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SLTech- Chapter 14 Medication Safety and Error Prevention

Total questions: 52

Worksheet time: 33mins

Name
Class
Date
1.

Match each medication safety term to its correct definition.

a)

Medication Error

1.

Any preventable event that may cause or lead to inappropriate medication use or patient harm.

b)

Adverse Drug Event (ADE)

2.

Injury resulting from the use of a drug, including allergic reactions or overdoses.

c)

Adverse Drug Reaction (ADR)

3.

A non-preventable, harmful, and unintended response to a normal drug dose.

d)

Near Miss / Close Call

4.

An error that was caught before reaching the patient.

2.

Which of the following is an example of a high-alert medication?

a)

Insulin

b)

A medication error

c)

Root Cause Analysis (RCA)

d)

LASA Medications

3.

What is the purpose of Tall-Man Lettering in medication safety?

a)

To distinguish look-alike/sound-alike drugs such as DOBUTamine vs. DOPamine

b)

To analyze serious adverse events and identify underlying problems

c)

To encourage learning and accountability instead of punishment

d)

To identify high-risk medications

4.

Which definition best describes Just Culture in the context of medication safety?

a)

Encourages learning and accountability instead of punishment for human error

b)

A structured method used to analyze serious adverse events

c)

A non-preventable, harmful, and unintended response to a normal drug dose

d)

FDA-required safety programs for certain high-risk medications

5.

LASA Medications are best described as:

a)

Look-Alike, Sound-Alike drugs that can be easily confused

b)

Drugs with a higher risk of causing significant patient harm

c)

Any preventable event that may cause or lead to inappropriate medication use

d)

A strategy to distinguish similar drug names

6.

Which term refers to FDA-required safety programs for certain high-risk medications such as Clozapine and Isotretinoin?

a)

Risk Evaluation and Mitigation Strategy (REMS)

b)

High-Alert Medications

c)

Root Cause Analysis (RCA)

d)

Adverse Drug Event (ADE)

7.

Root Cause Analysis (RCA) is used in medication safety to:

a)

Analyze serious adverse events and identify underlying problems

b)

Distinguish look-alike/sound-alike drugs

c)

Encourage learning and accountability

d)

Identify high-risk medications

8.

Which of the following is NOT one of the Five Rights of Medication Safety?

a)

Right Patient

b)

Right Storage

c)

Right Dose

d)

Right Route

9.

Select all settings where medication errors can occur.

a)

At home

b)

In clinical settings

c)

Only in pharmacies

d)

Only in hospitals

10.

Which of the following is often true about medication errors?

a)

They are often unreported unless identified by healthcare providers or through adverse events or reactions.

b)

They are always reported immediately by patients.

c)

They only occur with prescription drugs.

d)

They never result in patient harm.

11.

Match each type of medication error to its correct description.

a)

Compliance Error

1.

Patient fails to follow the prescribed regimen.

b)

Deteriorated Drug Error

2.

Administering expired or improperly stored medication.

c)

Improper Dose Error

3.

Wrong dosage given (e.g., 325 mg instead of 500 mg).

d)

Monitoring Error

4.

Failure to monitor medication effects, side effects, or dosage adjustments.

e)

Omission Error

5.

Missed doses without proper documentation or reasoning.

12.

Match each medication error category to its description.

a)

Category A

1.

Circumstances that could cause errors but no error occurs

b)

Categories B-D

2.

Errors that occur but do not cause harm to the patient

c)

Categories E-H

3.

Errors that result in temporary or permanent harm, requiring intervention or hospitalization

d)

Category I

4.

Errors that result in the patient’s death

13.

Medication errors fall into three main categories. Which of the following is NOT one of those categories?

a)

Monitoring Errors

b)

Prescribing Errors

c)

Dispensing Errors

d)

Administration Errors

14.

Match each type of medication error to its example.

a)

Prescribing Errors

1.

Incorrect medication strength or illegible handwriting

b)

Dispensing Errors

2.

Sound-alike or look-alike drugs during prescription interpretation

c)

Administration Errors

3.

Ear medications applied to the eye or oral medications given intravenously

15.

Which of the following is a common issue leading to medication errors, especially in interpreting drug names, strengths, and dosages?

a)

Illegible handwriting

b)

Incorrect storage temperature

c)

Expired medications

d)

Patient allergies

16.

What is one way e-prescribing helps reduce medication errors?

a)

It sends prescriptions electronically to pharmacies, reducing errors from illegible handwriting.

b)

It eliminates the need for pharmacists to check drug interactions.

c)

It allows patients to choose their own medication strength.

d)

It prevents all types of medication errors.

17.

Which of the following is NOT an example of a prescribing error?

a)

Administering ear medication to the eye

b)

Incorrect strength of a medication

c)

Quantity and refill information omitted

d)

Route of administration not specified

18.

Which of the following is an example of a dispensing error?

a)

Incorrect prescription interpretation

b)

Ear medications being placed in the eye

c)

Oral medications given intravenously

d)

Failure to document medication administration records accurately

19.

