So what happens when a person gets a retinal degenerative disease like macular degeneration?

She's hardly breathing. Better call it in.

So that's called the visceral pericardium.

And now the nuclear membranes start forming around each of these two ends.

I finally got it. Meningitis?

There are actually separate names for the two layers.

She died. From meningitis?

A pulse.

Some time ago, I made an enemy.

Կատարեմ պարզեցում

You said he was a research pathologist.

I shouldn't say cell wall.

And let me actually show you where the blood vessels come from. These are called coronary vessels I just write the word coronary here.

Water is our solvent.

We'll be outside. It's meningitis, isn't it?

It goes around the ventricle and, as I showed you in the beginning, also around the atrium. It goes all the way up and covers both the left and right side.

That essentially cause the cell to either kill itself or its membrane to dissolve.

And so I think we can roll the video that we have.

This is now going to dump into what we call a venule.

His vitals are spiking.

Pulse ox 90.

It's all coming back, isn't it?

Եկեք դա նշեմ բջջային թաղանթ

And then, when the heart is ready to pump it back out, it goes into this artery, and the name of it is the aorta.

So let's say that the solute is sugar.

So this muscle people don't talk about this muscle, or this is not the kind of muscle that you usually see people working on at the gym, but this muscle is called the diaphragm.

You have your overall cell.

We have a layer called the pericardium.

Okay. Fascia's closed.

There is actually a little spot right there that they drain in to.

I'm just trying to show you have more water molecules than sugar molecules.

Now you can actually see the layers of the heart, the endocardium, myocardium and pericardium.

You might think, Boy, is there a context expensive grammar out there? What's the opposite of free?

Hey, there's no pulse.

I was afraid something had happened to you.

I'll write that right here.

I got a pulse.

Gallicite deposits.

There's no pulse.

Pulse abnormal.

Into the IV, yes.

He's got a pulse.

Pulse is rapid.

There's no pulse.

So, a solution to the problem, then, would be to build a device that could mimic the actions of that front end circuitry and send signals to the retina's output cells, and they can go back to doing their normal job of sending signals to the brain.