Device
We have developed a wearable, real-time hemodynamic monitor that can measure critical cardiovascular parameters and provide actionable feedback to help manage and improve cardiac health.
Our hemodynamic monitor is a game-changer in cardiovascular health management, offering unparalleled accuracy and convenience, with a range of features designed to help users maintain and improve their heart health. All of these in a wearable, convenient form factor.
How Our Device Helps You
Our wearable hemodynamic monitor provides users with critical data that can significantly impact their cardiovascular health. By continuously monitoring vital parameters, users can:
Detect Health Issues Early: Continuous monitoring allows for the early detection of potential cardiovascular problems, enabling timely medical intervention.
Manage Chronic Conditions: Users with conditions like hypertension and heart disease can better manage their health with real-time data and insights.
Improve Fitness and Wellness: Understanding heart rate variability and other metrics can help users optimize their fitness routines and manage stress levels effectively.
Make Informed Decisions: With comprehensive health data at their fingertips, users can make informed lifestyle and medical decisions to improve their heart health.
At Synapsys, our goal is to empower users with advanced tools to take control of their cardiovascular health. Our hemodynamic monitor is designed to provide accurate, actionable insights, helping users lead healthier, more informed lives.
Key Medical Parameters:
Continuous Blood Pressure
What it is: Measures the pressure of blood against the walls of your arteries continuously.
Why it's important: Keeping track of blood pressure helps in early detection of hypertension, which can prevent complications like heart attack and stroke.
Stroke Volume:
What it is: The amount of blood pumped by the heart with each beat.
Why it's important: Monitoring stroke volume can provide insights into the heart's strength and efficiency, which is crucial for managing cardiovascular health.
Heart Rate Variability (HRV):
What it is: Measures the variation in time between each heartbeat.
Why it's important: A higher HRV indicates better cardiovascular fitness and stress resilience. It helps in monitoring stress levels and overall heart health.
Systemic Vascular Resistance (SVR):
What it is: The resistance offered by the systemic blood vessels to the flow of blood from the heart.
Why it's important: High SVR can indicate issues such as, hypertension and vascular disease. Monitoring SVR helps in understanding and managing vascular health.
Cardiac Output:
What it is: The amount of blood the heart pumps through the circulatory system in a minute.
Why it's important: Knowing your cardiac output can help assess heart performance and detect conditions like heart failure early.
Pulse Wave Velocity (PWV):
What it is: Measures the speed at which blood pressure pulses move through the circulatory system.
Why it's important: PWV is a key indicator of arterial stiffness, which is linked to cardiovascular events. Monitoring PWV helps in assessing the risk of heart disease and stroke.
Hemodynamic Monitoring
“The pulse reveals the root of both health and disease”
Sushruta Samhita, one of the most important ancient treatises on medicine (1st millennium BCE)
“The wise physician measured the patient's pulse and became aware of his condition”
Rumi (13th Century)
“A man is as old as his arteries.”
Famous British Physician Thomas Sydenham (1624-1689)
Hemodynamic ("Hemo Dynamic" means "Blood Flow") monitoring has a rich history, with references to pulse analysis originating in the 2nd millennium BCE. It became more formalized in the 16th century when physicians first developed tools to measure blood pressure, arterial stiffness and cardiac function.
Over the decades, technology evolved from invasive techniques, such as catheterization, to non-invasive methods, which provide a safer experience for patients. However, these methods are cumbersome, expensive and require a medical technician to operate.
In recent years, advancements in sensor technology, machine learning, and wearable devices have transformed hemodynamic monitoring. These innovations have made it possible to continuously track vital parameters with precision and ease, leading to better health outcomes and patient care. Synapsis is at the leading edge of this field with a combination of advanced sensors, algorithms and software that seamlessly measures hemodynamics and provides precise feedback.