Which of the following is an example of an administration error?

a)

Incorrect calculations

b)

Intravenous (IV) syringes used to measure oral medications

c)

Incorrect drug utilization evaluation

d)

Incorrect prescription interpretation

20.

Which error type involves failure to document medication administration records accurately?

a)

Dispensing Error

b)

Sound-alike/Look-alike Drug Error

c)

Administration Error

d)

Calculation Error

21.

Why is it important to avoid using intravenous (IV) syringes to measure oral medications?

a)

It can lead to incorrect dosing and administration errors

b)

It ensures accurate measurement of oral medications

c)

It prevents dispensing errors

d)

It improves documentation accuracy

22.

Which organization tracks medication errors and provides recommendations to reduce them, especially in nonhospital environments?

a)

World Health Organization (WHO)

b)

National Coordinating Council for Medication Error Reporting and Prevention (MERP)

c)

Centers for Disease Control and Prevention (CDC)

d)

American Society of Health-System Pharmacists (ASHP)

23.

Which of the following is a common cause of medication errors according to the American Society of Health-System Pharmacists (ASHP)?

a)

Excessive workload

b)

Strict supervision

c)

Advanced technology

d)

Limited patient contact

24.

Which of the following is an example of an individual performance lapse that could lead to a medication error?

a)

A pharmacist misreads a prescription due to distraction

b)

A medication is unavailable in the pharmacy

c)

A drug label is ambiguous

d)

A piece of equipment malfunctions

25.

Which of the following is NOT listed as a common cause of medication errors by the American Society of Health-System Pharmacists (ASHP)?

a)

Inappropriate use of abbreviations in prescriptions

b)

Labeling errors

c)

Frequent patient education sessions

d)

Illegible handwriting

26.

According to the American Society of Health-System Pharmacists (ASHP), what is a risk associated with look-alike or sound-alike drug names?

a)

They can be mistaken for each other, leading to medication errors

b)

They are always prescribed together

c)

They are only used in hospitals

d)

They are tracked by the CDC

27.

Match each type of error cause to its description:

a)

Human Factors

1.

Misreading or misremembering information, automatic behavior, and complacency during repetitive tasks

b)

Environmental Factors

2.

Stress from high workloads, fast-paced environments, workplace noise, and multitasking

c)

Medication-Related Issues

3.

Look-alike or sound-alike medications, similar packaging or labeling, and illegible handwriting on prescriptions

d)

Physical Challenges

4.

Difficult-to-read labels due to small print or unclear design

28.

Which organization reviews around 300 drug names annually to reduce confusion between look-alike and sound-alike drugs?

a)

FDA

b)

CDC with the World Health Organization

c)

National Institutes of Health

d)

American Medical Association

29.

What is the main goal of the FDA's efforts to review and test drug names for similarity?

a)

To prevent medication errors caused by confusing drug names

b)

To increase the number of approved drug names each year

c)

To reduce the cost of drug development

d)

To promote the use of generic drugs

30.

When deciding to approve a new drug, what must be evaluated?

a)

Whether its benefits outweigh the risks to the patient

b)

Whether it is the most cost-effective option

c)

Whether it has the shortest development time

d)

Whether it is recommended by pharmacists

31.

If the risks of a drug are significant, what may be required to ensure patient safety?

a)

Additional labeling or a Risk Evaluation and Mitigation Strategy (REMS)

b)

Immediate withdrawal from the market

c)

Mandatory generic substitution

d)

Exclusive distribution through hospitals

32.

Which organizations recommend the use of tall man lettering to reduce confusion between look-alike drug names?

a)

ISMP and The Joint Commission (TJC)

b)

FDA and CDC

c)

World Health Organization and NIH

d)

American Pharmacists Association and ISMP

33.

Which of the following strategies is used to prevent medication errors related to drug labeling?

a)

Using color coding, tall man lettering, and boldface lettering

b)

Increasing the number of prescriptions handled per hour to improve efficiency

c)

Reducing the use of stickers and segregating bins in pharmacies

d)

Encouraging the use of similar names for new drugs

34.

How are state boards of pharmacy addressing the risks of excessive workload?

a)

By recommending sufficient staffing, mandatory breaks, and eliminating productivity quotas

b)

By increasing the number of prescriptions handled per hour

c)

By reducing the number of staff in pharmacies

d)

By encouraging longer working hours for pharmacists

35.

Match each drug combination to its potential effect.

a)

ACE inhibitors + spironolactone

1.

Increase serum potassium levels

b)

Ciprofloxacin + multivitamin

2.

Reduce antibiotic absorption

c)

Digoxin + verapamil or amiodarone

3.

May lead to toxicity

d)

Theophylline + quinolones

4.

Result in theophylline toxicity

36.

Why are drug interactions a common source of errors in seniors and severely ill patients?

a)

They often take multiple medications and have age-related changes in metabolism.

b)

They are less likely to follow medication instructions.

c)

They have stronger immune systems.

d)

They rarely experience side effects.

37.

