2018, Bensouda et al.(30) Canada |
IG: 1 observer during simulation CG: 5 observers during simulation |
IG: 24 CG: 25 |
Obtain evidence that interns are adversely affected by the presence of a large audience during neonatal endotracheal intubation. |
Heart rate |
Medicine |
The presence of the external public did not negatively affect the period of the simulated intubation, but the presence of observers not belonging to the scenario was stressful. |
2010, Bong et al.(24) United States |
IG: training based on high fidelity simulation (HFS) CG: interactive educational training session |
IG: 13 CG: 14 |
Measure and compare physical and biochemical markers of stress in participants undergoing simulation with those undergoing teaching sessions/tutorials. |
Salivary cortisol, heart rate |
Medicine and Nursing |
Regardless of the role of participants in the simulation, all showed high levels of physiological stress. |
2018, Boostel et al.(34) Brazil |
IG: class followed by simulation CG: class followed by laboratory practice |
IG: 27 CG: 25 |
Evaluate the perception of students' stressors before and after the clinical simulation or the conventional practical class in the laboratory. |
Questionary |
Nursing |
The simulation increased the perception of stressors related to the lack of competence and the interpersonal relationship when acting in front of the patient, multidisciplinary team, and colleagues compared to the conventional practical class in the laboratory. |
2016, Demaria et al.(35) United States |
IG: simulation group with death CG: simulation group with survival |
IG: 13 CG: 14 |
Describe the physiological and biochemical stress response in students during the simulation of a patient death compared to a group whose patient is programmed to survive. |
Salivary cortisol, DHEA hormone and heart rate |
Medicine |
Students experienced stress during high fidelity simulation; there was not a negative response of a scenario with death compared to a survival scenario. |
2012, Finan et al.(36) Canada |
IG: HFS simulation CG: low fidelity simulation (LFS) |
IG: 8 CG: 8 |
Compare the effects of HFS versus LFS on stress measurements in a group of neonatology interns. |
Survey and salivary cortisol |
Medicine |
The use of HFS and LFS technology increased subjective and objective stress measures. HFS did not offer additional benefits in terms of stress modification. |
2015, Flinn et al.(37) United States |
CG: control group OG: observed group EG: encouraged group CGi: criticized group |
CG: 10 OG: 10 EG: 10 CGi: 10 |
Compare the effects of the LFS simulator versus HFS technology on performance levels, objective and subjective measures of stress in neonatology interns. |
MBP, heart rate, skin conductance, basal cortisol and Anxiety Inventory |
Medicine |
The criticized group had higher levels of stress compared to the control group. The presence of an expert evaluator produced higher levels of stress for participants. |
2019, Ghazali et al.(29) France |
IG: 9 simulations for 1 year CG: 3 simulations for 1 year |
IG: 24 CG: 24 |
Analyze physiological stress according to the frequency of repetition of simulations. |
Heart rate variability |
Medicine, nursing, paramedic, ambulance driver |
Stress is recurrent in repeated high-fidelity simulation sessions in life-threatening events and decreases over 24 hours. |
2009, Girzadas et al.(33) United States |
IG: team leader in simulation CG: member in simulation |
38 |
Measure heart rates and stress and learning perceived by participants in two simulation scenarios, in addition to evaluating their responses to questions at the end of the experiment. |
Heart rate, survey |
Students and medical residents |
The participants' heart rate increased from the pre-procedure to the critical intervention. Self-reported learning values increased with self-reported stress levels. |
| 2020, Hardenberg, Rana, Tori(1) Australia |
IG: repeated simulation sessions CG: a single simulation session |
IG: 7 CG: 7 |
Investigate whether repeated exposure to a challenging clinical scenario leads to a reduction in stress levels. |
Heart rate |
Nursing |
Repeated simulation exposure did not reduce stress levels measured by heart rate. |
2013, Hunziker et al.(38) Switzerland |
IG: with previous instructions on how to deal with stress CG: no previous instructions on how to deal with stress |
IG: 62 CG: 62 |
Describe stress patterns during a simulation and investigate perceived stress and its association with coping and performance strategy. |
Survey |
Medicine |
A brief stress coping strategy moderately decreased perceived stress without significantly affecting performance in a CPR scenario. |
2015, Ignacio et al.(41)Singapore |
IG: use of standardized patient in the simulation CG: use of mannequin in the simulation |
IG: 29 CG: 28 |
Compare the effects of using a standardized patient and high-fidelity mannequin on students' stress levels and performance. |
Salivary alpha-amylase and focus group |
Nursing |
Performance and stress during training did not differ with or without a standardized patient. However, in the focus group, we noticed that using standardized patients in the simulation had advantages over the mannequin. |
2017, Lizotte et al.(27) Canada |
IG: simulation with death CG: simulation with survival |
IG: 21 CG: 21 |
Evaluate the impact of simulations on stress and performance both during a simulation with survivors and in simulated death. |
Survey, salivary cortisol |
Medicine |
The simulation caused stress without interfering with performance. Having a "dead" mannequin during the simulation did not increase objective stress or interfere with performance. |
2013, Meunier et al.(28) Belgium |
IG: with previous training on communication CG: no previous training on communication |
IG: 50 CG: 48 |
Evaluate the effect of communication training on physiological arousal during an adverse communication simulation. |
Heart rate, salivary cortisol and survey |
Medicine |
Communication skills training affects physiological arousal in a simulated adverse communication task. |
2013, Pottier et al.(39) France |
IG: high stress scenario CG: low stress scenario |
IG: 21 CG:20 |
Assess the impact of subjective and physiological stress on student decision-making and communication skills in an outpatient setting. |
Scales, cognitive evaluation, Anxiety Inventory, salivary cortisol |
Medicine |
The simulated high-stress outpatient consultation is a negative impact situation for students, leading to failures in clinical reasoning and diagnostic errors. |
| 2010, Prabhu et al.(40) United States |
IG: previous suture training CG: no previous suture training |
IG: 13 CG: 07 |
Examine the trainees' stress level during the transition from the simulator to the operating room and its impact on performance. |
Survey, heart rate, and heart rate variability |
Medicine |
The improper transition from the simulator to the operating room involving the acquired skills may be a consequence of increased stress and anxiety. Heart rate was a better measure of stress compared to heart rate variability. |
| 2017, Sorensen et al.(32) Denmark |
IG: in situ simulation CG: clinic simulation |
IG: 48 CG: 49 |
Investigate the effect of simulation in situ versus clinical simulation on knowledge, safety, stress, motivation, perception of simulation, team performance, and organizational impact among multidisciplinary teams of obstetric anesthesia. |
Survey, salivary cortisol |
Medicine and nursing |
There was no finding that education based on simulation conducted in situ compared to clinical simulation led to different results evaluated in stress. |
2018, Timberlake, Stefanidis and Gardner(42) United States |
IG: laparoscopic suture training with video and instructor practice CG: laparoscopic suture training with video and practice without an instructor |
IG: 12 CG: 12 |
Examine the impact of a specific teaching technique on skill acquisition and physiological stress. |
Heart rate, heart rate variability, respiratory rate |
Medicine |
Students who receive surgical training exhibit greater performance gains compared to those who do it self-directed. Improvements in skill acquisition correlated with increases in heart rate variability. |
2016, Waterland et al.(31) England |
IG: simulation with 80 dB noises. CG: simulation in silence |
IG: 35 CG: 35 |
Determine the effect of environmental noise on the psychological and physiological response to stress in students during simulated laparoscopic surgery. |
Anxiety Inventory, heart rate |
Medicine |
Environmental noises generated an increase in the participants' stress response in simulated laparoscopic surgery environments. |