Augmentation index ( AIx) calculated from the pressure waveform of an artery is widely used to quantify the arterial stiffness and evaluate the cardiovascular risk. The key for calculating AIx is to locate the inflection point on the waveform signal, which is caused by the wave reflection. This study applies the probability distribution of the pressure waveform to identify the inflection point for estimating AIx. The results show that the pulse wave probability analysis not only can estimate AIx with a better tolerance of noise interference, but also allows for simultaneously monitoring, locating and characterizing other physiologically significant points on the pressure waveform
Background. Augmentation index (AIx) is traditionally obtained from pressure waveforms via arterial ...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
Cardiovascular risk assessment more and more makes use of the diagnostic information hidden in the a...
Cardiovascular risk assessment more and more makes use of the diagnostic information hidden in the a...
Arterial pulse waveform analysis by the probability distribution of amplitude This article has been ...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
Objective: Current arterial transfer functions have low capability in predicting aortic augmentation...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
Abstract We explored the use of the augmentation index (AI) based on pulse wave analysis (PWA) in th...
Augmentation index (AIx) is widely used as a measure of wave reflection. We compared the relationshi...
Objectives Augmentation index (AIx) is widely used as a measure of wave reflection. We compared the ...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
Background. Augmentation index (AIx) is traditionally obtained from pressure waveforms via arterial ...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
Cardiovascular risk assessment more and more makes use of the diagnostic information hidden in the a...
Cardiovascular risk assessment more and more makes use of the diagnostic information hidden in the a...
Arterial pulse waveform analysis by the probability distribution of amplitude This article has been ...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
Objective: Current arterial transfer functions have low capability in predicting aortic augmentation...
The assessment of cardiovascular function by means of arterial pulse wave analysis (PWA) is well est...
Abstract We explored the use of the augmentation index (AI) based on pulse wave analysis (PWA) in th...
Augmentation index (AIx) is widely used as a measure of wave reflection. We compared the relationshi...
Objectives Augmentation index (AIx) is widely used as a measure of wave reflection. We compared the ...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
Background. Augmentation index (AIx) is traditionally obtained from pressure waveforms via arterial ...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...
The augmentation index (AIx) is deemed to capture the deleterious effect on left ventricular (LV) wo...