Betül Kaçar

So the start is always the same.

To me, that is fascinating that all life starts with the same start.

There's no other start code.

So you sent the AUG to the cell that when that information arrives, the translation knows, all right, I got to start.

Function is coming.

Following this is a chain of information until the stop starts.

which are highlighted in black squares.

Yeah, the words, the sentences.

And again, you get one start.

There are three different ways to stop this, one way to start it.

And for each...

letter, you have multiple options.

So you say you have a code A, the second code can be another A. And even if you mess that up, you still can't rescue yourself.

So you can get, for instance, I'm looking at the lysine K, you get an A and you get an A and then you get an A that gives you the lysine.

But if you get an A and if you get an A and I get a G, you still get the license.

So there are different combinations.

So even if there's an error, we don't know if these are selected because they were erroneous and somehow they got locked down.

We don't know if there's a mechanism behind this or we certainly don't know this definitively.

But this is the informatic part of this.

And notice that the colors, and in some tables too, the colors will be coded in a way that the type of the nucleotides can be similar chemically.