And then in meiosis 2, these things get split in a mechanism very similar to mitosis.

Nature's main process of creation, morphogenesis, is the splitting of one cell into two cells.

The cell elongates.

You have fissile nuclei. That means this is a nucleus.

We'll do a whole series of videos on the actual mechanics of that, but it splits by a mechanism called mitosis.

We haven't entered the actual cell division yet.

Same with diatoms, which are shown right here, which are glasseous structures.

I've seen these sequences before.

But, what I want to do in this video is try to give a primer on it.

If you zoom in on the tip of a plant, the growing part, there's this part called the meristem.

77,862 becomes cookie fission, cookie fission is 77,822.

In severe cases, cracks can form or it can snap apart.

Strife is the rock on which the party split.

And remember that the drugs work typically by disrupting cell division.

Եվ որպեսզի լինի ամբողջական և համոզված լինենք, որ ամեն բան արել ենք, եթե դու նայես միտոզի և մեյոզի վիդեոն , դու ունես այսպես կոչված ցենտրիոլներ

Now, at the same time telophase is happening, you also normally have this cytokinesis, where this cleavage furrow forms, where essentially during telophase, these things are getting pushed further and further apart by those microtubules so that they're already at the ends of the cell, of the cytoplasm of the cell, and you can almost view them as pushing on the sides to elongate the cell.

That one rogue cell becomes two, then four, then eight.

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These first four needs, every human finds a way to meet.

One is the actual fission products that's what happens when you fission the stuff. Then there is what's called the transuranics.

These are all landlubbing animals. There's a couple of choices.

Cytokinesis takes place.

But what's special about a germ cell is it has the potential, one, it can either continue to do mitosis and produce more germ cells that are identical to it, so it could produce two germ cells that are identical to it, or it can undergo meiosis.

And the system gets perturbed.

And that one cell reproduced itself, dividing, dividing and dividing until there were 10 trillion of them.

And so by the end of the telophase that's what we're in, the telophase we will have completed mitosis.

like what happens in mitosis, so you can almost view it as it always happens during interphase.

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It has not experienced cytokinesis, which we will talk about in a few moments, but that's the process of the actual cytoplasm of the cell being split into two different cells.

Now, those are separated, which is very similar to anaphase in mitosis.

Now, during the S phase of the interphase and this is just

Of course, this is all one cell.

PMAT.

That's a long time you're going to be waiting for that to decay.

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.

We'll see two cells in the upper part of the screen attempting to divide.

We are extremely dinosaur like, and unusual in our two legged approach to life.

What we see are, first of all, a very active culture, a lot of divisions, and then very clear nuclei once the cells have separated.

The nuclear envelope is forming, and by the end of telophase I, it will have completely divided.

So by the end of telophase I, you have the actual cytoplasm splitting during telophase right there, and the nuclear envelope is forming.

So, hopefully, you found that interesting.

And then you can guess what happens in anaphase Il.

celermitosis.

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