Question 2 (3 points) Which of the following targets would be approproate to inh

Question

Question 2 (3 points)

Which of the following targets would be approproate to inhibit bacterial protein synthesis?

Question 2 options:

A)

nuclear envelope

B)

DNA polymerase

C)

50s ribosome

D)

Reverse transcriptase

Save

Question 3 (3 points)

Which of the following types of HIV antivirals are used in combinations in order to prevent mutational resistance?

Question 3 options:

Nucleoside Analogs

Non-nucleoside inhibitors

Neuorminidase Inhibitors

Reverse transcriptase inhibitors

Save

Question 4 (3 points)

How do some bacteria develop drug resistance by rapid ejection of a drug?

Question 4 options:

A)

R plasmids carry genes for efflux pumps

B)

R plasmids carry genes for beta-lactamases

C)

F plasmids transfer R factors to multiple bacteria

D)

R plasmids are simultaneously F plasmids

A)

nuclear envelope

B)

DNA polymerase

C)

50s ribosome

D)

Reverse transcriptase

Explanation / Answer

Question 2:- Answer is (C) 50 s ribosome is to be targeted in order to inhibit bacterial protein synthesis as it is responsible for polypeptide chain elongation which is one of the most important step of mRNA translation into proteins.

Question 3:- In HIV Anti-Retroviral Therapy HAART (Highly Active Anti- Retroviral Therapy) regimen is used which includes the combination of two or three drugs to prevent the drug resistance in client. The following combination is used in this:-

Non-Nucleoside Inhibotors and Reverse Transcriptase Inhibitors are used in combination in treatment of HIV.

Question 4:- Answer is (B) - R plasmids carry genes for beta- lactamases which confer resistance to most of the drugs in case of any treatment regimen.

Related Questions

Navigate

• Browse (All)
• Browse Q
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.