Nitrogen bases form the backbone of a nucleic acid. Peptides form the backbone of a protein. Nucleotides link together to form a nucleic acid. Amino acids link together to form a protein. A nucleic acid is held together by the sugar-phosphate complex. A protein is held together by the carbon-carbon bonds.
Nucleic acids are smaller subunits that make of ribosomes, while proteins are larger compounds made of amino acids. Which best describes the relationship between DNA and proteins?
Nucleotides link together to form a nucleic acid. Amino acids link together to form a protein. A nucleic acid is held together by the sugar-phosphate complex. A protein is held together by the carbon-carbon bonds. Which biomolecules are found in all organisms?
A nucleic acid is held together by the sugar-phosphate complex. A protein is held together by the carbon-carbon bonds. Which biomolecules are found in all organisms?
A nucleic acid has alternating base pairs. A protein has alternating peptides. Nitrogen bases form the backbone of a nucleic acid. Peptides form the backbone of a protein. Nucleotides link together to form a nucleic acid. Amino acids link together to form a protein.
Nucleic acids are larger compounds made of amino acids, while proteins are smaller subunits that make up amino acids. Nucleic acids are smaller subunits that make of ribosomes, while proteins are larger compounds made of amino acids. Tags: Question 23.
DNA and proteins are nucleic acids that function together to maintain oxygen in the respiratory system.
Nucleotides link together to form a nucleic acid. Amino acids link together to form a protein.
DNA is an amino acid and RNA is a nucleic acid. DNA contains phosphate and RNA contains potassium. DNA has a nitrogenous base and RNA has a carbon base. DNA contains deoxyribose sugar and RNA contains ribose sugar. Tags: