Somatic or adults stem cells.

X chromosome.

Research on autism schizophrenia relations for chromosome 15 (15q13.3), chromosome 16 (16p13.1) and chromosome 17 (17p12) are inconclusive.

Let's say on some chromosome let me pick some chromosome here.

Your mom could give this other X chromosome with that X chromosome.

So this is one chromosome there and this is the other chromosome here.

So let's say that's an X chromosome and this is a Y chromosome.

What we did is something called somatic cell nuclear transplantation.

Look up the scientific term for pus Somatic Cell Count .

Chromosome one, top left.

They're both chromosome 3.

Or my mom might give me that chromosome or might give me that chromosome.

All deterministic effects are somatic, that is, they occur in the exposed individual, while stochastic effects can be either somatic (for example, radiation induced cancer) or hereditary.

For example, my dad might give me this chromosome or might give me that chromosome.

So let's say we look at chromosome number I'll just call this chromosome number 3.

It appears to be the only stochastic somatic effect of radiation.

It's on the X chromosome.

So I have a chromosome.

That's another chromosome right there.

So this guy has pulled one copy of that chromosome and one copy of this chromosome.

The chromosome that was in the cell doesn't have one the chromosome we put in does.

Women were mainly subject to depression, anxiety, phobias and other somatic symptoms.

Well, your mom could give this X chromosome, in conjunction with this X chromosome from your dad.

The other is the X chromosome.

The chromosome is literally blown apart.

So this is a single chromosome.

Let's say this is some chromosome.

This is one chromosome right here.

Now, let's call this chromosome 3.

Others would remain in the exposed tissues, being potential causes of somatic effects.

If I get this chromosome from my mom and this chromosome from my dad, what's it going to be?

And in the other case, the sperm is carrying an X chromosome, meeting the X chromosome of the egg.

The new chromosome went into the cell.

There are other sex chromosome pairings like

And some of them have an X chromosome in them and some of them have a Y chromosome in them.

The Y chromosome is metacentric and the X chromosome is variable, ranging from nearly metacentric to acrocentric in five specimens studied.

So maybe for this chromosome I get it from my dad, from the next chromosome, I get it from my mom.

But it doesn't have to just infect somatic cells, it could infect a germ cell.

People normally have two copies of this chromosome.

let's say it has this chromosome right here.

Now men, they only have one X chromosome.

And then the other one's a Y chromosome.

If you get an x chromosome from your mom and an x chromosome from your dad, you're going to be a female.

So after meiosis occurs to produce the gametes, the offspring might get this chromosome or a copy of that chromosome for eye color and might get a copy of this chromosome for teeth size or tooth size.

These are normally found only at the ends of a chromosome, but in chromosome 2 there are additional telomere sequences in the middle.