Cells. They're important. They make up you. You know, it's also important. Your household. These might be bad analogies, but we're going for function. So, walls. It isn't the cell walls. Believe it or not. To me, the walls is the cytoskeleton. The cytoskeleton. It's made up of multiple parts that has different. It has micro tubules, intermediate filaments, and micro filaments. And wall has support beams, plaster, and... Another thing that I don't know what is called three parts to wall, three parts to cytoskeleton. A generator. Not quite mitochondria, but more of a nucleus of sorts. The reason why I say this is because generator... It controls the amount. You know how in the power outages, more annoying, because the power is what keeps the house going. You remove the power, the house essentially shuts down. So, I know it sounds like a mitochondria, but the nucleus has to stay alive. So does the generator, if you want the house to function. And though, plasmic. Reticulum. I associate these with wires. Why? Well, data transfers through wires. Like, the wires through my microphone. The wires through my headphone. It's different data. But each wire is for something different. You can't send audio in through an audio out cable. Same way you can't charge your phone using an audio cable. You need a phone cord for your phone. You can't use your computer cord, or it doesn't work. Each wire is for different data. Insulation. Or the ribosomes. Insulation. I don't know about you, but I like it. It keeps me warm. It keeps me cool. It prevents the elements from getting past the wall. Also, it also protects the ER. It works better with the wire analogy. If you had two crossing wires, well, those wires wouldn't work. That's why they get insulated. That's how I see it. Golgi apparatus with a breaker. Golgi apparatus prepares each molecule for where it needs to go. The breaker. You send too much electricity to one place. It breaks. Electricity needs to be tightly managed. Same with those molecules. Otherwise, you'll have a dysfunctional self. And that's not quite good. I don't think. I mean, dysfunctional cells. It's cancerous. Vesicles, I see, is timers. Mainly, well, vesicles are short-lived. Timers. I don't know about you, but they can be short-lived a lot. Timers are created as needed. Vesicles are generally short-lived. And are formed and recycled as needed. They live and die for a very short period of time. Fridge, mitochondria. I did say this wasn't all in the same analogy. Did I? Food. That's fridge. Mindly associate where you get your energy from. With food, and I see food with the fridge. So mitochondria is where food comes from. I messed up. Hold on. Mighty, mitochondria creates the energy that the cell needs to live. Fridge holds the food that we need in order for us to live. There we go. It wasn't that hard. Vacual. It's a storage compartment. Cabinets are storage. It's simple as that. Vacual is Latin for cabinet. No, it isn't. That was bad, too. Lice assumptions are cells' defendants. Doors. I don't know about you, but if you do it right, you can defend yourself from a bad guy with a shotgun. It worked for a bit. You just got to figure out where the gun is and not stand there. Just kidding. But someone charges at you. Just slam a door in their face. Out in an instant. 2x4s. They keep you supported with basic stuff. It's built a deck out of 2x4s. It was great. 2x4s. Centriol. Centrosomes. Not centrioles. Centrosomes. Centrosomes are those basic support now. Centrioles are the big support beams. They made out of all the small support beams. Out of all those 2x4s, those centrosomes. But the centrosomes are the two bifords. Those make up the centrioles and the support beams. Hey everyone, thanks for watching. Sorry for putting you through that cringe. Well, it definitely was cringe. Especially that cancer joke. I did not say that to make fun of anyone with cancer. I did this entire thing, unscripted in it. Came to mind. Sorry. Anyway, as you can tell, not for kids. So, copper, get out.