Achike et al. (2014) |
RDU through rational drug prescribing |
Nursing (n = 20) |
•Lecture (15 min) |
USA |
Medicine (n = 88) |
- Students participated in a lecture about rational drug choice, the characteristics of a good prescription order, the 7 “rights” of medication administration |
[A1] |
10-12 people per group (2-3 nursing students were assigned to groups with 7-8 medical students) |
•Group discussion (30 min) |
|
|
- With a shared scenario, each group had a discussion and wrote a prescription following World Health Organization-recommended prescription manual |
|
|
•Presentation (50 min) |
|
|
- Representatives of each group presented their groups’ process of drug choice and prescription |
|
|
•Feedback (20 min) |
|
|
- Students gave feedback on their individual experience of the program anonymously and voluntarily |
|
|
•Post-test questionnaire |
Clay et al. (2017) |
“Room of Horrors” simulations to identify patient safety hazards |
Nursing (n = 51) |
•Simulation as individuals (7 min) |
USA |
Medicine (n = 93) |
- For general hospitalized patients, it included hazards specific to infection control, hospital-acquired infections, skin breakdown, and delirium |
[A2] |
3-4 people per group |
•Simulation as a team (7 min) |
|
|
- With four features developed by faculty: identifying categories of hazards, an ICU-based simulation, inclusion of overlap, incorporation of the medical record |
|
|
•Group discussion |
|
|
•Half-day patient safety discussion, very short review from faculty |
|
|
•Post-test questionnaire |
Curley et al. (2019) |
“Ward Sim” IPE course |
Nursing (year n/r) |
•Classroom activity, day1 |
New Zealand |
Medicine (year n/r) |
- Information given about the ISBAR communication tool before the course |
[A3] |
Pharmacy (n = 96) |
•Simulation, day1 (30 min) |
|
8-11 people per group |
- Undifferentiated problems arising in inpatients that required assessment and management of the patient but not resuscitation. |
|
|
•Debriefing, day1 (30 min) |
|
|
•Speaking up activity, day2 |
|
|
- Structured framework that included the use of a pneumonic for managing concerns (PACER) |
|
|
•Simulation, day2 (30 min) |
|
|
- Four cases included |
|
|
•Debriefing, day2 (30 min)
|
|
|
•Post-test questionnaire |
Ellis et al. (2022) |
Interprofessional mock code focusing on students’ comfort and competency related to PD medication administration during care transitions |
Nursing (n = 113) |
•Pre-test questionnaire |
USA |
Medicine (n = 32) |
•Simulation |
[A4] |
Pharmacy (n = 22) |
- Mock code situation; acute care setting with a patient with PD in a care transition |
|
|
•Debriefing |
|
|
- Quality improvement strategies for safe and timely medication administration and reconciliation during the care transition |
|
|
•Post-test questionnaire |
Hardisty et al. (2014) |
Medication prescribing seminars |
Nursing (n = 52) |
•Pre-test questionnaire |
UK |
Medicine (n = 190) |
•Seminar (2-3 hours) |
[A5] |
Pharmacy (n = 76) |
- Five detailed scenarios, summaries of the 10 most prescribed drug classes, a series of case studies and group discussions covering prescribing skills |
|
5-6 people per group |
•Post-test questionnaire |
Kayyali et al. (2019) |
Simulation in pharmacy education |
Nursing (n = 314) |
•Hospital setting session |
UK |
Pharmacy (n = 126) |
•Introduction (15 min) |
[A6] |
|
•Briefing (15 min) |
|
|
•Scenario simulation (45 min) |
|
|
•3 debriefing time points (15 min, 15 min, 60 min) |
|
|
•Post-test questionnaire |
|
|
•General practice setting session |
|
|
•Introduction (15 min) |
|
|
•Briefing (15 min) |
|
|
•Scenario simulation (60 min) |
|
|
•Debriefing (15 min) |
|
|
•Post-test questionnaire |
Meyer et al. (2017) |
Interprofessional high-fidelity pharmacology simulation |
Nursing (n = 64) |
•Pre-test questionnaire |
USA |
Pharmacy (n = 79) |
•Simulation (30 min) |
[A7] |
7-8 people per group (3-4 nursing students are assigned with 3-4 pharmacy students) |
