Monitoring the vital signs and physiological responses of the human body in daily activities
is particularly useful for the early diagnosis and prevention of cardiovascular diseases. Here …

Blood pressure is an important cardiovascular parameter. Currently, the cuff-based
sphygmomanometer is a popular, reliable, measurement method, but blood pressure …

The global health burden presented by hypertension is providing increased motivation for
improved means of collection of blood pressure (BP) data. A growing area of research and …

Introduction: Central aortic pressure waveform analyses can provide clinically relevant
information beyond conventional brachial blood pressure (BP) assessment. This waveform …

Objective Continuous non-invasive cuffless blood pressure (BP) monitoring may reduce
adverse outcomes in hospitalized patients if accuracy is approved. We aimed to investigate …

Background: The development of wearables has facilitated the monitoring of biomedical
parameters in everyday life. One of the most common sensors of these gadgets is the …

Objective. Development and testing of cuffless blood pressure (BP) devices requires
methods to increase and decrease BP. This is also required by cuffless BP validation …

Objective. Photoplethysmography (PPG) technology is the basis of most wearable
cardiovascular health monitoring devices. PPG-based monitoring typically uses heart rate …

A large amount of evidence from literature has manifested that tumor cells can effectively
avoid being recognized and killed by the immune system through immune checkpoint …

Cuff measurements remain the gold standard for blood pressure (BP) measurements.
However, it has hardly evolved for over a century and can only provide snap-shot …