Examples of using Stroke volume in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Heart rate, stroke volume and total peripheral resistance.
The strength of heart muscle contractions controls the stroke volume.
In healthy individuals, the stroke volume for both ventricles is about the same.
Only a fraction is pumped out and this fraction is the stroke volume.
In healthy people, the stroke volume of the heart's two ventricles is roughly the same.
The decline is due to many factors includinga reduction in maximum heart rate and maximum stroke volume.
The stroke volume is the amount of blood that the heart pumps with one contraction.
This is calculated by multiplying the stroke volume(SV) by the beats per minute of the heart rate(HR).
The stroke volume is the volume of blood, in milliliters(mL), pumped out of the heart with each beat.
Then, as the ventricles empty during systole, the volume decreases about 70 milliliters,which is called the stroke volume output.
Stroke volume is the quantity of blood pumped through the aorta during each ventricular systole, normally measure in milliliters.
The cardiac output is the product of the heart rate,which is the number of beats per minute, and the stroke volume, which is amount pumped per beat.
Stroke volume is regulated by EDV(End Diastolic Volume), aortic blood pressure and the strength of ventricular contraction.
Methylsynephrine has been usedclinically for orthostatic hypotension due to its effects on stroke volume, ejection fraction, and cardiac index.
High stroke volume is why athletes' hearts don't pump as fast during exercise and why they have such low resting heart rates;
The ability to deliver oxygen to the muscles is affected by many physiological parameters,including heart rate, stroke volume, cardiac output, and maximal oxygen consumption.
High stroke volume is why athletes' hearts don't pump as quick throughout train and why they have such low resting coronary heart charges;
The pulse pressure is determined by the interaction of the stroke volume of the heart, compliance(ability to expand) of the aorta, and the resistance to flow in the arterial tree.
Stroke volume can also be increased by speeding blood circulation through the body so that more blood enters the heart between contractions.
Any condition in which there is an increased stroke volume, as in aortic regurgitation, may be associated with a sensation of''forceful contraction.''.
If the stroke volume of either ventricle is reduced by depressed contractility or excessive afterload, end-diastolic volume and pressure in that chamber will rise.
PBI of the thorax mayalso cause decreased heart rate, stroke volume, and cardiac index with resulting hypotension without compensation from the systemic vascular resistance reflex.
The stroke volume is normally measured using an echocardiogram and can be influenced by the size of the heart, physical and mental condition of the individual, sex, contractility, duration of contraction, preload and afterload.
It's a very effective way to increase your fitness level(remember stroke volume and mitochondria activity!), but it's tough, and so I recommend holding off until you build up to 20-30 minutes of aerobic exercise.
High stroke volume is why athletes' hearts don't pump as fast during exercise and why they have such low resting heart rates; sometimes as low as 40 beats per minute, whereas the average is 60-80 beats per minutes.
Utility of pulse pressure variation and stroke volume variation is limited in the presence of atrial fibrillation, spontaneous breathing, and low pressure support breathing.
Increased preload increases stroke volume, whereas decreased preload decreases stroke volume by altering the force of contraction of the cardiac muscle.