Particle Health, Inc. software

Particle Signal from Particle Health offers a proactive approach to monitoring high-risk patients by delivering real-time, contextualized notifications to healthcare providers. By avoiding reliance on delayed claims data and limited electronic medical records, this system allows healthcare professionals to implement targeted interventions effectively. This solution aids in significantly reducing avoidable hospital readmissions, as approximately 27% of readmissions are preventable. Providers receive alerts on various patient events including specialist appointments and emergency visits, thus ensuring better management of patient transitions across different care settings. Particle Signal also addresses the challenges in maintaining coordinated care, helping close gaps that occur during specialist referrals and outpatient encounters. With a focus on value-based care, it supports patient risk assessment, care optimization, and precise outcomes reporting, which are crucial for payers in maintaining compliance and optimizing performance.

Particle Workbench is designed to address the challenges of managing and utilizing clinical data for healthcare innovation. By organizing and unifying health records from numerous sources, Particle Workbench provides a foundation that supports the development of advanced digital health solutions. It enables the customization of insights tailored to specific needs, facilitating innovations such as Rx management and comprehensive patient care solutions. The platform addresses the complexity of transitioning care and supports value-based care initiatives by delivering a complete understanding of patient populations. With its focus on clean and comprehensive data, Particle Workbench empowers developers and healthcare systems to enhance decision support, optimize care transitions, and manage patient risks effectively, leveraging a robust foundation of clinical data that surpasses the limits of single-source EMR records.

Particle Snapshot is designed to extract the essential insights from a patient's extensive medical records through AI-powered summarization technology. This tool aims to address the issue of information overload that healthcare providers often experience, enabling them to efficiently sift through voluminous clinical histories. By distilling over 16,000 words of typically redundant or irrelevant data, Particle Snapshot allows healthcare providers to focus on relevant patient health details. This application supports various healthcare needs, such as closing preventative care gaps, enhancing Rx management and monitoring, understanding patient risk levels, and personalized care strategizing based on comprehensive historical data. Additionally, it facilitates rapid appointment preparation by condensing complex medical histories into actionable insights, which is particularly valuable in the realms of value-based care, working with payers, and optimizing healthcare system performance.

Particle Navigator is a sophisticated platform that brings clarity to the patient journey within health systems, enabling real-time, actionable insights. The tool facilitates enhanced patient engagement by providing a comprehensive view of patient interactions and movements across healthcare providers. Rather than relying on de-identified claims data, Particle Navigator offers identifiable insights that empower health systems to pair clinical follow-ups with targeted, personalized outreach efforts. This is pivotal for scheduling high-value procedures and boosting patient retention. With a focus on data-driven approaches, the system emphasizes preventative care through timely reminders and consistent monitoring of patient activities across different care settings. Additionally, the platform features Rx management with Med Rec, allowing for the development of innovative digital health solutions using clinical medication records. By enabling a deeper understanding of patient behavior, Particle Navigator contributes significantly to the strategic growth objectives of health systems.