00:01
So we're gonna be looking at a dna sequence and we're starting with what we are told is the non -template dna and we know this because we start with the 5 prime end and it goes to 3 prime and so we're just gonna write this out.
00:16
We have these nucleotide bases g a t c g t a c t so we have 9 nucleotide bases, but you can see they're broken up into groups of 3 so we have 3 different codons that we're working with.
00:33
So with this non -template dna, we are first going to translate it to our template dna, which is basically just the reflection of our template.
00:45
It's the opposite pair.
00:47
It's the opposite strand of dna.
00:49
So if it's the opposite then it's going in the opposite direction and for every nucleotide base, we're just gonna write down its opposite instead.
00:59
It's pair.
01:01
So g is paired with c and a is paired with t.
01:08
So every time i see a g in my non -template, that means there is a c in a template.
01:13
It's the pair.
01:14
It's the opposite.
01:15
For every a, there's a t.
01:17
For every t, there's an a.
01:20
G turns in c turns into g and g turns into c and so on and so forth.
01:28
And so now that we've written the opposites, we have our template strand of dna.
01:31
Now this template strand of dna will be translated through the process of translation into our rna sequence.
01:41
Again, it's going to be a reflection of this.
01:44
It's going to be the opposite...