How long to the London terminus?

that the terminus is toward your Lord,

Amino Colors

I don't know, let's call it amino acid 1, amino acid 5, amino acid 20.

And here, if you watch, you can see the terminus retreating.

And this is an amino acid.

This is the amino acid tryptophan.

I sacrificed it to Vulcan, for it was past serving the god Terminus.

It's a very long chain of these amino acids, and there are actually 20 different amino acids.

This codes for amino acid number 1.

little, little folds you see, these are all little amino I mean, they're just little dots of amino acids.

Now you propose yet another dirtbanked terminus dam with slopes of 21 2 to 1,

I have another amino acid that's like that.

The animals can't manufacture the amino acid, lysine.

It's not just the chain of the amino acids, but what's more important is how these amino acids actually fold.

And it is detectable not just in amino acids.

And amino acids are the building blocks of proteins.

For insulin right here, this is 50 amino acids.

Triplets of those letters code for roughly 20 amino acids, such that there's a single letter designation for each of the amino acids.

It has the chemical sequences of amino acids which says,

And somehow these amino acids are combined, and life begins.

So let's say I have some amino acid right here, and then I have another amino acid that's right here like that, and then

Proteins are like bicycle chains with sequences of amino acid links.

And these proteins, the building blocks of proteins are amino acids.

If I have GGG, this codes for amino acid number 10.

Now, genes are short segments of DNA that code for amino acids.

Some of these are multiple chains of amino acids kind of fitting together like a big puzzle, but some of them or just single chains of amino acids.

And if it was AAU, then this codes for amino acid number 2.

So this first one holds this payload right here of this amino acid.

And so it might keep going, and there's another green amino acid here.

And what I took here from Wikipedia is these are some amino acids.

Actually, it's overkill, because we can actually have 64 combinations here, and there are only 20 amino acids, so we can even have redundant combinations code for different amino acids.

So once you fold them, they form these really ultracomplex patterns based on what amino acid is attracted to what other amino acid in these very intricate three dimensional shapes.

Because you have to have three base pairs that code for one amino acid, and actually, three base pairs, this is called a codon, because it codes for amino acids.

We could use amino acids, we could use nucleic acids, carboxylic acids, fatty acids.

They're very repetitive, and they're very rich in the amino acids glycine and alanine.

Amazingly, proteins are the molecules composed of combinations of only 20 type amino acids.

And this one happens to be a good source of all 20 amino acids.

Twenty different amino acids are pretty much the structure of all of our proteins.

But this right here is approximately 50 I forgot the exact number amino acids.

That's still not enough to code for one of 20 amino acids to say, hey, this is going to code for amino acid number five, and we'll talk more about their actual names.

What we can use are the smaller molecules that make up these proteins, the amino acids.

So a very obvious question is how can these things code for 20 different amino acids?

So if we have three of these bases, we can actually code for an amino acid.

The second one holds this payload of this amino acid and so forth and so on.