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Transfer GAC CTA AGA TTC GCA CTC ATG ACG CTT CAG AAG GGT GAT TAA CAC CCG ACC GTT CAG TTC AAT ACA AGC TTA GAA TCH GGA to mRNA 

          Transfer GAC CTA AGA TTC GCA CTC ATG ACG CTT CAG AAG GGT GAT TAA CAC CCG ACC GTT CAG TTC AAT ACA AGC TTA GAA TCH GGA to mRNA

Added by Clinton W.

Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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Transfer GAC CTA AGA TTC GCA CTC ATG ACG CTT CAG AAG GGT GAT TAA CAC CCG ACC GTT CAG TTC AAT ACA AGC TTA GAA TCH GGA to mRNA
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mRNA → protein → 3. DNA → TAC CTT GGG GAA TAT ACA CGC TGG CTT CGA TGA ATC CGT ACG GTA CTC GCC ATC mRNA → protein → 4. DNA → TAA ACT CGG TAC CTA GCT TAG ATC TAA TTA CCC ATC mRNA → protein → 5. DNA → CTA TTA CGA TAC TAG AGC GAA TAG AAA CTT ATC ATC mRNA → protein → 6. DNA → TAC CTT AGT TAT CCA TTG ACT CGA ATT GTG CGC TTG CTG ATC mRNA → protein → 7. DNA → ACC CGA TAC CTC TCT TAT AGC ATT ACA AAC CTC CGA GCG mRNA → protein → 8. DNA → TAC AGA CGG CAA CTC TGG GTG CTT TGT TCT CTT CTC AGT ATC mRNA → protein →

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Transcript

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00:01 Hello, in this question we have been given the dna strand sequence.
00:05 Okay, and we have to find the corresponding mrna and the drna sequence.
00:09 Okay, so we all know that when dna gets converted to mrna or it forms the mrna strand, it is called as transcription, right? and rna does not have any t -base, right? so there is no thymine.
00:24 Thyme is replaced by eurasil, right? so during transcription, a will be transcribed to u.
00:34 Right because there is no t in mrna right so we can see this will be the sequence so a will be transcribed to u t to a g to c and so on right so this is the correct sequence of mr rna strand right okay i hope you understand this part so now we go to the t rna strand okay so the antichodons on the t rna they are complementary with the mrna right so the sequence of the strand will be complementary to the mrna strand.
01:11 Right.
01:11 So you can see here...
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