- Patient case with supporting documents, a simulation script involving digoxin toxicity and the need for vasopressor administration, and a debriefing guide |
|
|
•Debriefing (30 min) |
|
|
•Post-test questionnaire |
Motycka et al. (2018) |
Interprofessional medication management simulation |
Nursing (n = 21) |
•Pre-test questionnaire |
USA |
Medicine (n = 12) |
•Simulation (10 min per each scenario, 4 scenarios in total) |
[A8] |
Pharmacy (n = 15) |
- Rotating different medication management scenarios |
|
4 people per group (1 medicine, 1 pharmacy, and 2 nursing students) |
•Debriefing (10 min per every scenario) |
|
|
•Post-test questionnaire |
Paterson et al. (2015) |
Simulated interprofessional prescribing master class |
Nursing (n = 3) |
•Pre-test questionnaire |
UK |
Medicine (n = 2) |
•Simulation (45 min for each scenario, 3 scenarios in total) |
[A9] |
Pharmacy (n = 3) |
- One sepsis, one polypharmacy and one community-based case |
|
3 people per group (1 medicine, 1 pharmacy, and 1 nursing student) |
•Debriefing (after every scenario) |
|
|
•Post-test questionnaire |
Powell et al. (2020) |
Pharmacotherapy knowledge-based peer-teaching for nursing students by pharmacy students |
Nursing (n = 25) |
•Pre-test questionnaire |
USA |
Pharmacy (n = 4) |
•Didactic lectures (9 weekly peer teaching education) and education discussion (60-90 min per each topic) |
[A10] |
|
- Basics of pathophysiology, the most commonly used medications to treat a specific disease, brand and generic names, mechanisms of action, side effects, drug administration, and common drug interactions related to specific educational topics |
|
|
• Post-test questionnaire |
Ragucci et al. (2016) |
Interprofessional communication skills workshop in disclosing medical errors to patients |
Nursing (n = 18) |
•Workshop (1-hour lecture) |
USA |
Medicine (n = 36) |
- For the active intervention group, the participants received a lecture on the key steps in error disclosure |
[A11] |
Pharmacy (n = 75) |
•Simulation (50 min) |
|
4 people per group |
- The same case required students to care for an acute gastrointestinal bleed secondary to a medication error |
|
(1 medicine, 2 pharmacy, and 1 nursing student) |
•Debriefing (10 min) |
|
|
•Post-test questionnaire |
Schussel et al. (2019) |
Interprofessional experience in medication therapy management |
Nursing (n = 7) |
•Pre-test questionnaire |
USA |
Medicine (n = 4) |
•Interprofessional activity as a team of 6 members (2 hours) |
[A12] |
Pharmacy (n = 8) |
- Complex case studies to practice teamwork and communication strategies. |
|
6 people per group (2 students from each profession) |
•Constructive feedback from preceptors |
|
|
•Interprofessional activity as a team of 3 members (5 hours) |
|
|
- Preparing for and calling actual patients |
|
|
•Debriefing |
|
|
•Post-test questionnaire |
Stewart et al. (2010) |
Interprofessional approach to improving pediatric medication safety |
Nursing (n = 21) |
•Pre-test questionnaire |
UK |
(drug prescribing and administration) |
Medicine (n = 48) |
•Interprofessional workshop with “real-life” clinical scenarios (2 hours) |
[A13] |
|
2-3 people per group |
- Required to prescribe the appropriate drug, calculate the correct dosage, accurately complete a Drug Kardex, prepare the drug for administration, identify alternative drugs where appropriate, and be able to provide information to parents. |
|
|
|
• Debriefing |
|
|
|
• Post-test questionnaire |
Young et al. (2021) |
Medication safety workshop |
Nursing (year n/r) |
• Pre-test questionnaire |
Australia |
Medicine (year n/r) |
- Interprofessional medication safety workshop |
[A14] |
Pharmacy (year n/r) |
• Introduction (5 min) |
|
|
• Rotate through 4 stations (20 minperstation, 1: simulated patient history, 2: bag of meds, 3: pop quiz, 4A- 4D: case studies) |
|
|
• Case presentations (15 min) |
|
|
• Closure (15 min) |
|
|
• Evaluation (5 min) |
|
|
• Post-test questionnaire |