The portion of DNA in Which RNA polymerase binds and starts transcription is called______________?

Related Mcqs:

1. The process by which a base sequence of messenger RNA is synthesized (by a RNA polymerase) on a template of complementary DNA is called______________?

   A. Transcription
   B. Transduction
   C. Translation
   D. Translocation

2. An enzyme that makes a double stranded DNA copy from a single stranded RNA template molecule is known as____________?

   A. DNA polymerase
   B. RNA polymerase
   C. Reverse transcriptase
   D. Phospho kinase

3. The major functional difference between DNA and RNA is_____________?

   A. RNA contains ribose
   B. DNA carries the information in all organizations
   C. DNA is localized in nucleus
   D. RNA does not contain thymine

4. The process of transfer of information from the RNA to the proteins is called______________?

   A. Mutation
   B. Translation
   C. Transcription
   D. Conjugation

5. Transcription is the synthesis of____________?

   A. Single stranded complimentary copy of DNA
   B. Double stranded complimentary copy of DNA
   C. Complimentary copy of RNA
   D. COmplimentary copy of rRNA

6. All of the following have receptors which are transcription factors except____________?

   A. Insulin
   B. Estrogen
   C. Vitamin D
   D. Glucocorticoid

7. The transmembrane adhesive molecules present in hemi desmosomes which specifically binds to basal lamina glycoprotein laminin are______________?

   A. Integrin a6-B4
   B. The catenins desmoplakin
   C. cadherins desmoglein
   D. a and B catenin

8. Porcelain binds to metal in PFM crown by_________________?

   A. Metallic bind
   B. Transparency
   C. Chemical bond
   D. B and C

9. Drug binds to activate the receptor is same fashion, which directly or indirectly brings effect, is_____________?

   A. Inverse agonist
   B. Antagonist
   C. Agonist
   D. Partial agonist

10. In all the following RNA participates directly except________________?

    A. Post translation modification
    B. Post transcriptional modification
    C. DNA replication
    D. Splicing