Genetic Processes: Replication, Transcription, and Translation

Complementarity between nucleic acids is involved in replication/transcription, but not in translation. (correct)

Replication/transcription involves synthesis of amino acids, while translation involves synthesis of nucleic acids.

Replication/transcription do not involve genetic material, while translation does.

There is no difference between the two processes.

Amino acids are not involved in translation, making complementarity irrelevant.

Nucleotides and amino acids have opposite charges, making complementarity hard to visualize.

Translation involves a different type of nucleic acid that doesn't follow the rules of complementarity.

There is no theoretical basis for complementarity between nucleotides and amino acids. (correct)

Changes in the temperature during protein synthesis

Changes in the cell's environment

Changes in the structure of amino acids

Changes in genetic material (nucleic acids) (correct)

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<p>Complementarity plays a role in replication and transcription but not in translation.</p> Signup and view all the answers