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Module 4: Antibiotic Stewardship (Stanford University)

Total questions: 30

Worksheet time: 15mins

Name
Class
Date
1.

What is one of the primary goals of formal antimicrobial stewardship programs in the inpatient setting?

a)

To increase the use of broad-spectrum antibiotics

b)

To achieve optimal clinical outcomes related to antimicrobial use

c)

To eliminate the need for infection control programs

d)

To reduce the number of hospital staff

2.

What is the main advantage of preauthorization as a strategy in antimicrobial stewardship?

a)

It increases the use of unnecessary antibiotics

b)

It reduces initiation of unnecessary and inappropriate antimicrobials

c)

It delays patient care

d)

It eliminates the need for pharmacist involvement

3.

Why is collaboration with infection control programs important in antimicrobial stewardship?

a)

To increase the spread of resistance

b)

To minimize the spread of resistance

c)

To reduce the number of clinicians involved

d)

To eliminate the need for audits

4.

Which antibiotics are noted for having high bioavailability and can be converted from IV to oral therapy?

a)

Penicillins and cephalosporins

b)

Fluoroquinolones and linezolid

c)

Vancomycin and gentamicin

d)

Amoxicillin and erythromycin

5.

Which of the following is an example of a program that can help reduce nephrotoxicity and improve time to therapeutic levels?

a)

Vancomycin and aminoglycosides per pharmacy

b)

Routine use of broad-spectrum antibiotics

c)

Prolonged use of oral antibiotics

d)

Avoiding all antibiotic use

6.

What is a key strategy to decentralize routine antibiotic review?

a)

Self-stewardship and antibiotic timeouts

b)

Increasing antibiotic prescriptions

c)

Eliminating all checklists

d)

Ignoring stop orders

7.

Why is education alone considered a weak intervention in antimicrobial stewardship programs?

a)

It is best used with other interventions for sustained effects

b)

It always leads to resistance

c)

It is never effective

d)

It increases infection rates

8.

When designing interventions for antifungal stewardship, what should programs consider?

a)

Local epidemiology and antifungal resistance rates

b)

Only national guidelines

c)

Patient preferences only

d)

Cost of medications only

9.

In what situation might therapeutic drug monitoring (TDM) be especially helpful?

a)

Patients failing therapy or with deep-seated disseminated disease

b)

Patients with mild infections

c)

All patients regardless of condition

d)

Patients with no risk factors

10.

What is the primary reason for setting up an Antimicrobial Stewardship Program (ASP) in a hospital?

a)

To reduce hospital staff workload

b)

To improve quality and lower costs by managing antimicrobial use

c)

To increase the number of hospital beds

d)

To promote hospital branding

11.

Which of the following is NOT listed as a type of priority that may be considered strategic for a hospital?

a)

Clinical

b)

Operational

c)

Financial

d)

Recreational

12.

Which of the following is a caveat mentioned when setting goals for antimicrobial use in an ASP proposal?

a)

The goal should be to eliminate all antimicrobials

b)

The goal should be appropriate to use, not just reduction in use

c)

The goal should focus only on financial savings

d)

The goal should ignore baseline data

13.

Why might hospital leaders view a phased implementation of a stewardship program as beneficial?

a)

It demonstrates a commitment to achieving targets over time and builds faith in the partnership

b)

It allows for immediate full-scale implementation

c)

It reduces the need for any monitoring or updates

d)

It eliminates the need for compliance with guidelines

14.

Which metric is less sensitive to variability in dosing and is endorsed as the standard by the CDC's antimicrobial utilization module?

a)

Defined Daily Dose (DDD)

b)

Days of Therapy (DOT)

c)

Milligram per kilo dosing

d)

Patient days

15.

What is the main reason for applying rules to exclude repeat isolates in a given time window when measuring antimicrobial susceptibility?

a)

To increase the number of isolates in the report

b)

To avoid biased results from patients with multiple isolates

c)

To reduce the workload for laboratory staff

d)

To ensure all organisms are included in the report

16.

