DNA sequences are written in groups to make them easier to read. The spaces do not indicate a gap in the DNA. 1. Write the complementary strand underneath the parent strand below: 5' - AGgAA CTTAG ACCTG ATGCC CTGTC TTGCA GTAGG GACAC TTTAG-3' 2. Transcribe the template DNA strand below into MRNA, then translate the mRNA into protein: 3'-CCG CCG GAA TAC TCT CAA GTA ATA GGT GCC ATC GAA TGG-5' 3. Using the NON- template strand of DNA, determine the template sequence of DNA, transcribe it, then translate it into a protein. 5'-CCG CCG AAG ATG GAG CAG TTT ATT CTT AAG TCA TGA CCC-3' 4. What is the effect of the insertion of a nucleotide in the 4th codon of the DNA sequence below? (Hint: transcribe and translate the original mRNA underneath the template DNA. Insert a nucleotide into the 4th codon and transcribe and translate the new sequence. Then compare the resulting proteins.) Template: 3'-TAC AAA CTA GTG AAT AGA TTT CCA CGT ACT GGG- 5'.