It turns out there are six different ways to be married in Europe.

What's even more interesting is that they break it down.

And what MyoD essentially does is, it causes cells to differentiate into muscle cells.

But it differentiated.

Maybe these cells eventually differentiate into things that'll turn to my brain.

They control how the cells grow and differentiate.

He generated neurons from these induced pluripotent stem cells from patients who have Lou Gehrig's Disease, and he differentiated them into neurons, and what's amazing is that these neurons also show symptoms of the disease.

Now, these are very, very tiny branches coming off of my small artery, and let's follow this one right here, and this one is my arteriole.

Over 50 new countries were born.

You could consider this state boundaries, if you will, those pretty broad outlines.

And as we go smaller again, about ten times smaller than that, is a cell.

Another way by which bugs can affect the brain is by activating the gut endocrine system.

The structure of each villus contains a capillary and lacteal to pick up the digestion nutrients.

We have factored the expression.

It is a simple chemical model of a living cell, and if you consider for example a cell in your body may have on the order of millions of different types of molecules that need to come together, play together in a complex network to produce something that we call alive.

Kecyte and... at that rate, you couldn't possibly maintain cell regulation or differentiation.

We then tease the tissue apart into its two individual cell components, muscle, and these bladder specialized cells.

And what those four chemicals do is they take any cell and take it way back up the mountain so it can become any body part.

Notice, this is an aldehyde, and it's an alcohol.

Notice, this is an aldehyde, and it's an alcohol.

How long?

Then, the mitochondria in our cells, powered by the oxygen we breath, can turn glucose into pure energy molecules called ATP.

By the end of telophase in mitosis, you also have this process of cytokinesis, where this cleavage furrow forms and deepens, deepens, deepens until the cytoplasm is actually split into two separate cells.

Very Advanced

And this all changed in the late 19th century.

Our left hemisphere is designed to take that enormous collage of the present moment and start picking out details, and more details about those details.

The problem with this is they were constrained with samples.

No one knows exactly.

These are the instructions for the cell.

It will create huge opportunities in technology.

Rapid cell deterioration.

Once you get to the 20th and 21st centuries, they start getting highly specific.

From there, we're actually going to get into what we call arterioles.

One of the things we're going to do next time is look at these kinds of relationships more generally.

I want a detailed account... of all the synthetic chemicals you had in that storage facility.

Over time the activity of this genetic regulators seems to decline and cumulative cell damage can occur

An extremely themable very feature rich window manager

Interestingly, when you were first conceived, and you were just comprised of a few, undifferentiated embryonic stem cells, which had the potential to become any cell in your body, your chromatin didn't have many Epigenetic marks on it.

So a couple minutes later, this I got by email.

When you take a chemotherapeutic drug, it will hit all of these cells.

Mitosis occurs in pretty much all of our somatic cells as our skin cells replicate, and our hair cells and all the tissue in our body as it duplicates itself, it goes through mitosis.

Cell division

The second one is to introduce a term that propels you away from obstacles.

It can actually make itself glow.

We're actually injecting contrast into the organ.