00:01
Okay, in order to answer this question, let's talk about base pairing rules.
00:04
It says, write up an amino acid sequence made from the following dna strand using the genetic code table.
00:11
So you have here t -a -c -a -a -a -a -a -c -g -g -g -n -a -a -a -g -n -a -a -a.
00:25
Okay, so this is your dna sequence.
00:28
Remember that according to base -paring rules, adenings will to pair with timing in dna but with uracil and rna and cytosine is going to pair with one.
00:35
So if you want to build your messenget rna from this dna strand, then you have to place the complementary bases here according to this base pairing goals.
00:44
So here i'm going to have adenine, uracil, uracil, guanin, uracil, uracil, gyotyl, uracil, guanin, guanin, aden, cytosine, cytosine, uracil, uracil, cytosin, uracil, uracil, uracil, uracil, acotosin, okay.
00:58
So this is going to be your marnine sequence.
01:01
It says to also write the amino acid sequence.
01:06
So this is your mna.
01:09
Then you have to use the genetic code table that they are providing during order to code for the specific amino acids from these columns.
01:15
So you have that ago is going to code for methyonyon.
01:20
Then uu is going to code for phenylalanine.
01:26
Ucg is going to code for ucg goes for setting.
01:33
You have that gga codes for glising, cuc codes for leucin, uuc codes for phenylalanine, and then uua codes for uoc.
01:55
Okay, so this is going to be your amino acid sequence...