Central dogma focus: RNA is synthesized using a DNA template in a process called what, and which enzyme catalyzes this reaction in cells?

Introduction / Context:This question tests a core piece of the central dogma of molecular biology: how information flows from DNA to RNA. It asks you to correctly name the process that uses DNA as a template to make RNA and to identify the enzyme that performs this task.

Given Data / Assumptions:

• Cells contain DNA, RNA, and proteins.
• Template-directed synthesis follows base-pairing rules (A–U in RNA, A–T in DNA; G–C).
• Standard cellular processes are considered (no unusual viral enzymes).

Concept / Approach:Information typically moves DNA → RNA → protein. The step DNA → RNA is called transcription. The enzyme that catalyzes transcription is RNA polymerase, which binds to promoters, unwinds a short region of DNA, and polymerizes ribonucleotides into an RNA chain using the DNA template strand for base pairing.

Step-by-Step Solution:Identify the process that makes RNA from DNA: transcription.Identify the enzyme that synthesizes RNA: RNA polymerase.Match to the option that pairs both correctly.Select: transcription, RNA polymerase.

Verification / Alternative check:Replication uses DNA polymerase and produces DNA from DNA. Translation uses ribosomes to build polypeptides from mRNA; there is no “translation polymerase.” Thus the only accurate pairing is transcription with RNA polymerase.

Why Other Options Are Wrong:

• translation, RNA polymerase: translation does not synthesize RNA.
• transcription, DNA polymerase: DNA polymerase makes DNA, not RNA.
• replication, DNA polymerase: correct pairing, but wrong process for making RNA.

Common Pitfalls:Confusing replication with transcription or assuming all polymerases make all nucleic acids. Each polymerase has specificity.

Final Answer:transcription, RNA polymerase