00:01
Okay, i want to answer this question and talk about the genetic code.
00:03
Remember that one property of the genetic code is that it is universal.
00:13
Okay, it means in, for example, in humans, in dogs, in cats, in virus, in bacteria, in fungi, or in any organism that we have, the genetic code is going to apply for them in the same way.
00:28
For example, remember that aug, according to the genetic code, it is going to code for metham so if you have a ug in a virus, for example, that incorporates its dna in our genome, this segment of the virus that has this a ug is going to cause for methyony, even when it is when it is a virus, okay? in a bacterium, aug is going to code also for methyony.
00:53
In a protozoa, a u .g is also going to cut for methylene.
00:57
And also in a worm, in a tad, in a dog, and in any organism in a protein, in a protein, in a protein, that we know, this hug is always going to code for methamion.
01:10
So this is one property of the genetic code that it is universal.
01:14
And this is why we can incorporate a human gene in a bacterium, and this bacterium is going to be able to translate it in a protein.
01:27
Because remember that a gene is going to produce a mna, and this mna is going to have codons that are triplets of nucleotides...