No MIC interpretive standards are given for penicillin G against E. coli. Which ONE of the following best describes why this is the case? Select one: A. E. coli are intrinsically resistant to penicillin G because the drug poorly traverses the outer membrane B. E. coli always have a small subset of cells within the bacterial population that are resistant to penicillin G C. E. coli are inherently resistant because they do not possess the target of penicillin G D. E. coli are naturally susceptible to penicillin G E. E. coli are intrinsically resistant to penicillin G due to the production of penicillinases
No MIC interpretive standards are given for penicillin G against E. coli. Which ONE of the following best describes why this is the case? Select one: A. E. coli are intrinsically resistant to penicillin G because the drug poorly traverses the outer membrane B. E. coli always have a small subset of cells within the bacterial population that are resistant to penicillin G C. E. coli are inherently resistant because they do not possess the target of penicillin G D. E. coli are naturally susceptible to penicillin G E. E. coli are intrinsically resistant to penicillin G due to the production of penicillinases
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Question
No MIC interpretive standards are given for penicillin G against E. coli. Which ONE of the following best describes why this is the case?
Select one:
A.
E. coli are intrinsically resistant to penicillin G because the drug poorly traverses the outer membrane
B.
E. coli always have a small subset of cells within the bacterial population that are resistant to penicillin G
C.
E. coli are inherently resistant because they do not possess the target of penicillin G
D.
E. coli are naturally susceptible to penicillin G
E.
E. coli are intrinsically resistant to penicillin G due to the production of penicillinases
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