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  • 6 months ago
CPR in Action | A 3D look inside the body

This 3D animation was designed to share life-saving information with the general public to demonstrate the importance of good, effective CPR!

Effective compressions create an artificial pump and send oxygenated blood to the brain to keep the brain alive. CPR also keeps blood and oxygen moving through the heart muscle itself so that it has the best chance of being successfully defibrillated when the AED arrives.

After a Sudden Cardiac Arrest, brain damage will start to set in within 4 minutes and is irreversible after 10 minutes. CPR is the person’s only chance of survival while waiting for an automated external defibrillator to arrive.

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Learning
Transcript
00:00Our heart is an amazing organ.
00:03It works hard for us every second of every day, delivering blood and oxygen to every
00:07cell in our body.
00:10But when sudden cardiac arrest strikes, our heart suddenly and unexpectedly stops beating
00:15effectively and blood flow stops.
00:19Without any intervention, the brain, vital organs and our heart will begin to die.
00:25Beginning CPR is the person's only chance of survival.
00:29Brain damage will start to set in within 4 minutes, and after 10 minutes, brain damage
00:34becomes irreversible.
00:36The power to save a life is truly in your hands.
00:40Performing CPR accomplishes two critical things.
00:44One, compressions move oxygenated blood to the brain to keep the brain alive.
00:49And two, compressions keep blood and oxygen moving to the heart muscle itself, so that
00:54it has the best chance of resuming a normal electrical rhythm after a shock is delivered.
00:59As you begin compressions, you are creating an artificial pump and doing the work of the
01:04heart manually.
01:06With each good effective compression, you are building up pressure in the system which will
01:11move blood around the heart and up to the brain.
01:14It does take time to get the blood moving with CPR, so it is very important to push hard
01:19and push fast to build the pressure up which keeps blood going to the brain.
01:25Pushing down at least 2 inches allows for the heart to be squeezed and blood to move out.
01:31Pushing at a rate of 100 to 120 compressions per minute is necessary to keep blood pumping.
01:37Let us see what happens when we take our hands off the chest.
01:42Blood stops moving to the brain.
01:45It is for this reason that if you are taking your hands off the chest to deliver breaths
01:49or switching rolls, it is critical to minimize time off the chest.
01:55Watch what happens when we do not push deep enough.
01:59Blood does not reach the brain.
02:03The same is true if we do not push fast enough.
02:07Watch what happens when we push too fast.
02:11The heart does not have time to refill with blood.
02:13Therefore, not enough blood gets pumped out.
02:19Watch what happens when we do not allow the body to decompress and allow the chest to fully
02:23recoil.
02:25The heart does not have a chance to refill with blood.
02:28Therefore, no blood gets pumped out.
02:33The purpose of delivering compressions is to keep oxygenated blood moving within the heart
02:38and up to the brain to keep the brain alive.
02:42We need to push hard and push fast in the center of the chest.
02:47If ribs break, that is okay.
02:50What is not okay is allowing the brain to die from a lack of oxygen.
02:54So remember, you are their only hope.
02:59Do the best you can and don't give up until medical help arrives or an AED is present.
03:05You can do it.
03:15time for an AED is present.
03:17We are going to continue to go to the chest.
03:23See further.
03:24Say hello to the chest.
03:26Take a minute because of the chest.
03:28All the way, let's take a minute.
03:31Next is the chest.
03:32Take a minute.
03:32Take a minute.
03:34Take a minute.
03:35Take a minute.
03:36Take a minute.
03:37Take a minute.
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