end-diastolic volume(EDV) the volume of blood in each ventricle at the end of diastole, usually about 120/130 mL but sometimes reaching 200/250 mL in the normal heart.
end-systolic volume(ESV) the volume of blood remaining in each ventricle at the end of systole, usually about 50/60 mL but sometimes as little as10/30 mL in the normal
stroke volume
600 ml/min
it is systolic I remember it by Lub-Dub like clapping your hands.
systolic
Increasing end-diastolic volume (EDV) enhances stroke volume due to the Frank-Starling mechanism, where greater ventricular filling leads to stronger contractions. Higher end-systolic volume (ESV) can also increase stroke volume when it results from reduced afterload or increased contractility, allowing the heart to eject more blood with each beat. Thus, both EDV and ESV can influence stroke volume, primarily through changes in the heart's filling and pumping efficiency.
The systolic number is always higher than the diastolic number. 120 or lower for systolic number and 80 or lower for diastolic is in normal range. If diastolic is high, say 95 after running - is ita high? and if what should one do?
Diastolic
end diastolic volume is decreased
end diastolic volume is decreased
Blood pressure has both diastolic and systolic readings on a meter. The expected readings of a healthy individual are below 120 for systolic and under 80 for diastolic. Diastolic measures the resting moments between beats while the systolic measures the beat. On the meter, systolic is the upper number and diastolic is the lower one.
You have long diastolic time as compared to systolic time. So diastolic time is more compromised than systolic time.
Rapid potassium infusion causes diastolic and not systolic cardiac arrest.