Which feature of the Watson-Crick model of DNA structure explains its ability to function in replication and gene expression?

Question

Which feature of the Watson-Crick model of DNA structure explains its ability to function in replication and gene expression? (A) Each strand contains all the information present in the double helix (B) Structural and functional similarities of DNA and RNA (C) The double helix is right-handed and not left-handed (D) DNA replication does not require enzyme catalysts

Tardigrade Admin · Accepted Answer

Correct answer is (a) Each strand contains all the information present in the double helix

Q. Which feature of the Watson-Crick model of $D N A$ structure explains its ability to function in replication and gene expression?

Each strand contains all the information present in the double helix

Structural and functional similarities of $D N A$ and $RN A$

The double helix is right-handed and not left-handed

$D N A$ replication does not require enzyme catalysts

Correct answer is (a) Each strand contains all the information present in the double helix

Q. Which feature of the Watson-Crick model of DNA structure explains its ability to function in replication and gene expression?

Each strand contains all the information present in the double helix

Structural and functional similarities of DNA and RNA

The double helix is right-handed and not left-handed

DNA replication does not require enzyme catalysts

Correct answer is (a) Each strand contains all the information present in the double helix

Q. Which feature of the Watson-Crick model of $D N A$ structure explains its ability to function in replication and gene expression?

Structural and functional similarities of $D N A$ and $RN A$

$D N A$ replication does not require enzyme catalysts