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We are thrilled to receive support from BMS on this study with the goal of evaluating how this technology could help patients in need of consistent and reliable cardiac follow-up.
"These findings underscore the power of AI-ECG in identifying patients at a significantly higher risk of MACE and mortality, even when traditional markers like left ventricular ejection fraction appear normal. In our study, patients with a positive AI-ECG result had more than double the risk of MACE and a 65% higher risk of mortality.
These technologies are not just reshaping but also empowering how cardiology practices manage operations, deliver care, and enhance patient outcomes. These technologies are reshaping how cardiology practices manage operations, deliver care, and enhance patient outcomes.
Advancements in medical technology have revolutionized the diagnosis and treatment of heart diseases, which pose critical chronic conditions that, if left unattended, can have fatal consequences. Startups are developing image analytics solutions using deep learning technologies to improve patient outcomes.
Cardiology is an evolving field, and staying ahead with the latest technological advancements is paramount in delivering efficient, top-notch care. Embracing and implementing cutting-edge technologies allows cardiologists to provide the highest quality care and stay at the forefront of medical advancements.
Not only does this result in a cumbersome and inefficient workflow, as cardiologists must bounce between systems and locations to retrieve and compare relevant prior and current multi-modality information, it can also result in critical information gaps that have a direct, negative impact on patientcare and outcomes.
For instance, the average waiting time for an echocardiogram at Turin’s Molinette Hospital was 31 days in 2016 and an even longer 53 days for a Holter ECG. These delays often led patients to seek faster albeit more expensive services in the private sector.
Electronic health record (EHR) software can significantly improve the quality of care and running a private practice. This technology is essential for any practice looking to maximize patientcare and save money. GEMMS ONE was built from insider knowledge, and it contains the features you need to improve your practice.
Do the healthcare clinics have the tools and technologies needed for diagnosing complicated heart conditions? Henceforth, numerous healthcare organizations are stepping forward in bringing a positive change and adopting the latest technologies such as cath lab reporting software, robotic machines for treatments, etc.
At GEMMS, we are dedicated to advancing efficient cardiology care through innovative technology solutions. Our GEMMS ONE EHR is designed to meet the unique demands of cardiology practices, streamlining operations while improving patient outcomes.
Cardiologists often work with complex diagnostic data, high patient volumes, and chronic conditions that require long-term management. To meet these demands, cardiology practices need technology that aligns with their specialized workflows. Thats where GEMMS ONE, a cardiology-specific EHR software, comes into play.
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