Ummm what they are called are beatmakers. They make beats, like Hank, its hard.
Hematocrit is the proportion of your total blood volume that is composed of red blood cells. If you add the plasma, what you have is a blood sample called a full blood count.
yes your whole is made up of cells
Blood does. It carries oxygen from the lungs with which you breath fresh air in. Then blood goes to the heart and is sent to the whole body with oxygen! Oxygen support the cells', and the body's life!
It's called a stoma (plural stomata) and its function is to allow carbon dioxide to enter the leaf for photosynthesis. The guard cells sre responsible for regulating the size of the stoma.
the whole organism.every thing in it
it pumps the oxygenated blood to the whole body
Cause its a organ that never stops beating
Purkinje fibers
A target pulse rate is, a rate at which your heart should be beating whole working out, it is what professionals do to workout
A target pulse rate is, a rate at which your heart should be beating whole working out, it is what professionals do to workout
Simply saying heart is a pumping organ , which pumps blood into the whole part of the body. The oxygen from lungs dissolve in it and the cells get oxygen through this circulation of blood. Food get digested and cells get food through the blood. thus the cells live with the help of heart. Our body is made up of cells and the cells live with the help of heart means the whole body live with the help of heart
The contraction of heart (cardiac) muscle in all animals with hearts is initiated by chemical impulses. The rate at which these impulses fire controls the heart rate. The cells that create these rhythmical impulses are called pacemaker cells, and they directly control the heart rate.
A target pulse rate is, a rate at which your heart should be beating whole working out, it is what professionals do to workout
While blood without cells is called plasma.
first of all.... the heart lets ur whole body move.. A: So you can live..
When cardiac muscle contraction is out-of-sync, causing chaotic contractions across the whole of the heart, preventing it from beating and pumping blood, this is called fibrillations. This typically happens when a myocardial infarction (blood clot leading to a heart attack) blocks blood to the coronary arteries, resulting in hypoxia to certain muscle cells. Then, after medical intervention, when the coronary arteries are unblocked and blood supply returns, some cardiac tissue beats out of sync with the rest of the heart, resulting in fibrillations. The usual treatment for this is the use of a defibrillator. This device sends a strong electrical signal into the heart, stopping it momentarily. Then, the brain can send a signal to the SA (sinoatrial) node of the heart to restart it again, so that the heart beats properly again.
hematocrit