Which laboratory values must be closely monitored in patients taking warfarin to prevent clotting or bleeding?

a)

Prothrombin time (PT) and international normalized ratio (INR)

b)

Serum potassium and sodium levels

c)

Blood glucose and hemoglobin A1c

d)

White blood cell count and platelet count

38.

Which of the following drugs increases the risk of bleeding when taken with warfarin?

a)

Aspirin

b)

Vitamin K

c)

Soybean oil

d)

Cranberry juice

39.

Select all supplements that increase the risk of bleeding when taken with warfarin.

a)

Gingko biloba

b)

Garlic

c)

St. John’s wort

d)

Vitamin K

e)

Ginseng

40.

Which foods can reduce warfarin's effectiveness?

a)

Green vegetables rich in vitamin K and soybean or canola oils

b)

Cranberry juice and garlic

c)

St. John’s wort and quinolones

d)

Aspirin and phenytoin

41.

Which of the following is a recommended approach by pharmacy organizations to address errors in the pharmacy?

a)

Emphasizing open error reporting without fear of retaliation

b)

Increasing reprimands for every mistake

c)

Reducing the number of prescriptions filled

d)

Avoiding the identification of root causes

42.

Match each pharmacy organization to its role in error reporting.

a)

Allows healthcare professionals to report adverse drug events and product issues.

1.

MedWatch

b)

Addresses vaccine-related errors. Reports are shared with the FDA to help prevent future incident

2.

VERP

c)

Collects and analyzes medication error reports to improve safety.

3.

ISMP

d)

Joint ISMP and FDA system for confidential error reporting.

4.

MERP

e)

Worker safety, particularly for hazardous drug exposure.

5.

OSHA

43.

Why does fear of blame in the pharmacy hinder error analysis?

a)

It contributes to stress and discourages open discussion of mistakes

b)

It encourages staff to report errors more frequently

c)

It leads to immediate process improvements

d)

It reduces the number of prescriptions filled

44.

Which of the following is a possible consequence for individuals involved in severe drug errors?

a)

Loss of professional license or legal penalties

b)

Receiving a bonus for honesty

c)

Promotion to a higher position

d)

No change in professional status

45.

Which population groups are affected by age-related errors in medication use?

a)

Both elderly and pediatric populations

b)

Only elderly populations, especially those with chronic diseases

c)

Only pediatric populations, particularly infants and toddlers

d)

Only adults over the age of 65

46.

Why does the risk of drug-drug and drug-food interactions increase among older adults?

a)

Older adults often take multiple medications for chronic conditions such as osteoporosis, cardiovascular disease, and diabetes.

b)

Older adults have a slower metabolism, which makes drug interactions more likely.

c)

Older adults are more likely to forget to take their medications on time.

d)

Older adults only take prescription medications and avoid over-the-counter drugs.

47.

What is a common misconception among seniors regarding over-the-counter (OTC) drugs?

a)

Seniors often believe OTC drugs are safe and can be mixed with prescription medications, which can lead to complications.

b)

Seniors think OTC drugs are more effective than prescription drugs for chronic conditions.

c)

Seniors believe OTC drugs are only for minor illnesses and never cause side effects.

d)

Seniors assume OTC drugs are always recommended by healthcare professionals.

48.

Match each chronic condition to its description.

a)

Osteoporosis

1.

A condition characterized by weakened bones

b)

Cardiovascular disease

2.

A condition affecting the heart and blood vessels

c)

Diabetes

3.

A condition involving problems with blood sugar regulation

49.

What is polypharmacy and why is it a concern for the elderly?

a)

Polypharmacy refers to the use of multiple medications, which increases the risk of drug-drug and drug-food interactions in the elderly.

b)

Polypharmacy is the use of herbal supplements along with prescription drugs, which is always safe for the elderly.

c)

Polypharmacy means taking only one medication at a time, which reduces risks for the elderly.

d)

Polypharmacy is a term for mixing food and drugs, which is not a concern for the elderly.

50.

How do medication errors in the elderly compare to those in pediatric populations?

a)

Both elderly and pediatric populations experience age-related medication errors.

b)

Medication errors are only common in the elderly, not in pediatric populations.

c)

Pediatric populations are more likely to experience medication errors than the elderly.

d)

Medication errors are rare in both elderly and pediatric populations.

51.

What can happen when seniors mix prescription and over-the-counter medications?

a)

Mixing prescription and OTC medications can lead to complications due to mistaken beliefs about safety.

b)

Mixing prescription and OTC medications always improves health outcomes.

c)

Mixing prescription and OTC medications has no effect on seniors' health.

d)

Mixing prescription and OTC medications is recommended for treating chronic conditions.

52.

Which of the following best describes drug-drug and drug-food interactions?

a)

Drug-drug interactions occur when multiple medications affect each other's action, and drug-food interactions happen when food changes the effect of a medication.

b)

Drug-drug interactions only happen with prescription drugs, while drug-food interactions only happen with OTC drugs.

c)

Drug-drug interactions are always beneficial, while drug-food interactions are always harmful.

d)

Drug-drug interactions and drug-food interactions are rare and not a concern for the elderly.