So this valve is called the Tricuspid valve.

And it passed through the valve here. So this valve is called the Mitral valve.

Civil Horizontal Valve

Absence of plantarflexion indicates Achilles tendon rupture.

One will be the tricuspid valve and the other the mitral valve.

These plaques are unstable. It can actually rupture.

But before it goes it has to passed another valve. So this is a valve right here. Call it Pulmonary valve.

The main valve is turned off.

Here you've got the aortic valve.

This is called a cycle valve tube.

Up here you have the pulmonary valve.

And then the final valve, I need to find a nice spot to write it maybe to right here, this final valve that passes through is called the Aortic valve.

You can see how the pulmonary and aortic valve are closed when the mitral and tricuspid valve are open.

Can I borrow a heart valve from you?

And this is how you make a valve.

If they fire their weapons in there, won't they rupture the cooling system?

It's gonna go back perhaps through the mitral valve, it can go there, or it might go through the tricuspid valve.

This is actually a heart valve, which we engineered.

I welded the breech, but the valve is still gaping.

Does the color of the valve matter? What matters here?

A doctor from Brazil said he had never seen anyone survive a carotid artery rupture.

At which the heavens almost rupture, and the earth splits, and the mountains fall and crumble.

The heavens almost rupture therefrom and the earth splits open and the mountains collapse in devastation

Let's watch. (Sound of air escaping from valve) (Music) (Whirring sound)

Open the air inlet valve to supply compressed air to the machine

And the way you engineer this heart valve is the same strategy.

You can see two of the leaflets of the aortic valve working there.

Here you have our tricuspid valve. And I'm gonna label it just as 'T'

I've drawn the pulmonary valve as being open, but is that really the case?

On the starboard side, there's a big valve! Can you crank that boat down?

Now this plaque has rupture. It got so big. Maybe the turbulent blood flow helped stimulate this and whatever else.

This is actually a heart valve that we've engineered, and you can see here, we have the structure of the heart valve and we've seeded that with cells, and then we exercise it.

It has a funny tri lobal shape at the bottom, which contains the aortic valve.

The un digestive food reaches the Ileo cecal valve and enters the large intestine or colon.

You'll hear S1 when the tricuspid and the mitral valve snap shut. So far so good.

A bound base, like the R U P T of erupt or rupture needs another element in order to surface in a word.

It could actually rupture. Let me draw ruptured plaque over here....let me draw the same one....I am gonna draw the ruptured.

So in the last video we talked about these plaques forming, and if this plaque is unstable at some point it could rupture.

And they are like the fundibulator valve of the architectural, uh, what do you think doctor Joseph?

This is the second chamber of the heart. And it gets there by passing through the valve.

At the back of the Machine, open the Air Inlet Valve to supply compressed air to the Machine

On the other side you have the mitral valve, which separates the left atrium from the left ventricle.

So when you have dub, you have noise coming from the pulmonic and the aortic valve snapping shut.

So these chordae tendinae, these cords are important for that reason. They keep the valve from flipping backwards.

Also denied and eliminated from any further discussion are disc brakes, fuel injection, hydraulic valve lifters, seat belts...