Research, Epidemiology, and Public Health
Intelligent remote patient monitoring technologies can shorten research and development cycles, accelerate and improve epidemiological research, and help public health departments prepare and cope with extraordinary conditions. These technologies deliver greater value when they can detect, measure, and resolve underlying causes, drivers, and processes. For example, researchers conducting medical trials benefit from continuous measurements of primary and underlying systemic factors including systolic and diastolic pressures, heart rate, heart rate variability, temperature, blood saturation, cardiac output, systemic vascular resistance, and stroke volume. Epidemiologists tracing the progression and spread of disease can similarly benefit from these data, which can also be used to fine-tune predictive models. Emergency managers and public health officials benefit from more detailed quantitative insights and input from healthcare providers and epidemiologists in preparing and coping with health threats.
Intelligent remote patient monitoring and patient population management
Gain insights into disease and physiological conditions by quantifying underlying factors.
Innovate, Quantify, and Model Diseases, Patients, and Patient Populations
Intelligent remote patient monitoring can accelerate research and studies by delivering streams of quantified measures. Large, trusted data sources are indispensable for coping and modeling diseases and conditions, particularly when applying artificial intelligence methods like deep learning and advanced analytics. In this context, continuous monitoring technologies that resolve underlying factors and drivers of disease and concurrently capture environmental and contextual information can accelerate research and clinical trials, improve epidemiological studies, and help public health authorities cope with broad health threats.
Products and Systems
Intelligent Remote Patient Monitoring Solutions
The most advanced, cuffless remote patient/subject monitoring solution available. It tracks the most comprehensive set of vitals of any available device or system, including systolic and diastolic pressures, cardiac output, cardiac index, systemic vascular resistance, stroke volume, pulse rate, pulse pressure, rate variability, blood oxygen saturation, breathing rate, body temperature, and one channel EKG. It is ideal for advanced epidemiologic, hypertension, and cardiovascular research that relay on objective data measures.
The cloud based system includes an advanced patient/population management console that can track and prioritize active subjects, alarm based on subject deterioration, and allow staff to perform remote checks on demand. It does not require advanced local information technology infrastructure.
24BP Blood Pressure Profiling Kit
Ideal tool for evaluating patient blood pressure and conducting an initial hypertension assessment and diagnosis. This inexpensive cuffless blood pressure profiling kit replaces legacy blood pressure evaluations with a gold standard 24-hour blood pressure profile. Patients who are not hypertensive benefit from a definitive assessment and baseline of their blood pressure.
ABPM (Ambulatory Blood Pressure Monitoring)
The definitive cuffless hypertension diagnostic profiling solution. The system captures and trends the components of blood pressure: Systolic and Diastolic pressures, Pulse Rate, Cardiac Output, Systemic Vascular Resistance, and Stroke Volume. ABPM arms clinicians with tools to quickly evaluate pharmacological therapies and guide treatment decisions. It delivers detailed reports ideal for sharing with patients to strengthen engagement and compliance with treatment protocols.
It includes a management console that allows practice leaders to manage staff and patients. Ideal for dedicated hypertension management practices.
Advanced Long-term Hypertension Management
The most advanced, cuffless monitoring solution available. It tracks the most comprehensive set of vitals from any device or system including systolic and diastolic pressures, cardiac output, cardiac index, systemic vascular resistance, stroke volume, pulse rate, pulse pressure, pulse rate variability, blood oxygen saturation, breathing rate, body temperature, and one channel EKG. This system is ideal for advanced hypertension and cardiovascular practices that integrate remote patient monitoring services.
It includes an advanced patient management console that can track and prioritize active patients, alarm based on patient deterioration, and allow staff to perform remote checks on demand. This cloud-based system does not require advanced local information technology infrastructure.