The following is a template strand of DNA with a start codon(=!!!) and a stop codon(=???):

!!!TCGGGCTACAAAACAAATCAACGGGGCTCGCAAACAAATAAACGG???
What is its mRNA nucleotide sequence?

Indicate the product of this DNA segment/gene.
What is the product’s primary structure?
How many peptide bonds are in the product?

To find the mRNA nucleotide sequence, we need to determine the complementary base pairs for each nucleotide in the template strand of DNA. The complementary base pairs are as follows:

Template DNA strand: !!!TCGGGCTACAAAACAAATCAACGGGGCTCGCAAACAAATAAACGG???
mRNA nucleotide sequence: !!!AGCCCGATGUUUUGUUUAGUUGCCCCGAGCGUUUGUUUAUUUGCC???

For the product of this DNA segment/gene, we need to identify the region between the start codon (represented as !!!) and the stop codon (represented as ???). The mRNA sequence given above can be translated into an amino acid sequence using the genetic code.

The mRNA nucleotide sequence: !!!AGCCCGATGUUUUGUUUAGUUGCCCCGAGCGUUUGUUUAUUUGCC???

We can use the genetic code to translate the mRNA sequence into an amino acid sequence:

Start codon: AUG (methionine)
Following codons: Lysine - Glycine - Valine - Proline - Glutamate - Phenylalanine - Serine

Therefore, the primary structure of the product is: Methionine - Lysine - Glycine - Valine - Proline - Glutamate - Phenylalanine - Serine.

To determine the number of peptide bonds in the product, we need to count the number of amino acids in the sequence and subtract 1. In this case, there are 7 amino acids in the sequence, so there are 7 peptide bonds in the product.

Summary:
mRNA nucleotide sequence: !!!AGCCCGATGUUUUGUUUAGUUGCCCCGAGCGUUUGUUUAUUUGCC???
Product's primary structure: Methionine - Lysine - Glycine - Valine - Proline - Glutamate - Phenylalanine - Serine
Number of peptide bonds: 7