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This article explores the evolution of healthcare data exchange, highlighting the shortcomings of HL7 RIM 3 and the subsequent rise of FHIR (Fast Healthcare Interoperability Resources) as a powerful new standard.

Avoid costly mistakes by understanding your healthcare organization's workflows before developing new software. Clinovera's team of healthcare and technology experts analyzes workflows to design solutions that improve efficiency and seamlessly integrate into existing practices.

Is fragmented care putting your loved ones at risk? Discover how lack of continuity and outdated systems create critical gaps, how the industry is evolving toward patient-centered care, and the role of technology in bridging these gaps. Clinovera offers innovative solutions to ensure a smooth transition from ICU to rehab and beyond.

Managing Director in Australia & New Zealand, Rafic Habib, discusses the importance of interoperability in healthcare, which allows for the seamless exchange of patient information between different healthcare providers. He highlights the benefits of interoperability, such as improved care coordination, reduced costs, and better patient outcomes.

Every day, a massive amount of data is processed in healthcare, including EHR updates, insurance claims, administrative data, surveys, and trials. Medical coding is often underestimated as just another back-office task. Unified codes are a true lifesaver in managing the information flow as opposed to thousands of documents.

Advances in diagnostic procedures, greater awareness, and an aging population have all fueled the demand for cancer care services. The upswing in the number of individuals seeking diagnosis, treatment, and follow-ups places a considerable burden on healthcare workers and facilities. ‍While advancements in medical technology promise better treatments, the administrative aspect — particularly scheduling — often lags behind. Inefficient scheduling directly extends patient wait times, delaying diagnosis and treatment, increasing patient stress, and potentially impacting the efficacy of their treatments. ‍However, there are solutions to bridge this administrative gap, ensuring that patients experience streamlined cancer care.

Discover how cutting-edge asset management transforms hospitals facing COVID-related capacity issues. Learn how technology-driven strategies enhance bed allocation, predictive analysis, maintenance scheduling, and personnel deployment. Elevate patient satisfaction through seamless transitions, reduced waiting times, and personalized care. Embrace Clinovera's system for efficient resource management. Contact us to redefine your healthcare facility's operations

Learn more about how Common Data Models (CDMs) in Real World Evidence (RWE) research benefit operational care by enabling real-time synchronization with Electronic Health Record systems, leading to improved patient care and accelerated clinical research. Clinovera and Intersystems' collaboration with incremental CDM updates using Intersystems technologies, like IRIS for Health and HealthConnect, has shown promising results in this area.

Learn more about improving healthcare operations management with technology through five essential tips, including automation of recurring tasks, enabling better communication among caregivers and patients, staying updated with modern tools, integrating existing systems, and focusing on efficient workflows based on data and careful planning. Implementing these strategies can lead to enhanced patient care, happier staff, and increased productivity in any healthcare facility.

Learn more about the importance of supply and demand management in healthcare, particularly during pandemic times, which has created new communication channels and highlighted the need for efficient resource allocation. Discover how real-time scheduling, asset management, and disaster preparedness can be enhanced through effective supply and demand management, ultimately benefiting patients and healthcare organizations alike.

Remote Patient Monitoring (RPM) devices, such as blood pressure monitors and pulse oximeters, are used to remotely monitor patients and track their condition between visits. The article discusses the various applications of RPM in operational settings, its common purposes in research studies, generated alerts, challenges faced in implementation, and emerging frontiers like AI and ML for predictive insights and real-life testing for continuous monitoring.

Patient self-scheduling platforms have been a topic of high interest across healthcare organizations in the past several years. Learn more about opportunities in this article.

Learn more about the importance and benefits of sharing clinical trial data at the individual patient level. Discover how data sharing can increase the reliability and clarity of medical trials, provide opportunities for researchers and experts to interpret and evaluate data, and improve medical and regulatory judgments. Explore the methods and platforms for sharing clinical data, as well as the barriers and ethical considerations that need to be addressed to promote data sharing. Understand how data sharing can lead to advancements in scientific drug research and enhance patient care.

This article discusses common mistakes in developing Clinical Decision Support Systems (CDSS) in healthcare. Learn more about the varying results from studies on CDSS effectiveness, how to design efficient systems to prevent alert fatigue, and how to make strategies for improving CDSS prioritizing the needs of medical practitioners.

Learn more about the importance of efficient asset management to optimize the use of physical assets such as medical equipment and supplies, leading to cost savings and improved patient care.

This article discusses the rise of remote clinical trials and how various technologies are being utilized to support them. Learn more about the technologies behind virtual trials, benefits and potential drawbacks.

This article explores the significant growth of Remote Patient Monitoring (RPM) facilitated by technological advancements. Learn more about benefits of RPM, various mechanisms, examples of RPM devices, such as wearables and sensor-based technologies, and the future of RPM.