Upper row (a and b): case with maintained arterial pulse wave. Pressure curves before (a) and behind (b) the clot. Mean arterial pressure and pulse pressure before (a) and behind (b) the clot are 100 mmHg and 86 mmHg and 4.4 mmHg and 0.5 mmHg, respectively. Lower row (c and d): case with loss of arterial pulse wave. Pressure curves before (c) and behind (d) the clot. Mean arterial pressure and pulse pressure before (c) and behind (d) the clot are 98 mmHg and 10 mmHg and 7.3 mmHg and 0 mmHg, respectively.</p
The Arteriograph, a device basically consisting of a brachial cuff, has recently been launched as a ...
The most common method of clinical measurement of arterial blood pressure is by means of the cuff sp...
Background: Constant blood flow despite changes in blood pressure, a phenomenon called autoregulatio...
Measurements were carried out in 146 limbs with angiographically documented arterial occlusive disea...
PurposeKnowledge of the collateralization of an occluded vessel is important for the risk-benefit an...
<p>(A) This figure depicts a peripheral waveform obtained via radial artery tonometry. In this sampl...
ObjectivesTo determine whether increases in central aortic pulse pressure (PPc), but decreases in ca...
IT HAS been appreciated for many years that characteristic alterations in the con-figuration of the ...
Variations in certain slopes of the carotid pulse which exist among normal subjects, patients with a...
This study aims at exploring the cardiovascular pathophysiological mechanism of TCM (traditional Chi...
Background: Pulse wave analysis permits non-invasive assessment of indices of arterial elasticity. D...
<p>(A) Waveforms from a control subject showing peripheral pressures (black) of 128/76 with a pulse ...
none7siObtaining pulse pressure non-invasively from applanation tonometry requires the calibration o...
Continuous cardiac output monitors are becoming more common in clinical settings to assess cardiac p...
Assessment of vasomotor tone is essential in defining appropriate resuscitation strategies for the h...
The Arteriograph, a device basically consisting of a brachial cuff, has recently been launched as a ...
The most common method of clinical measurement of arterial blood pressure is by means of the cuff sp...
Background: Constant blood flow despite changes in blood pressure, a phenomenon called autoregulatio...
Measurements were carried out in 146 limbs with angiographically documented arterial occlusive disea...
PurposeKnowledge of the collateralization of an occluded vessel is important for the risk-benefit an...
<p>(A) This figure depicts a peripheral waveform obtained via radial artery tonometry. In this sampl...
ObjectivesTo determine whether increases in central aortic pulse pressure (PPc), but decreases in ca...
IT HAS been appreciated for many years that characteristic alterations in the con-figuration of the ...
Variations in certain slopes of the carotid pulse which exist among normal subjects, patients with a...
This study aims at exploring the cardiovascular pathophysiological mechanism of TCM (traditional Chi...
Background: Pulse wave analysis permits non-invasive assessment of indices of arterial elasticity. D...
<p>(A) Waveforms from a control subject showing peripheral pressures (black) of 128/76 with a pulse ...
none7siObtaining pulse pressure non-invasively from applanation tonometry requires the calibration o...
Continuous cardiac output monitors are becoming more common in clinical settings to assess cardiac p...
Assessment of vasomotor tone is essential in defining appropriate resuscitation strategies for the h...
The Arteriograph, a device basically consisting of a brachial cuff, has recently been launched as a ...
The most common method of clinical measurement of arterial blood pressure is by means of the cuff sp...
Background: Constant blood flow despite changes in blood pressure, a phenomenon called autoregulatio...