11. If the above DNA sequence was effected by the mutagen,...

11. If the above DNA sequence was effected by the mutagen, UV light, and all thymine bases beside another thymine base fused together, answer the following questions. a) In the DNA sequence, fuse the T beside another T ($\boxed{TT}$) TAC CCG GGA TTA TTC CTA CCC GGT AAC ATT b) In the DNA chain without repair, give the new single strand of nucleotides that would pair with the DNA bases below the DNA above. c) Give the altered amino acid sequence below:

Transcript

00:01 In order to answer this question, i talk about base training rules.

00:03 According to base training rules, in dna, adrenaline is going to per with timing and cytosyn with warning.

00:08 But in any type of rna, adrenaline is supposed to per with your cell and cytosynumdone.

00:13 So in this case, it's just mutated dna template.

00:18 Okay.

00:18 And this is your dna template.

00:20 It's using the original dna sequence above, well, you don't, you are not providing that dna, the original dna sequence of.

00:26 Okay.

00:26 So i don't know if i'm going to be able to find that.

00:32 This mutation here and also this here okay but anyway let's try also remember that when you have your dna you're gonna have two strands the coding strand and the template strand the template strand is gonna be complementary to the messenger rna while the coding strand has the same sequence as your messenger rna with the only difference that the coding strength of dna has thy mean while your messenger rna have you're at it so it's just your messenger rna sequence, this is the template strand.

01:03 So you have to place the complementary bases here, following base pairing rules.

01:07 And also if this is the 3 -end and this is the 5 -end, then you're going to have the 5 -end here.

01:13 And you have c, a, u, g, c, g, g, g, g, a, u c, u, c, u, and g.

01:24 So this is your messenger rna sequence following base pairing rules.

01:28 Now it says, the aminaw acid sequence.

01:30 So in order to find the amino acid sequence, you have to find the genetic code table, that you can find it on internet.

01:38 And in that you're going to find all the amino acids that each column codes for.

01:43 In this case, you have the following sequence.

01:46 And this is also the 5 -end, this is a 3 -end.

01:49 You have to start from the start column.

01:51 In the start column is a -u -g.

01:53 So if you look at this sequence, you have here, a -u -g.

01:58 Okay, so this is g -c -a, i'm sorry.

02:01 U -c -u -c -g, c -u -g...

Question

Please give Ace some feedback