Приклади вживання Diastole Англійська мовою та їх переклад на Українською
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During diastole, the chambers fill with blood.
This relaxation phase of the cardiac cycle is called diastole.
Therefore, during diastole heart blood continues to move.
During systole heart rises, during diastole is reduced.
Diastole is when the heart returns to its relaxed state.
We have said that each systole replaced by a relaxation, diastole.
It corresponds to the phase of the cardiac cycle called“diastole,” from the Greek word for“a separation.”.
Their basis is impaired coronary blood flow, which is less than adequate onlywhen the heart muscle is relaxed(diastole).
The valves open with the flow of the blood into the diastole, separating ventricles from arteries, and into the systole from the atria.
For normal filling of cameras it is necessary to expand diastole exponentially.
Sometimes during diastole able to listen to additional third and fourth heart sounds generated during ventricular filling with blood.
S2- the sound is heard when closing the lunate(aortic and pulmonary)valves during diastole(relaxation) of the ventricles.
Similarly, in the period of diastole when flow is lower, the arteries don't rebound to a smaller diameter as robustly as young vessels, so the pressure falls.
In patients with severe diastolic dysfunction, theleft ventricle is filled, especially in early diastole, resulting in an I/O ratio above 2.0.
The reduction of filling indices at early diastole associated with the disorders of relaxation of the RV hypertrophic myocardium, that resulted in the slowdown of the declined intraventricular filling.
Atrial contraction is not worthwhile with measured heart function,since in this case the relaxation time(diastole) is enough to fill the ventricles with blood.
Like the left ventricle,the right ventricle goes through a contractile cycle: at diastole, the pressure is near zero(and must be<0 relative to the right atrium, or it wouldn't fill with blood);
The blood flow in the aorta and large arteries is pulsating; it increases during systole(contraction)and decreases almost to zero during diastole(relaxation) of the heart.
The drug normalizes myocardial contractile activity andstimulates complete myocardial relaxation in diastole through the ability to bind calcium ions that penetrated cells during stimulation, activates tissue regeneration.
Using high-resolution sonography of multifrequency sensor in the range 3- 12 MHz weinvestigated the diameter of common carotid arteries(CCA) in systole and diastole, the thickness of the intima-media.
Tsvetkov discovered that there is an optimal(or golden) frequency for man and other mammals; here,the durations of systole, diastole and the full cardiac cycle(T) are in golden mean proportion, that is, T: t2= t2: t1.
This means that during systolic contraction of the heart when the blood flows into nearby bodies electrical conductivity of these parts of the body will be high andthe moment of cardiac muscle relaxation(diastole), opposite- low.
In the presence of ciliary tachyarrhythmia, thisthe drug slows the rate of contraction of the ventricles of the heart,lengthens the diastole period, improves the intracardiac hemodynamic.
The first one shows the force with which the heart drives the blood from the left ventricle into vessels, and the second points to the vascular tone,which is typical for them to heart in diastole(when the heart does not contract).
The work of the heart when a large effusion is difficult because it is due to theincrease in pressure in the pericardial cavity of the heart during diastole been unable to expand and fill with blood.
This means that during systolic contraction of the heart when the blood flows into nearby bodies of these parts of the body conductivity is high,and in case of the heart muscle relaxation(diastole) the result is the opposite.