In prokaryotic cells, the DNA sequence which can be recognized and bound with RNA polymerase is called ( )
A: enhancer
B: promoter
C: silencer
D: operator
E: attenuator
A: enhancer
B: promoter
C: silencer
D: operator
E: attenuator
举一反三
- Operator is bound by A: activator B: repressor C: promoter D: enhancer E: silencer
- In the initiation process of transcription, the sequence of DNA that allows RNA polymerase to bind is called A: the promoter region. B: the enhancer region. C: the termination region. D: the un-translated region (UTR)
- In which area will the RNA polymerase attach allowing transcription to occur? A: regulator B: promoter C: operator D: terminator
- Using the DNA template in a process called _______ RNA is synthesized utilizing which enzyme? A: translation, RNA polymerase B: transcription, DNA polymerase C: transcription, RNA polymerase D: replication, DNA polymerase
- Both eukaryotic RNA polymerase and prokaryotic RNA polymerase can directly recognize and bind to promoter.(<br/>)