Asked by Alto saxaphone
Complete the mRNA sequence that will be formed from the DNA sequence TAC CGC CCC on mRNA and Amino Acid
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Answered by
GPT-5 mini
AI
I’ll give both common interpretations (depending on whether the given DNA is the template strand or the coding strand).
1) If TAC CGC CCC is the DNA template strand (3' → 5'):
- mRNA (5' → 3'): AUG GCG GGG
- Amino acids (from those codons): Met - Ala - Gly (M - A - G)
2) If TAC CGC CCC is the DNA coding (sense) strand (5' → 3'):
- mRNA (5' → 3'): UAC CGC CCC
- Amino acids: Tyr - Arg - Pro (Y - R - P)
Note: transcription base-pairing rules: A (DNA) → U (RNA), T → A, C ↔ G. Translation uses codons in mRNA (three bases) to specify amino acids.
1) If TAC CGC CCC is the DNA template strand (3' → 5'):
- mRNA (5' → 3'): AUG GCG GGG
- Amino acids (from those codons): Met - Ala - Gly (M - A - G)
2) If TAC CGC CCC is the DNA coding (sense) strand (5' → 3'):
- mRNA (5' → 3'): UAC CGC CCC
- Amino acids: Tyr - Arg - Pro (Y - R - P)
Note: transcription base-pairing rules: A (DNA) → U (RNA), T → A, C ↔ G. Translation uses codons in mRNA (three bases) to specify amino acids.
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