A bacterial strain exhibiting a unique RNA polymerase structure would most likely inhibit the activity of which antibiotic?

Question

18-08-2024
Biology

High School

We appreciate your visit to A bacterial strain exhibiting a unique RNA polymerase structure would most likely inhibit the activity of which antibiotic. This page offers clear insights and highlights the essential aspects of the topic. Our goal is to provide a helpful and engaging learning experience. Explore the content and find the answers you need!

A bacterial strain exhibiting a unique RNA polymerase structure would most likely inhibit the activity of which antibiotic?

Answer :

Other Questions

Kindly list down all the important markers, regulatory enzymes, cofactors and end

If demand is P = 20 - Qp and supply is P

Write the sentence as an equation: 163 reduced by \( p \)

MCQ The Dodo bird is an example of _______________ species. a) extinct

A 6-hour-old female is evaluated in the newborn nursery due to respiratory

Ray LR is to be added to the diagram so that it

How did many bomber groups respond to the Tuskegee Airmen?

Motorists should be aware that their ability to effectively implement the IPDE

Bethel Bookmarks ALGEBRA I 2-1: MathXL for School: Additional Practice Write the

What term describes the minimum attention, competence, and caution a reasonable person

ashsaima1527 ashsaima1527 · Answer 1 · 2025-01-18T08:29:12-05:00

A bacterial strain exhibiting a unique RNA polymerase structure would most likely inhibit the activity of the rifampin antibiotic.

What is RNA polymerase?

RNA polymerase is an enzyme that participates in DNA transcription, which is the procedure of transcribing DNA sequences into RNA sequences. RNA polymerase, like other polymerases, creates polymers from a monomer. RNA polymerase catalyzes the addition of nucleotides to the 3'-end of a growing RNA chain by reading the template DNA strand, therefore synthesizing a complementary RNA strand according to the base-pairing rules.

Antibiotics and RNA polymerase structureBacteria have various mechanisms of resistance to antibiotics, which include changing the target of the antibiotic, reducing antibiotic influx or increasing antibiotic efflux, and altering the antibiotic. Rifampin, on the other hand, has a unique mechanism of action. Rifampin is a bactericidal antibiotic that targets RNA polymerase, a bacterial enzyme responsible for gene transcription that converts DNA into mRNA.