Marcus Carter

and you get up to 1,000, tens of thousands.

And the thing about the proteins and peptides is that they work because of their shape, not the individual atoms, but their shape.

So you have the same protein in your fingernails and your hair, but for various reasons, they've got different shapes and they have different properties.

One's soft and floppy, one's a bit harder and stiffer.

And so with the peptides, you can end up with...

if you look at the number of possible peptides between 1 and 10 amino acids long, you've got more possible peptides than there are stars in a Milky Way.

And people are just making these up in laboratories at home and God knows what's in there and there are sort of bad things happening.

But the thing is that how the protein is folded...

is how it works because of the shape.

It's a lock and key thing.

And in the old days, a PhD student would spend four or five years of their life working out one shape.

And now we can do a dozen in a second.

And so that game was part of that process.

So I can then see the cops coming along and asking, when did you last have a drink?

But no, when did you last pay Tetris, mate?

Thank you, Dr. Morgan.

Yeah.

Dr. Bees, with that last sentence, you got the answer 100%.

So I've got a little video of my granddaughter saying, hello, Grandpa Carl.

And she falls over, right?