Примери коришћења Electrical impulse на Енглеском и њихови преводи на Српски
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The dot is visible whenever a cell fires an electrical impulse.
Since the electrical impulse created by our hearts is just that, electricity.
You can see that almost any irregular electrical impulse can cause palpitations.
For any electrical impulse to capture a muscle, it must cross through that muscle.
And that information is projected to specific areas of the brain and that is the electrical impulse.
This produces an electrical impulse to your brain, which your brain more or less interprets as a light flash.
When these neurons interact,the chemical reaction emits an electrical impulse, which can be measured.
In this example, each electrical impulse, each deflection on the trace, is caused by a brief pulse of light.
There are also countless parts of the heart, called ectopic foci,which can also create an electrical impulse.
This may occur if the cells of the upper chamber fail to generate an electrical impulse or if the electrical signals to the ventricle are blocked.
As long as it has an oxygen supply, your heart can keep beating even ifit's separated from the body because it has its own electrical impulse.
For example, when you think back to a sound oran image it isn't the form of an electrical impulse, it is a full image or a sound in the brain.
As long as the heart has an adequate supply of oxygen, it can keep on beating even ifseparated form the body thanks to its own electrical impulse.
The overexpression of this gene prevents the accumulation of ion charges, and the electrical impulse does not pass through the neurons- we do not feel pain.
As long as its given an adequate supply of oxygen, the heart can continue to beat even when separated from the body due to it's own electrical impulse.
The electrical impulse that shocks your heart normally comes from a grouping of specialized cells in the heart called your Sino-atrial node(SA node).
If the retina is mechanically stimulated(physically touched),a similar electrical impulse is sent to the brain.
Now, in order to initiate the electrical impulse I just demonstrated, it must originate from a central command center ora central nervous system if you will.
In order to hear a sound,the air vibrations get converted into a chemical/electrical impulse that is perceived by the brain.
When the electrical impulse reaches the end of the nerve, small vesicles, or packets, containing chemical neurotransmitters, are released by the nerve and rapidly interact with the nerve's target.
Cardiac arrest is when the heart ceases to pump, or beat,because of an abnormal electrical impulse within the heart itself.
So should there be no electrical impulse at all, like say when someone is“flat-lined”, called asystole, then shocking is pointless, since you would need an electrical impulse to create a beat.
The nerve impulse starts with a receptor,a specialized part of each nerve, where the electrical impulse begins.
And aren't we grateful for our brains,that can take this electrical impulse that comes from light energy to create images in order for us to explore our world?
Our eyes have many different layers functioning together to trap light and turn it into an electrical impulse the brain can process.
When these foci start to beat on their own,they can create an electrical impulse that simply doesn't create the mechanical squeeze necessary for blood flow, thus no pulse.
Known as pulseless electrical activity or PEA, it is treated,medically, the same as someone who has no electrical impulse,“flat-lined”.
The heart is a muscle that is made up of cells that form electrical impulses between them, they stimulate all the mechanical activity of the heart, the defibrillator works very simply, this equipment uses a current andemits a continuous electrical impulse, which generates stimuli electrical systems that act on the heart muscle and reverse the cardiac arrhythmia.
Heart block is manifested by a slowing orcomplete cessation of the transmission of an electrical impulse in conducting system of the heart.
So, in more layman's terms, olfactory fatigue occurs such that when you sense a specific odor,the receptors associated with that molecule can no longer be stimulated by similar molecules because the channels that create the electrical impulse will ultimately close.