A person who suffers from cardiac arrest will faint at the same time or withing 1-2 seconds after suffering from cardiac arrest. There are different forms of cardiac dysrhythmias that a person can suffer from: Ventricular Tachycardia- is when the ventricles of the heart beat very rapidly and without much efficiency, a person can still be conscious while in ventricular tachycardia and live for hours in this rhythm. Eventually this rhythm will be fatal as not enough blood flow will be delivered to vital organs. Ventricular Fibrillation- is when the ventricles just "quiver" erratically and unable to produce a palpable pulse and a patient presenting in this rhythm will be unconscious although agonal respirations might still be noted. On an EKG this rhythm appears to look like a seismograph when an earthquake is happening, very erratic and inconsistent. Asystole- This is the final rhythm of cardiac arrest and exhibits no electrical activity of the heart. 99% of patients will not initially present in this rhythm as they usually progress from VT or VF into asystole. A patient in asystole on a EKG would show a "flatline" or no electrical activity of the heart.
That depends on what age his heart stops beating.
when you sneeze all of your body functions stop, your heart stops beating,everything! but only for as long as the sneezing lasts. Some people have gotten heart attacks from going into long lasting sneezing fits.
If a person's heart stops beating - and nothing is done to try to restart it - they will suffer irreparable brain damage - and possibly death.
The duration for which someone can be revived after their heart stops beating varies, but in general, the sooner CPR and defibrillation are initiated, the greater the chances of successful resuscitation. However, brain damage can occur within minutes of cardiac arrest due to lack of oxygen, so swift intervention is crucial.
It depends on why your heart and lungs stopped; there are clinical cases of people being revived thrity minutes or more after "drowning." In general, however, four minutes after the heart stops, the brain dies of oxygen deprivation.
Your wouldn't be beating for long without your brain keeping the beating at a rhythmic pace and anyway you'd be brain dead
i don't think it stops unless you die
Go To Burned Tower And Then The Lighthouse A Long Way To The Left Of There
You can not survive without your heart!. It pumps the blood throughout the entire body!. During a surgery like a heart transplant, they connect the body to a machine that "mimicks" the same function as the heart while the actual transplant is occuring!. If a person's heart stops from a heart attack or something, the longer it takes to revive the person, the higher chance there is for brain damage and eventually death to occur!. Let's say a person is revived after 45 minutes of CPR!.!.!.chances are there will be little to no brain activity left because of the damage that occured while the heart was not beating!. That's why it's so important to act fast when a person is having a heart attack!
The heart beats continuosuly throughout a person's life. It never stops until death comes.
Your Brain will function for at least 6 to 7 minutes after your heart has stopped.
Clinical death. Clinical death means the heart stops beating and a person stops breathing, at this stage a person can still be resuscitated. However while in this condition blood stops flowing to the brain and as a result the brain does not get the oxygen it requires to survive. if this condition lasts for too long then the brain dies. the result of which is that the body has no director to make it function properly and will die as well as a result.