The vessels looked better.

Let's talk about blood vessels

Ya know, vessels that have vessels on them and those little vessels have vessels on them and so on and so forth.

I want to look at the blood vessels. I want to look at the liver.

And the really interesting thing about the tunica externa is that you actually, on the large vessels, you find that they need blood to supply themselves, so some of these large vessels have little blood vessels on them.

Actually No. It's just the large vessels that have this. So you SOMETlMES, not always, see what's called vasa vasorum.

So, that's what the coronary blood vessels are.

So the tunica externa has the blood vessels and it also has nerve endings.

I mean, and only one mile is visible.

So these coronary blood vessels are actually serving the heart muscle itself.

They're literally the blood vessels that go to and serve the heart. So these are the ones that serve the heart.

And only one mile is visible.

Then these vessels and all that they trying to get will be called, these vessels, this will be my, make sure I get my right and left straight, this is my left pulmonary artery.

Let's say that this is a blood vessel in the brain.

I know. But if you were,you wouldn't have to pull KP.

Well, these vessels, all of them, together are called coronary vessels.

And this, over the years, can cause real damage, cardiovascular damage.

They are traced just by their known anatomical path along vasculature.

That same protein is actually lining all of these blood vessels that are in your body.

More complex structures such as blood vessels, urethras, which I showed you, they're definitely more complex because you're introducing two different cell types.

And now what I thought we'd do is we'd go and think about each vessel type, and how this could look for that vessel.

So these are capillary endothelial cells, and of course, right in here, we have our blood flowing and we'll have red blood cells in here.

We then take this vascular structure and we can prove that we retain the blood vessel supply.

You shall go in, and shut the door on you and on your sons, and pour out into all those containers and you shall set aside that which is full.

So she went from him, and shut the door on her and on her sons they brought the containers to her, and she poured out.

And when thou art come in, thou shalt shut the door upon thee and upon thy sons, and shalt pour out into all those vessels, and thou shalt set aside that which is full.

So she went from him, and shut the door upon her and upon her sons, who brought the vessels to her and she poured out.

Now what that tells us is that wall tissues are doing so much more than just covering the vascular tissues.

It happened, when the containers were full, that she said to her son, Bring me another container. He said to her, There isn't another container. The oil stopped flowing.

And it came to pass, when the vessels were full, that she said unto her son, Bring me yet a vessel. And he said unto her, There is not a vessel more. And the oil stayed.

He was thinking about blood vessels, and he was trying to figure How to use the stethoscope to (let's just draw the skin here over the blood vessel)

I'm going to talk to you about the different types of blood vessels that there are and we're going to see if we can come up with some general patterns.

More complex structures such as blood vessels, urethras, which I showed you, they're definitely more complex because you're introducing two different cell types.

So the final thing you'll notice, if you look at this picture it's hard not to notice, is that there are these, kind of wriggly looking little blood vessels all over the heart.

I mean, you've got red ones, and blue ones, and the blue ones are the veins, and the red ones are the arteries but are they part of the systemic flow, or pulmonary flow, or something else?

He actually devised some of the same technologies used today for suturing blood vessels, and some of the blood vessel grafts we use today were actually designed by Alexis.

He actually devised some of the same technologies used today for suturing blood vessels, and some of the blood vessel grafts we use today were actually designed by Alexis.

In fact, if you actually block angiogenesis and prevent blood vessels from ever reaching cancer cells, tumors simply can't grow up.

But basically by the time you're nine months and you're given birth, you have almost 60,000 miles of vessels inside your body.

They are also distinct from the pseudorosettes of an ependymoma which consist of tumor cells with glial fibrillary acidic protein (GFAP) positive processes tapering off toward a blood vessel (thus a combination of the two).

The red is good at the beginning, and a year later this is from a study done in a peer reviewed journal called Angiology there's more red after a year on a diet like I would recommend, there's less red, less blood flow after a year on an Atkins type diet.

Now, a word that you might hear in a medical context is stenosis , and the word just refers to the narrowing, usually of a blood vessel.

The red is good at the beginning, and a year later this is from a study done in a peer reviewed journal called Angiology there s more red after a year on a diet like I would recommend, there s less red, less blood flow after a year on an Atkins type diet.