We also refer to subclinical conditions.

Yes. She had multiple sclerosis.

The hardness of diamond is 10.

And as I say, most of them really die very horribly, 80 is very bad for you. now that means, that is really bizarre that one should ask the question why should we defy aging.

Then we'd toss them again.

The degree of hardness must be high.

Here's an example from Kevin Eggan's lab at Harvard.

And I developed a chronic disease for which there is no cure.

And the processes that cause this are things like arteriosclerosis for the large vessels or arteriolosclerosis for the small vessels.

All of that connective wiring must be insulated with something called myelin.

Neither of them attended university.

And in fact just to highlight the fact that this person has very stiff vessels let me show you these atherosclerotic plaques sitting inside their arteries making them stiff.

Depending on how the steel is hardened, c4 might not even work.

It's a layered structure that's mineral and then polymer, and it makes it very, very tough.

We think that it's a hotel, a hotel with lots of rats.

It's stuck!

In the case of rheumatoid arthritis, the immune system attacks the cartilage around the joints.

The hardness of diamond is such that it can cut glass.

Well, the only sure way to know is if you see the words,

What's the probability that we picked a fair coin?

Jei Doljikgu is, like a hard rock Cao Lu

It is taking a little bit of blood and saying okay, move forward a little bit. You actually don't have that phenomenon, that interesting cool property is not actually happening down here.

His name is Mike, and he is uniformly impaired on cognition, vision, walking, sensation.

5 dollars in quarters and a dollar in dimes.

Give me 20 quarters and the rest in dimes.

Micro changes in air density.

You won't make it, Ralph. I'll have those coins

Let's not forget it's a functional entity.

This is one mechanism by which the bacterium Bacteroides fragilis prevents a mouse version of multiple sclerosis.

In this non compliant person's vessels they actually look basically the same. It is not going to look any different. You've got your atherosclerosis.

And a weather station is on the structure.

So this number, ... This is 29 right here that we are adding. This is going to land us right over here on the number line

Where have essentially, you have an equal amount and very

Micro changes in air density, my ass.

Came rushing to the surface.

When you combine them you know?

So some of you may know about the chemical Bisphenol A, BPA.

We call it.....make it clear you see that. This is kind of tube over here. Let me draw the blood

I hard boiled an egg.

That's this section.

You have the need, Sam.

And so we will simulate in that model for your particular cancer and this also will be for ALS, or any kind of system neurodegenerative diseases, things like that we will simulate specifically you, not just a generic person, but what's actually going on inside you.

As you look at this you will see that the movement energy, I'm going to assume for the two cases is similar, so similar sized bar.

We doubled Y, so that's what it means when something varies directly

I paid in coin.