Exercise 6: Put the Pipeline Together Finally, we are interested in taking a string of DNA sequence data, transcribing its RNA complement, and translating the resulting RNA to amino acids. This requires that you: 1. Convert the string from DNA to RNA. (Which function does this?) 2. Convert the RNA string to its corresponding protein expression string. (Which function does this?) 3. Return the resulting string. Compose a function dna2 codons which accepts a string dna and returns a string codons representing the sequence of corresponding amino acids per the table above. The function should convert any input into upper-case and should check that the codon is valid. #grade def dna2 codons (dnaString): codons = # Convert the string from DNA to RNA. (Which function does this?) # Convert the RNA string to its corresponding protein expression string. (Which function does this?) # Return the resulting string. Exercise 6: Put the Pipeline Together Finally, we are interested in taking a string of DNA sequence data, transcribing its RNA complement, and translating the resulting RNA to amino acids. This requires that you: 1. Convert the string from DNA to RNA. (Which function does this?) 2. Convert the RNA string to its corresponding protein expression string. (Which function does this?) 3. Return the resulting string. Compose a function dna2 codons which accepts a string dna and returns a string codons representing the sequence of corresponding amino acids per the table above. The function should convert any input into upper-case and should check that the codon is valid. #grade def dna2 codons (dnaString): codons = # Convert the string from DNA to RNA. (Which function does this?) # Convert the RNA string to its corresponding protein expression string. (Which function does this?) # Return the resulting string