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When choosing a Holter software, it’s crucial to consider the specific needs of your practice. The right software can streamline your workflow, enhance diagnostic accuracy, and improve patient outcomes. Two key dimensions to consider from a product perspective are how the algorithm used for analysis was developed and how the software is deployed. Rule-based vs. […]
Italy is pioneering a push for telemedicine and home care in cardiology with the application of groundbreaking new regulation that took effect in January 2024. This is radically simplifying the patient pathway for Electrocardiogram (ECG) tests. As a result, innovative service providers are growing rapidly by leveraging integrated remote monitoring solutions to provide ECGs via […]
Cardiomatics cooperates with the BIOTRONIK sales organisation in Germany to accelerate the growth of its leading AI-powered ECG analysis solution in the German market. BIOTRONIK Sales Organisation in Germany will distribute Cardiomatics' AI-powered ECG analysis solution in combination with its net_ECG advanced ECG-Patch Holter Monitor. The partnership will drive the adoption of AI in early detection and management for individuals who may be at risk of a cardiac event.
Embark on a journey into the forefront of cardiac diagnostics with Cardiomatics, the cutting-edge AI-powered ECG interpretation solution. Experience swift insights into heart health, empowering healthcare professionals to intervene promptly. From sinus rhythm variations to critical arrhythmias, Cardiomatics provides a comprehensive overview of ECG events, ensuring accurate and consistent analysis. Embrace the efficiency of AI to streamline ECG interpretation, revolutionizing patient care outcomes. Uncover the intricacies of cardiac rhythm with Cardiomatics, shaping a future of tailored, proactive, and precise cardiac healthcare.
ECG patches and cable holter monitors are two main types of devices for long-term ECG monitoring. Patches, with their convenience and waterproof design, are dominating the market and experiencing rapid growth in usage. However, cable holters still offer superior signal quality, making them preferable for certain clinical scenarios, especially in secondary care settings requiring access to multiple ECG channels.
Maintaining high-quality ECG signals is crucial for accurate diagnosis and monitoring of heart conditions. Factors like electrode placement, patient movement, and external interference can impact signal quality, leading to misinterpretation and false results. Proper electrode placement, patient education, and advanced ECG analysis tools, including AI-powered solutions like Cardiomatics, are essential for improving signal quality and ensuring reliable diagnosis. Advanced technologies such as adaptive digital filters and AI algorithms further enhance signal quality by reducing noise and artifacts.
Share Cardiomatics with a fellow ECG enthusiast. Your connection will get 1 month of Cardiomatics Pro for free. We will donate 500 EUR in your name to World Heart Federation. Like Cardiomatics? Share it with your fellow cardiologist who might be interested. Refer a fellow ECG enthusiast How does it work: 1. You fill out
There is no product without customers What makes a product a perfect fit for its audience and a company a successful player in the market? That’s a key question being asked in most companies, especially those operating in a fast-paced IT startup environment. There are different ways to achieve success: the range of product functionalities/services; […]
Holter ECG analysis available anytime and anywhere, in just 4 clicks. Is it possible? In this series of articles, we have already revealed two major challenges that cardiologists are struggling with in their daily practice. These are the inaccuracy and the time-consuming nature of manual Holter ECG analysis. Now it’s time to uncover the last […]
How to analyze more ECG signals and have more free time. The incidence of cardiovascular disease is growing rapidly. According to WHO, cardiovascular disease is the leading cause of death worldwide. What’s more, an increasing shortage of resources – physicians, as well as nurses – is escalating the vast backlog of cardiac care. As we […]
An increasing workload, stress, and a huge feeling of responsibility for patients’ lives. Sound familiar? Manual ECG analysis is a traditional and widely used method for Holter ECG examination. The results of such analysis mainly depend on the knowledge, skills, and vigilance of the doctor carrying it out. However, cardiologists and other healthcare professionals are […]
Doctors increasingly use software for automatic assessment of ECG Holter monitoring signals in adult patients, but no software has been developed for children so far. Cardiomatics and the Medical University of Warsaw are on the way to a breakthrough in paediatric cardiology. They are developing an internationally innovative tool for automatic assessment, analysis and interpretation […]
Due to the continuous development of medicine and the huge amount of clinical data collected while practicing it, there is an urgent need to optimize the working time of clinicians. One way to do this is to analyze clinical data using machine learning and artificial intelligence (AI) based on predictive models.
A recent study published in Nature / Scientific Reports aimed to detect the rate of atrial fibrillation (AF) and further cardiac arrhythmias after acute ischemic stroke. The authors used a 7-day Holter ECG which, according to these experts, had proved to be superior to standard 24-hour recordings.
The World Health Organization reports that cardiovascular disease is the leading cause of death worldwide [1]. One of these diseases is heart failure - a condition in which the heart is unable to pump enough blood to the organs in our body.
What cameras and ECG machines have in common The 20th century was the golden age of analog photography. An amazing 85 billion physical photos were taken around the world in 2000. However, photo cameras back then were large, expensive, and complicated to use. But then, in November 2000, the first camera mobile phone was released, […]
Modern cardiology is currently facing many challenges. According to WHO, cardiovascular diseases are the leading cause of death worldwide. Therefore, it is crucial to provide better diagnostics and treatment to cardiac patients. One country that is currently struggling to reduce the number of patients with heart diseases is the United Kingdom. What are the obstacles […]
Accurate diagnosis, improved workflow, better patient outcomes, and reduced administrative burden on physicians—medical-grade algorithms in cardiology are demonstrating promising results. AI-based ECG analysis enables doctors and healthcare managers to address various priority objectives. Precision is only a tiny part of the story. Searching for abnormalities in the components of ECG signals is the bread and […]