Post by Cubone! on Sept 6, 2008 15:33:57 GMT -5
So, you're interested in DNA right? You're in the right place. I, Professor Cubone, as I am known, am a high level scientist in the studies of it and would be delighted to tell you all about it. One thing provided though, you help me by letting myself and all of the scientists recreate Pokémon using DNA. Okay? Well I'll start then.
I myself, created the practise of recreating Pokémon splicing fossilized DNA samples.
How do I do it? Well that's too sophisticated for you're incapable mind, my dear.
How do you find Pokémon DNA if it's so little?
You have much to learn... First off, Pokémon DNA is unlike yours and mine. It enlarges during the process of fossilization, and let me tell you that a single Wurmple could create hundreds of thousands of samples. You ask why morph them together when there are so many? Well one, because it's more fun, and two, because samples are hard to come by.
I can see you are confused by this. *sigh*
Well, as you must know by now, Pokémon have been extinct for hundreds of years and their fossils and such are buried deep in the earth. Therefore you must dig several feet down before obtaining a miniscule sample.
Oh yes, you wonder what the DNA looks like.
I love the way Pokémon DNA appears, it's beautiful twist, the magnificent colours... Oops, I forgot to mention the colouring of DNA!
Yes, you heard right, Pokémon DNA is in fact colourful. You know about the stories of Pokémon, how they have 17 types. Each type has a certain colour of their DNA, Grass is green, Fire is red, Water is blue, so on. Dual types have both of their colours, such as Rhydon DNA being brown and grey. If you are lucky enough to get a legendary Pokémon's DNA, it will be a metallic shade of whatever colour. If you find a Shiny Pokémon's DNA it will appear to have sparkles on it. You'll be able to tell when you find DNA though, let me tell you that.
So if you ever have the urge to create a Pokémon, come to a lab and visit the scientists, we also keep spare strands there too in case you ever run out.
And thanks for visiting!
I myself, created the practise of recreating Pokémon splicing fossilized DNA samples.
How do I do it? Well that's too sophisticated for you're incapable mind, my dear.
How do you find Pokémon DNA if it's so little?
You have much to learn... First off, Pokémon DNA is unlike yours and mine. It enlarges during the process of fossilization, and let me tell you that a single Wurmple could create hundreds of thousands of samples. You ask why morph them together when there are so many? Well one, because it's more fun, and two, because samples are hard to come by.
I can see you are confused by this. *sigh*
Well, as you must know by now, Pokémon have been extinct for hundreds of years and their fossils and such are buried deep in the earth. Therefore you must dig several feet down before obtaining a miniscule sample.
Oh yes, you wonder what the DNA looks like.
I love the way Pokémon DNA appears, it's beautiful twist, the magnificent colours... Oops, I forgot to mention the colouring of DNA!
Yes, you heard right, Pokémon DNA is in fact colourful. You know about the stories of Pokémon, how they have 17 types. Each type has a certain colour of their DNA, Grass is green, Fire is red, Water is blue, so on. Dual types have both of their colours, such as Rhydon DNA being brown and grey. If you are lucky enough to get a legendary Pokémon's DNA, it will be a metallic shade of whatever colour. If you find a Shiny Pokémon's DNA it will appear to have sparkles on it. You'll be able to tell when you find DNA though, let me tell you that.
So if you ever have the urge to create a Pokémon, come to a lab and visit the scientists, we also keep spare strands there too in case you ever run out.
And thanks for visiting!
