Base pairing across the two DNA strands forms what?

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Multiple Choice

Base pairing across the two DNA strands forms what?

Explanation:
Base pairing across DNA strands creates two complementary strands. In DNA, each base on one strand pairs with a specific partner on the opposite strand (A with T, C with G) through hydrogen bonds, making the two strands complementary and aligned in an antiparallel double helix. This pairing does not yield a single strand, a protein complex, or a lipid bilayer, so the result is two complementary strands formed.

Base pairing across DNA strands creates two complementary strands. In DNA, each base on one strand pairs with a specific partner on the opposite strand (A with T, C with G) through hydrogen bonds, making the two strands complementary and aligned in an antiparallel double helix. This pairing does not yield a single strand, a protein complex, or a lipid bilayer, so the result is two complementary strands formed.

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