A strand of DNA is a polymer of _________ , joined by covalent bonds between the__________ of one monomer and the_________ of the next monomer.

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Answer:

"nucleic acids", "deoxyribose sugar, and the "phosphate"

The answer is "nucleic acids", "deoxyribose sugar, and "phosphate".

  • Nucleic acid is present in macromolecules that are also found in all organisms and viruses.
  • Its activities include the storage and expression of genetic information. All the information required by cells to produce proteins is encoded in DNA.
  • Deoxyribose sugar, commonly known as d-2-deoxyribose, is a five-carbon sugar component of DNA that alternates with phosphate groups to create its DNA polymer's "backbone" that attaches to nitrogenous bases.
  • Phosphate is a chemical derived from the mineral phosphorus.
  • These are required for fuel synthesis, muscle and nerve function, including bone formation.

Therefore, the answer is "DNA strand is a polymer of nucleic acids joined via covalent connections between one monomer's deoxyribose sugar and the next monomer's phosphate".

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