0:00
Hello everyone.
00:01
So, the answer to this question is that is the atp.
00:04
So this is the adenosin, adenosin triphosphate.
00:16
Okay.
00:17
So this is basically a energy currency.
00:21
And we know that here the adenine base is present in dna and rna.
00:27
And this is a nucleic acid.
00:30
This is basically a nucleic.
00:33
Acid nucleic acid.
00:39
Now here we can say that the adenine is a base pair present in the dna and rna as already said.
00:45
So adenine and this particular base pair when it is phosphorylated and paired with five sugar molecule it produces adp so along with it if we just phosphorylated phosphorylite phosphorylated phosphorylur rylate and then add a 5 -carbon sugar molecule, sugar molecule.
01:16
Then here we'll get the adp.
01:20
Adp is basically adenosine diphosphate followed by atp and from this if we add again an inorganic phosphate will get atp.
01:31
So how is it look like if we just see first of all.
01:35
That is if we have a oh group here, then this is connected to the phosphate and this goes like this, the phosphorus.
01:44
And from here we'll have an o, then p again...