The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased. Introduction: MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12. In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Question

Want to see the full answer?

Answer 1

Question

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Determine the amount of glucose in the unknown sample by plotting a standard curve of Absorbance at 620 nm on Y-axis and μg of glucose on the x-axis.

In the experiment, imidazole is used to elute mCherry from the column. Instead of using imidazole, can you suggest another method to elute mCherry from the column?

What is the weight of sodium chloride (in grams) required to adjust the tonicity of the solution?

Answer 2

Question

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Answer 6

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Answer 7

Chapter 20, Problem 2CT

Summary Introduction

To review:

The change in the appearance of the zones of inhibition of the different antimicrobials if the medication concentrations in the strips were slightly decreased.

Introduction:

MIC is defined as the minimum inhibitory concentration. E-test is a process by which MIC can be determined for an antimicrobial agent. It is determined by reading the number where the growth of the microorganisms intersects the strips. A teardrop-shaped zone of inhibition is noted due to the gradient of concentration of the antimicrobials. A slight decrease in the concentration of antimicrobials will produce a narrower teardrop shaped zone of inhibition as compared to the one given in Figure 20.12.

In Figure 20.12, the image of an E-test is given showing the MIC determination. It shows the multiple strips containing a gradient of concentrations of antimicrobials. The MIC is shown by reading the number where the growth intersects the strip.

Answer 8

Expert Solution & Answer

Answer 9

Expert Solution & Answer

Answer 10

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 11

Ch. 20 - Describe the difference between the terms...Ch. 20 - 2. Define therapeutic index and explain its...Ch. 20 - 3. Explain how penicillin-binding proteins (PBPs)...Ch. 20 - Name three classes of antimicrobial medications...Ch. 20 - Explain the roles of the first-line drugs versus...Ch. 20 - 6. Compare and contrast the method for...Ch. 20 - Name three targets that can be altered...Ch. 20 - What is MRSA? Why is it significant?Ch. 20 - Prob. 9SA Ch. 20 - 10. Explain the difference between the mechanism...

Solution Summary: The author explains that MIC is defined as the minimum inhibitory concentration, and E-test is a modified method to determine the concentration of antimicrobials like the disk diffusion method.

Videos

Want to see the full answer?

Chapter 20 Solutions