Remote Design of a Smartphone and Wearable Detected Atrial Arrhythmia in Older Adults Case Finding Study: Smart in OAC - AFNET 9.

Introduction: Screening for atrial fibrillation and timely initiation of oral anticoagulation, rhythm management, and treatment of concomitant cardiovascular conditions can improve outcomes in high-risk populations. Whether wearables can facilitate screening in older adults is not known. Methods and Analyses: The multicenter, international, investigator-initiated, single-arm case-finding Smartphone and wearable detected atrial arrhythmia in older adults case finding study (Smart in OAC - AFNET 9) evaluates the diagnostic yield of a validated, cloud-based analysis algorithm detecting atrial arrhythmias via a signal acquired by a smartphone-coupled wristband monitoring system in older adults. Unselected participants aged ≥65 years without known atrial fibrillation and not receiving oral anticoagulation are enrolled in three European countries. Participants undergo continuous pulse monitoring using a wristband with a photo plethysmography (PPG) sensor and a telecare analytic service. Participants with PPG-detected atrial arrhythmias will be offered ECG loop monitoring. The study has a virtual design with digital consent and teleconsultations, whilst including hybrid solutions. Primary outcome is the proportion of older adults with newly detected atrial arrhythmias (NCT04579159). Discussion: Smart in OAC - AFNET 9 will provide information on wearable-based screening for PPG-detected atrial arrhythmias in Europe and provide an estimate of the prevalence of atrial arrhythmias in an unselected population of older adults.

Commercially Available Heart Rate Monitor Repurposed for Automatic Arrhythmia Detection with Snapshot Electrocardiographic Capability: A Pilot Validation.

The usefulness of opportunistic arrhythmia screening strategies, using an electrocardiogram (ECG) or other methods for random "snapshot" assessments is limited by the unexpected and occasional nature of arrhythmias, leading to a high rate of missed diagnosis. We have previously validated a cardiac monitoring system for AF detection pairing simple consumer-grade Bluetooth low-energy (BLE) heart rate (HR) sensors with a smartphone application (RITMIA™, Heart Sentinel srl, Italy). In the current study, we test a significant upgrade to the above-mentioned system, thanks to the technical capability of new HR sensors to run algorithms on the sensor itself and to acquire, and store on-board, single-lead ECG strips. We have reprogrammed an HR monitor intended for sports use (Movensense HR+) to run our proprietary RITMIA algorithm code in real-time, based on RR analysis, so that if any type of arrhythmia is detected, it triggers a brief retrospective recording of a single-lead ECG, providing tracings of the specific arrhythmia for later consultation. We report the initial data on the behavior, feasibility, and high diagnostic accuracy of this ultra-low weight customized device for standalone automatic arrhythmia detection and ECG recording, when several types of arrhythmias were simulated under different baseline conditions. Conclusions: The customized device was capable of detecting all types of simulated arrhythmias and correctly triggered a visually interpretable ECG tracing. Future human studies are needed to address real-life accuracy of this device.

Efficacy of digital health interventions on depression and anxiety in patients with cardiac disease: a systematic review and meta-analysis.

Aims: Depression and anxiety have a detrimental effect on the health outcomes of patients with heart disease. Digital health interventions (DHIs) could offer a solution to treat depression and anxiety in patients with heart disease, but evidence of its efficacy remains scarce. This review summarizes the latest data about the impact of DHIs on depression/anxiety in patients with cardiac disease. Methods and results: Articles from 2000 to 2021 in English were searched through electronic databases (PubMed, Cochrane Library, and Embase). Articles were included if they incorporated a randomized controlled trial design for patients with cardiac disease and used DHIs in which depression or anxiety was set as outcomes. A systematic review and meta-analysis were performed. A total of 1675 articles were included and the screening identified a total of 17 articles. Results indicated that telemonitoring systems have a beneficial effect on depression [standardized mean difference for depression questionnaire score -0.78 (P = 0.07), -0.55 (P < 0.001), for with and without involving a psychological intervention, respectively]. Results on PC or cell phone-based psychosocial education and training have also a beneficial influence on depression [standardized mean difference for depression questionnaire score -0.49 (P = 0.009)]. Conclusion: Telemonitoring systems for heart failure and PC/cell phone-based psychosocial education and training for patients with heart failure or coronary heart disease had a beneficial effect especially on depression. Regarding telemonitoring for heart failure, this effect was reached even without incorporating a specific psychological intervention. These results illustrate the future potential of DHIs for mental health in cardiology.