What is a key challenge when comparing your institution’s data to other groups?

a)

Ensuring that a comparator really represents a good benchmark for your institution

b)

Collecting data from your own institution

c)

Setting an absolute standard goal

d)

Ignoring background variability

17.

Which of the following is a common mistake when analyzing data longitudinally in antimicrobial stewardship?

a)

Overstating the effects of your program due to random variability

b)

Using absolute standard goals

c)

Comparing to other hospitals

d)

Tracking long-term trends

18.

How can tracking stewardship metrics over longer time periods be beneficial?

a)

It can account for seasonal and other fluctuations, revealing long-term trends

b)

It eliminates all background variability

c)

It always shows a downward trend

d)

It makes month-to-month noise more apparent

19.

Suppose you observe a downward trend in vancomycin use over eight months, but there are substantial month-to-month variations. What should you consider before concluding that your stewardship program is successful?

a)

The variations may be part of background variability and not a true effect

b)

The trend is always due to the program’s success

c)

The data should be ignored if it fluctuates

d)

Only the last month’s data matters

20.

If you want to ensure that your data analysis reflects a real effect rather than random variation, what should you do?

a)

Use adequate data and the best techniques to estimate intervention effects

b)

Only compare to other hospitals

c)

Ignore fluctuations in the data

d)

Use a single month’s data for analysis

21.

What is the purpose of applying confidence intervals or error bars to data points in a study?

a)

To indicate the degree of uncertainty around estimates and reduce the likelihood of overstating trends

b)

To make the data look more complex

c)

To hide errors in the data

d)

To increase the number of data points

22.

According to the passage, what is the most valid way to analyze and present data measured at repeated intervals over time after an intervention?

a)

Interrupted time series analysis

b)

Comparing only the mean values before and after intervention

c)

Ignoring trends and focusing on random variation

d)

Using only the data from the intervention period

23.

Why might comparing the mean value of a metric before and after an intervention give an incomplete or false interpretation?

a)

It does not account for underlying trends and changes in level over time

b)

It always overestimates the effect

c)

It is the simplest statistical method

d)

It uses too many data points

24.

How does patient mix affect antimicrobial utilization rates in hospitals?

a)

It has no effect on utilization rates

b)

Hospitals with more high-use patients have higher total utilization

c)

Only the number of doctors affects utilization rates

d)

Utilization rates are always the same regardless of patient mix

25.

What is the benefit of plotting antibiotic usage among patients on particular services in each hospital, as described in the text?

a)

It allows comparison of similar patient groups, removing the effect of different patient mixes

b)

It increases the complexity of data analysis

c)

It hides differences between hospitals

d)

It reduces the need for benchmarking

26.

According to the passage, what was surprising about UCSF's vancomycin use compared to other hospitals?

a)

UCSF had the second highest usage in its group, much more than lower end institutions

b)

UCSF used no vancomycin at all

c)

UCSF had the lowest usage of vancomycin in the group

d)

UCSF only used vancomycin for non-bacterial infections

27.

What did the surveillance data suggest about MRSA rates during the period of increased vancomycin use?

a)

MRSA rates were actually flat, not increasing

b)

MRSA rates were rapidly increasing

c)

MRSA rates were decreasing dramatically

d)

MRSA rates were unknown due to lack of data

28.

What percentage of all adult admissions for any indication were receiving vancomycin during their hospitalization, according to the text?

a)

10 percent

b)

15 percent

c)

25 percent

d)

50 percent

29.

What is the primary purpose of a clinical decision support system?

a)

To help identify opportunities and add efficiency to the intervention process

b)

To replace the decision of a clinician

c)

To diagnose diseases automatically

d)

To prescribe medication without human input

30.

Which of the following best describes the main difference between EHR-integrated and third-party clinical decision support systems?

a)

Whether the user has to go into a separate system to view the alerts

b)

The type of medication prescribed

c)

The number of clinicians using the system

d)

The cost of the system