![]() ![]() Imagine extending from these pores, going into a space that has So I'm gonna do my best job at trying to draw anĮndoplasmic reticulum. And the endoplasmic reticulum is essentially these And those pores connect to something, it's a very fancy word called This in future videos, but right here I'm drawing holes or pores in the nuclear membrane. Now the nucleus, it turns out, is connected to another Membrane-bound organelle that we're gonna discuss, the nucleus. In to appreciate that that also is going to be in threeĭimensions, around the DNA. Membrane right over here, and I'll put some shading Surrounds the DNA here, that is the nuclear membrane. And that membrane-bound organelle, or the membrane that Of a eukaryotic cell is that the genetic information is going to be inside a I should say, most cells will have some genetic information in them in the form of DNA. Now all cells, and thereĪre some exceptions that we've talked about That they are more spherical, or that they have We see so many slices of cells that sometimes we forget ![]() I'll do some nice shading so you appreciate that it'llĪctually be three-dimensional. We have a lot of space to draw things in. So you'll have yourĬellular membrane here. Some of the ingredients that we know is true of all cells. ![]() And in this video in particular, we're going to highlight some of these membrane-bound organelles that make the cells eukaryotic. ![]() Now, what does that mean? Well, you could view it as It means that inside the cell, there are membrane-bound organelles. And the first place to start is just to remind ourselves what it means for a cell to be eukaryotic. Going to do in this video is give ourselves a little bit of a tour of eukaryotic cells. ![]()
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