00:01
Okay, here we've got a complementary double -stranded segment of dna, and we know that the bottom is the template, because that's given in the problem.
00:15
So when we convert this into rna, which is our goal of this problem, transcribing into rna, we're going to use this strand, the template strand.
00:28
It's a template for transcription.
00:30
We're going to use this strand to determine what our rna strand.
00:33
Going to be.
00:35
And then a really cool thing about the other strand, which is called the coding strand, or this is also called the rna -like strand, is that it should match up with our transcribed rna molecule, which is really useful because when we transcribe it, we can go back and check this.
00:56
And with the exception of substituting uracilfer thymine, and this should look exactly the same.
01:05
So that's exactly what we're going to do...