A study to relate the accuracy and repeatability of the vascular unloading technique of blood pressure measurement to vascular system parameters is described. Difference-differential equations of fluid flow in distensible tubes were used to obtain pressure-flow-volume relationships for the blood vessels of the human finger. The radii, lengths and numbers of variously sized vessels in the finger were extrapolated from previously obtained data, and a segmented hemodynamic model was constructed. This model accounts for the blood volume changes in the vessels due to variations in vascular compliance and blood pressure. Volume changes due to counter-pressure applied to the finger vasculature were calculated using the model. The model results wer...
Important differences in the results of auscultatory and oscillometry blood pressure measurement in ...
The apparatus I wish to describe was designed the air space which comes in contact with the body for...
The present study describes and illustrates a noninvasive method for computing extensibility of the ...
The specification of devices using the vascular unloading technique of blood pressure measurement un...
Similar to most biological tissues, the arterial wall has both elastic and viscous properties. This ...
Pressure-volume (p-V) relationships of a segment of the forearm circulation have been measured in ni...
In 13 healthy volunteers a computerized experimental set-up was used to measure the electrical imped...
The relationship between aortic flow and pressure is described by a three-element model of the arter...
A pulsatile flow loop can be suitable for measurement of in vitro blood pressure. The pressure data ...
High blood pressure blood pressure is an important risk factor for cardiovascular disease and affect...
The apparatus I wish to describe was designed for the study of volume changes due to varying degrees...
Abstract Background The oscillometric method of measuring blood pressure with an automated cuff yiel...
Rose, William C.Accurate noninvasive measurement of the blood pressure waveforms throughout the bod...
Measuring the blood pressure is a vital process in order to diagnose the health problem particularly...
In the clinic, blood pressure is measured almost exclusively using non-invasive intermittent techniq...
Important differences in the results of auscultatory and oscillometry blood pressure measurement in ...
The apparatus I wish to describe was designed the air space which comes in contact with the body for...
The present study describes and illustrates a noninvasive method for computing extensibility of the ...
The specification of devices using the vascular unloading technique of blood pressure measurement un...
Similar to most biological tissues, the arterial wall has both elastic and viscous properties. This ...
Pressure-volume (p-V) relationships of a segment of the forearm circulation have been measured in ni...
In 13 healthy volunteers a computerized experimental set-up was used to measure the electrical imped...
The relationship between aortic flow and pressure is described by a three-element model of the arter...
A pulsatile flow loop can be suitable for measurement of in vitro blood pressure. The pressure data ...
High blood pressure blood pressure is an important risk factor for cardiovascular disease and affect...
The apparatus I wish to describe was designed for the study of volume changes due to varying degrees...
Abstract Background The oscillometric method of measuring blood pressure with an automated cuff yiel...
Rose, William C.Accurate noninvasive measurement of the blood pressure waveforms throughout the bod...
Measuring the blood pressure is a vital process in order to diagnose the health problem particularly...
In the clinic, blood pressure is measured almost exclusively using non-invasive intermittent techniq...
Important differences in the results of auscultatory and oscillometry blood pressure measurement in ...
The apparatus I wish to describe was designed the air space which comes in contact with the body for...
The present study describes and illustrates a noninvasive method for computing extensibility of the ...