nmdcat.online
BIO NMDCAT Ribonucleic acid (RNA)
nmdcat.online July 3, 2026

39. The cellular process that would be immediately blocked by an inhibitor targeting RNA Polymerase II is

A. Ribosome assembly
B. Splicing of mature tRNA
C. Synthesis of mRNA
✓
D. Translation of proteins

📝 Explanation

RNA Polymerase II is exclusively responsible for the transcription of all protein-coding structural genes into mRNA in eukaryotes.

📖 Additional Information

  • Ribosome assembly
  • Splicing of mature tRNA
  • Synthesis of mRNA
  • Translation of proteins

RNA Polymerase II is exclusively responsible for the transcription of all protein-coding structural genes into mRNA in eukaryotes.

🔗 Share This Question

Facebook Twitter LinkedIn WhatsApp

🧭 Navigate Questions

Previous Question

38. The primary transcript produced immediately after transcription of a structural gene in eukaryotes is termed

Next Question

40. The non-coding sequences present within a primary RNA transcript that are excised during processing are known as

Back to All Questions

🔗 Related MCQs

An increase in the incidence of ectopic pregnancies within a population can often be epidemiologically correlated with a prior increase in the prevalence of which sexually transmitted disease?
July 16, 2026
In the life cycle of Herpes Simplex Virus 2 (HSV-2), the virus travels along nerve fibers to reach the sensory ganglia. The cellular mechanism responsible for this retrograde transport utilizes:
July 16, 2026
A defining characteristic of the lesions associated with the secondary stage of syphilis is that they:
July 16, 2026
The causative agent of genital herpes, HSV-2, is enveloped. The biological significance of this viral envelope in the context of transmission is that it makes the virus:
July 16, 2026
The structural basis for the severe cardiovascular complications seen in tertiary syphilis, such as aortic aneurysms, is the chronic inflammation and destruction of:
July 16, 2026

Categories

View all →