Which of the following is false regarding the dna sequence 5...

Name: which of the following is false regarding the dna sequence 5 atgagggaatag 3 the dna would code for a tripeptide with a net charge of 0 at a ph74 the resulting mrna coding sequence would be 5 26565
Uploaded: 2023-08-16T01:43:35-08:00
Duration: 7 min 12 s
Channel: Madhur L
Description: which of the following is false regarding the dna sequence 5 atgagggaatag 3 the dna would code for a tripeptide with a net charge of 0 at a ph74 the resulting mrna coding sequence would be 5 26565

Which of the following is FALSE regarding the DNA sequence 5'-ATGAGGGAATAG-3'? The DNA would code for a tripeptide with a net charge of +0 at a pH=7.4. The resulting mRNA coding sequence would be 5'-AUGAGGGAAUAG-3'. The DNA is transcribed to RNA using the antisense strand. The complementary DNA sequence is 5'-CTATTCCCAT-3'. The DNA would have a higher melting temperature than the strand 5'-CTGAGCGGATCG-3'.

Transcript

00:01 Hello student, here the question is given and the question is about the dna sequence.

00:04 So here this dna sequence is given and this dna sequence is from 5 prime to 3 prime and this is the tgc and then gcc, agc and then gag.

00:19 So this is the dna sequence is given and we have to answer the question regarding this sequence.

00:25 So the first question is regarding this complementary dna.

00:30 So we know the complementary dna is the one which is going to running from 3 prime to 5 prime direction and this a is always bind with the t and c is always bind with the g or the vice versa.

00:44 So here the t is the given so if we write the complementary sequences so the t is going to bind with the a and g is going to bind with the c.

00:52 Similarly this is going to be g and the cgg then t and this is going to be cgct and this is the c.

01:03 So this is the complementary sequences and this is the first question and the second question is regarding we have to tell the number of hydrogen bond.

01:12 So if we are calculating about these hydrogen bonds so we know in case of a and t there are two hydrogen bond in this two hydrogen bond present while in case of c and g there are three hydrogen bond.

01:28 So by calculating the number of adenine this at and the gc we can get this number of hydrogen bond.

01:37 So here the a and t is combination is only three and the rest one is going to be g and c.

01:44 So here two into this number of at at bonds and plus this three into number of gc bond.

01:58 So simply two into three and this is one going to be three into nine because the nine one is the total is 12 base pair.

02:06 So simply six plus 27 and it is going to be here we can get the number of total hydrogen bond...

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