Cross stitch

And these coronary vessles they actually come right off the aorta here and here.

So they kind of come off the aorta right away, they are the first branches off the aorta, actually.

Here you've got the aortic valve.

In the back.

The work of the bases was like this they had panels and there were panels between the ledges

And the work of the bases was on this manner they had borders, and the borders were between the ledges

This is a model of my aorta.

We call that the aortic arch.

front end , rear end , door

Tethering of the aorta, each with its grace

The cell walls looked intact.

Because the walls are not watertight?

And, from the aorta, I'm actually not drawing all the branches of the aorta, but from the aorta, it's going to go down into my belly, and it's going to branch towards my left leg and my right leg.

The damaged part of the aorta was then replaced with a synthetic graft.

Cellulose is the main ingredient found in a plant's cell wall.

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

So this is the heart and we've got branches of the aorta coming off of it.

Yet they are like the wooden panelling of a wall.

They think every cry is against them.

They deem every shout to be against them.

They are as blocks of wood propped up.

They are like propped up timber.

But in truth they are (merely) beams of timber propped up (against a wall).

(They are) as though they were blocks of wood in striped cloaks.

And no one had systematically looked at the wall tissue.

But you also know that if that is what's making the noise, you can kind of guess, and it's a smart guess that at the same time the pulmonic and the aortic valve just opened.

The aorta actually has the little arch like that.

At the third stage, the cancer has broken through to the pelvic wall.

In late 2005, he was diagnosed with an inoperable abdominal aortic aneurysm.

These valves shut down like that. You can see how the pulmonary and aortic valve are closed when the mitral and tricuspid valve are open.

So I set out to change the entire treatment for aortic dilation.

And then we realized that it was actually a mirror image of the real aorta.

That external aortic root, it will never work, you know.

So at the top I drew kind of a blown up version of the carotid sinus. And at the bottom is the aortic arch.

So same size, but basically the walls are becoming very very stiff.

So all the way around actually they will start losing compliance.

There's that method of using the femoral artery and doing a bypass graft.

Another spot I am going to talk about is the aortic arch which is right there.

In prokaryotes, these proteins are found in the cell's inner membrane.

In retinal separation, the retina detaches from the back of the eyeball.

Thickness of the laminates of the central shell wall and the ends

Some people are content watching the abdomen rise and fall.

Now 150 years ago, anatomists described very, very carefully here is a model of a wall of a gut.

And if I know Moscow, we'll both end up against the same wall.