation and assessment during complex PCI.
Echo Fusion supports better visibility for SHD procedures such as Left Atrial Appendage Closure (LAAC), by tapping into Deep Learning intelligence to automatically identify the echocardiography probe and efficiently fuse the fluoroscopic and echo image without additional operator input.
“We are very proud to bring these meaningful innovations to the market,” said Erwan Ladsous, Canon Medical’s European Director Interventional X-ray.
“By deploying Canon Medical’s AI expertise to the field of interventional cardiology, we have full confidence that this will offer impactful tools to physicians and, most importantly, enhance patient care.” //
“Canon’s Dynamic Device Stabiliser technology has been a great addition to our department. Using Deep Learning it automatically detects balloon markers in real time, without any manual input. It is also available even with Fluoroscopy.”
Dr. Sanjeevan Pasupati, Interventional Cardiologist of the Department of Cardiology at Waikato Hospital, Hamilton, New Zealand.
References
1 Click HERE to view Canon Medical sponsored Symposium at the EuroPCR 2023 congress in Paris
1 Click HERE to view Canon Medical sponsored Symposium at the EuroPCR 2023 congress in Paris
This article is a reprint from the international VISIONS magazine #41, published by Canon Medical Systems Europe B.V.
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