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Innovations in ultrasound and enterprise informatics to advance cardiac care

For the first time in Europe, Philips is presenting the latest release (Release 5.0) of its EPIQ CVx cardiology platform at the European Society of Cardiology’s annual meeting in Paris. . The platform includes automated applications for 2D assessment of the heart, as well as robust 3D right ventricle volume and ejection fraction measurements, making accurate exams faster and easier to conduct.

The new advanced automation capabilities available on the EPIQ CVx cardiology ultrasound platform are aimed at increasing diagnostic confidence. By incorporating advanced automation, there is less variability between scans, leading to confident treatment decisions which benefits patients. The new release of EPIQ CVx is a major step forward, reducing the number of touches of the system by 21% in each exam, which is equivalent to more than 400 exams each year.

The AutoStrain LV application uses advanced Automatic View Recognition technology to identify the different views of the heart, providing exceptional visualization and analysis of left ventricular function – extremely important diagnostic information for patients at risk of developing cardiovascular disease. Also new are the AutoStrain LA and AutoStrain RV applications, which automate the measurement of left atrial and right ventricular longitudinal strain respectively. By creating reliable and reproducible strain measurements for the left ventricle, left atrium and right ventricle, the AutoStrain LV, LA and RV applications support clinicians treating patients with atrial fibrillation, arrhythmia and other complex heart conditions.

With the shift to value-based care, healthcare providers are increasingly focused on balancing the need to provide the highest quality care with managing their operational costs. Philips provides intelligent solutions that help clinicians to be more efficient and effective, enabling them to deliver a consistent standard of care, optimize care pathways, simplify workflows and drive better treatment outcomes.

Philips also announced that it is collaborating with digital health company LindaCare to combine the company’s innovative OnePulse cloud-based solution for the remote monitoring of patients with cardiac implantable electronic devices (CIEDs) with the Philips IntelliSpace Cardiovascular informatics platform.

Monitoring and follow-up of cardiac arrhythmia patients with CIEDs can be often complex, with data trapped in different silos that need to be reviewed individually,” said Calum Cunningham, Business Leader for Enterprise Diagnostic Informatics at Philips. “LindaCare’s innovative OnePulse solution consolidates this data, and by incorporating OnePulse into our IntelliSpace Cardiovascular platform, caregivers can see this additional information as part of the broader cardiovascular history of each patient, allowing them to make the most appropriate treatment decisions for each patient.

Philips IntelliSpace Cardiovascular system is a web-based image and workflow management platform which streamlines the workflow of cardiology departments and across hospitals by consolidating multi-modality images and data and enabling access to an open ecosystem of cardiovascular software applications. The seamless combination of IntelliSpace Cardiovascular with LindaCare’s OnePulse solution allows clinicians to more easily access data from their patients’ CIEDs remotely. This results in a more seamless overall workflow, including alert management and triaging, supporting more proactive care. Philips is also introducing a new module on IntelliSpace Cardiovascular which complements the remote monitoring workflow by automating, standardizing and streamlining reporting for patients with CIEDs during hospital visits. Both the OnePulse interface and the new module will be available on the platform later this year.

Philips

Eindhoven, The Netherlands

www.philps.com