Cardiología digital (e-Cardiología): herramientas de utilidad para el diagnóstico y el manejo del paciente con fibrilación auricular / Digital Cardiology (e-Cardiology): useful tools for diagnosis and management of atrial fibrillation / Cardiologia digital (e-Cardiologia): ferramentas úteis para o diagnóstico e tratamiento de pacientes com fibrilação atrial

La tecnología digital móvil (mSalud), recurso aún subutilizado, tiene el potencial para transformarse en un auxiliar imprescindible en la práctica clínica, en particular en Cardiología. La fibrilación auricular es la arritmia más frecuente, cuya prevalencia aumenta con la edad y tiene como complicación más temida el accidente cerebrovascular. Su prevención depende de un diagnóstico oportuno, una adecuada estratificación de riesgo y el uso de anticoagulantes orales. Sin embargo, es con frecuencia paroxística y asintomática, lo que dificulta su diagnóstico. El aporte de la tecnología mediante el desarrollo de aplicaciones para celulares, relojes, dispositivos portátiles o implantables que registran el ritmo cardíaco y permiten el monitoreo prolongado, ambulatorio y a distancia facilitan su detección. Se repasan las principales evidencias que justifican la aplicación de estas estrategias de tamizaje, cuando está indicado realizarlo, cómo y a quiénes hacerlo. Por último, se plantea también la utilidad de estas estrategias de monitoreo prolongado en el manejo y la prevención de la fibrilación auricular.

The mobile digital technology (mHealth), a tool still underutilized, has the potential to become an essential aid in clinical practice, particularly in Cardiology. Atrial fibrillation is the most frequent arrhythmia whose prevalence increases with age and its most feared complication is cerebrovascular accident. Its prevention depends on a timely diagnosis, an adequate risk stratification and the use of oral anticoagulants. However, it is frequently paroxysmal and asymptomatic, which makes its diagnosis difficult. The contribution of technology through the development of applications for cell phones, watches, portable or implantable devices that record the heart rhythm and allow prolonged, outpatient and remote monitoring, facilitate its detection. The main evidences that justify the application of these screening strategies are reviewed, when it is indicated to perform it, how and to whom to do it. Finally, the usefulness of these prolonged monitoring strategies in the management and prevention of atrial fibrillation is also considered.

A utilização da tecnologia digital móvel (m-Saúde), ainda pouco utilizada, tem potencial para se tornar um auxílio essencial na prática clínica, principalmente na Cardiologia. A fibrilação atrial é a arritmia mais frequente, cuja prevalência aumenta com a idade e sua complicação mais temida é o acidente vascular cerebral. Sua prevenção depende de um diagnóstico oportuno, de uma estratificação de risco adequada e do uso de anticoagulantes orais. Porém, freqüentemente é paroxística e assintomática, o que dificulta seu diagnóstico. A contribuição da tecnologia por meio do desenvolvimento de aplicativos para telefones celulares, relógios, dispositivos portáteis ou implantáveis ​​que registram o ritmo cardíaco e permitem monitoramento prolongado, ambulatorial e remoto, facilitam sua detecção. São revisadas as principais evidências que justificam a aplicação dessas estratégias de rastreamento, quando é indicado fazê-lo, como e para quem fazê-lo. Finalmente, a utilidade dessas estratégias de monitoramento prolongado no manejo e prevenção da fibrilação atrial também é considerada.

Digital Health in Cardiology: The Estonian Perspective.

BACKGROUND: Digital health is rapidly entering clinical practice in cardiology. Estonia is one of the leading nations in implementing digital nationwide solutions. Recently, the European Society of Cardiology organized the 1st Summit on Digital Health in Tallinn, which provided the opportunity to discuss various aspects concerning the digitalization of cardiology. SUMMARY: The current review focuses on the advancements of Estonian digital health and digital cardiology as well as possible barriers and solutions for implementing digital innovations in cardiology. Key Messages: The authors have included aspects from the recent summit, personal communications, and literature reviews to express the current state and future possibilities of digital health in -cardiology from the Estonian perspective.

ESC e-Cardiology Working Group Position Paper: Overcoming challenges in digital health implementation in cardiovascular medicine.

Cardiovascular disease is one of the main causes of morbidity and mortality worldwide. Despite the availability of highly effective treatments, the contemporary burden of disease remains huge. Digital health interventions hold promise to improve further the quality and experience of cardiovascular care. This position paper provides a brief overview of currently existing digital health applications in different cardiovascular disease settings. It provides the reader with the most relevant challenges for their large-scale deployment in Europe. The potential role of different stakeholders and related challenges are identified, and the key points suggestions on how to proceed are given. This position paper was developed by the European Society of Cardiology (ESC) e-Cardiology working group, in close collaboration with the ESC Digital Health Committee, the European Association of Preventive Cardiology, the European Heart Rhythm Association, the Heart Failure Association, the European Association of Cardiovascular Imaging, the Acute Cardiovascular Care Association, the European Association of Percutaneous Cardiovascular Interventions, the Association of Cardiovascular Nursing and Allied Professions and the Council on Hypertension. It relates to the ESC's action plan and mission to play a pro-active role in all aspects of the e-health agenda in support of cardiovascular health in Europe and aims to be used as guiding document for cardiologists and other relevant stakeholders in the field of digital health.