The DNA sequence that can encode the amino acid sequence Ile-Asp-Ser-Cys-His-Tyr would be:
ATC GAC TCT TGC CAC TAT
Each amino acid is represented by a specific three-letter code. Using the genetic code, we can find the corresponding DNA codons for each amino acid:
Ile (Isoleucine): ATC
Asp (Aspartic acid): GAC
Ser (Serine): TCT
Cys (Cysteine): TGC
His (Histidine): CAC
Tyr (Tyrosine): TAT
Combining these DNA codons, we get the sequence ATC GAC TCT TGC CAC TAT. This DNA sequence, when transcribed into mRNA and subsequently translated, will produce the desired amino acid sequence.
ATC GAC TCT TGC CAC TAT
Each amino acid is represented by a specific three-letter code. Using the genetic code, we can find the corresponding DNA codons for each amino acid:
Ile (Isoleucine): ATC
Asp (Aspartic acid): GAC
Ser (Serine): TCT
Cys (Cysteine): TGC
His (Histidine): CAC
Tyr (Tyrosine): TAT
Combining these DNA codons, we get the sequence ATC GAC TCT TGC CAC TAT. This DNA sequence, when transcribed into mRNA and subsequently translated, will produce the desired amino acid sequence.