Examples of using Stroke volume in English and their translations into Greek
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Computer
The pulse rate increases,along with cardiac stroke volume.
Cardiac monitoring(ejection fraction, stroke volume and left ventricular delivery).
Increased left ventricular output and increased stroke volume.
A stroke volume of between 0.42 μl to 0.58 μl without backflow is indicative of a catheter occlusion.
This way suction always takes place with the full stroke volume.
The stroke volume at rest in the standing position averages between 60 and 80 ml of blood in most adults.
The catheter flush procedure should only be performed after confirming the stroke volume measurement.
Otherwise stroke volume values outside this range or the detection of backflow is indicative of a pump problem.
However, during exercise,cardiac output remains the same due to a compensatory mechanism that increases stroke volume.
Your stroke volume(the amount of blood your heart can push out per beat) drops 12 percent.
And the actual volume of blood pumped out with each heartbeat-- which is your stroke volume.
The stroke volume measurement procedure tests pump function, while a catheter flush procedure tests catheter patency.
If the rinse procedure fails to restore the stroke volume and accurate delivery, an extended rinse procedure needs to be performed.
Thus, labetalol is able to reduce heart rate during exercise while maintaining cardiac output by the increase in stroke volume.[1].
As a combined antihypertensive drug,it reduces the minute and stroke volume of the heart, the frequency of contractions.
The difference between the stroke volume and the suction volume is due to the expansion of the air remaining in the clearance volume before suction can start.
The cardiopulmonary resuscitation helps compressing the heart and, in particular,the Left Ventricle in order to generate a stroke volume and perfuse the outflow tract to the brain and the rest of….
L-arginine significantly increases stroke volume and cardiac output(without effect on heartbeat rate) in congestive heart failure patients.
Effects described include central nervous system(CNS) stimulation such as convulsion, irritability, restlessness and jitteriness, cardiac effects such as tachycardia, arrhythmia,hypertension and increased stroke volume, metabolism and nutrition disorders such as hyperglycaemia.
Intravenous increases the pulse rate,cardiac output, stroke volume, central venous pressure and mean arterial pressure of healthy individuals.
Only after successful restoration of the stroke volume measurement can the catheter be flushed with the sterile rinse buffer solution and the pump refilled with insulin.
When labetalol is given in acute situations, it decreases the peripheral vascular resistance and systemic blood pressure while having little effect on the heart rate,cardiac output and stroke volume, despite its alpha1-, beta1- and beta2- blocking mechanism.[20][21] These effects are mainly seen when the person is in the upright position.[25].
Marked falls in pulse rate,cardiac output, stroke volume and peripheral bloodflow, accompanied by rises in mean arterial pressure, occur when etilefrine is infused after administration of intravenous propranolol 2,5 mg.
In one study of sedentary middle-aged men and women who did swim training for 12 weeks,maximal oxygen consumption improved 10% and stroke volume(the amount of blood pumped with each beat which indicates heart strength) improved as much as 18%.
Overall, the heart rate is decreased while stroke volume is increased, resulting in a net increase in blood pressure, leading to increased tissue perfusion.
This is in part because changes to either the heart rate or stroke volume will have a domino effect in impacting all related components.
Low blood volume is also associated with a decreased cardiac stroke volume that results in a decreased blood flow to the skin, which adversely affects heat dissipation.
While technically, the formula for determining your cardiac output is"heart rate X stroke volume," for everyday practical purposes, monitoring your heart rate during exercise is generally more common.
Intravenous epoprostenol infusions of up to 15 minutes have been found to produce dose-related increases in cardiac index(CI) and stroke volume(SV), and dose-related decreases in pulmonary vascular resistance(PVR), total pulmonary resistance(TPR) and mean systemic arterial pressure(SAPm).
In short-term, acute situations,labetalol decreases blood pressure by decreasing systemic vascular resistance with little effect on stroke volume, heart rate and cardiac output.[1] During long-term use, labetalol can reduce heart rate during exercise while maintaining cardiac output by an increase in stroke volume.[2].
