From: Interprofessional teamwork in the trauma setting: a scoping review
Author | Setting | Research aim/question/hypothesis | Design | Intervention | Sample size | Outcome measures | Tools | Results |
---|---|---|---|---|---|---|---|---|
Bleakley et al., 2006 [34] | OT | Whether a sustained complex educational intervention would result in incremental, longitudinal improvement in attitudes and values towards interprofessional teamwork | Quasi-experimental, pre-test and post- test measures (findings from round 2 of the intervention) | Three strands: 1) data-driven iterative education in human factors; 2) establishment of a local, reactive ‘close call’ incident-reporting system; 3) team self-review (briefing and debriefing across all teams) | All general, trauma, and orthopedic theaters within one teaching hospital and two small satellite units | Teamwork climate | Validated SAQ | Intervention group had a higher aggregate teamwork climate score |
Bleakley et al., 2012 [35] | OT | Whether a sustained complex educational intervention would result in incremental, longitudinal improvement in attitudes and values towards interprofessional teamwork | Pre-interventino and post-intervention (findings from round 3 of the intervention) | Three strands: 1) data-driven iterative education in human factors; 2) establishment of a local, reactive ‘close call’ incident = reporting system ; 3) team self-review (briefing and debriefing across all teams | All general, trauma, and orthopedic theaters within one UK teaching hospital and two small satellite units | Teamwork climate | Validated SAQ | Mean ‘teamwork climate’ scores improved incrementally and significantly |
Brock et al., 2013 [40] | Medical, nursing, pharmacy and physician assistant students at one university | For students to acquire effective interprofessional team communication skills | Pre-test/post-test | Didactic instruction on patient safety and TeamSTEPPS communication skills. Students divided into IP teams for three simulated exercises and debriefing (observer/participant role) (4Â hour training block) | 149 students completed pre-test and post-test assessments | Attitudes towards team communication; attitude/knowledge/motivation/utility/SE towards IP skills; key communication behaviors; understanding; program evaluation | Validated TeamSTEPPS TAQ, AMUSE, self-report/Likert scale | Significant differences across all outcome measures |
Capella et al., 2010 [41] | Level 1 trauma center | Does trauma team training improve team behaviors in the trauma room? If so, does improved teamwork lead to more efficiency in the trauma room and improved clinical outcomes? | Pre-training/post-training intervention design | 2Â hour didactic instruction (roles, responsibilities, TeamSTEPPS essentials (that is, communication tools)) and simulation in a learning center/simulation laboratory | 33 trauma resuscitations pre-training, 40 post-training | Assessment of team performance; clinical outcome and clinical timing data | Validated TPOT | Significant improvement in all teamwork domains. Significant improvements in some clinical timing/outcome measures |
Catchpole et al., 2010 [33] | Surgery (maxillofacial, vascular and neurosurgery) | The effects of aviation-style training on three surgical teams from different specialties | Prospective study before and after an intervention | 1 to 2Â days class-based series of interactive modules (including teamwork, communication, leadership, basic cognition, SA, decision-making, briefing, and debriefing) followed by team coaching (value of briefing/debriefing) | 112 operations (51 before and 61 after the intervention) | Attitudes to safety and cultural context. Frequency of pre-list briefings, pre-incision time-outs/stop checks, post-case debriefing, and dimensions of team skills | SAQ; structured observations and validated NOTECHS method to classify team skills | Significantly more briefings, debriefings, and stop checks. No improvement in teamwork |
Mayer et al., 2011 [36] | Pediatric and surgical ICU’s | Implementation of TeamSTEPPS | Pre-training/post-training intervention design | Change team trained/coached front-line staff, comprising 2.5 hour training sessions and group training in practice (ad hoc rather than intact teams) | 12 attending physicians, 157 nurses, 90 respiratory therapists | Staff interviews, observations of teamwork, clinical timing data, clinical infection data, perception of safety culture, strengths/weaknesses of the unit, job satisfaction | TENTS, EOS, HSOPC, NDNQI | Significant improvements in team performance/perception of teamwork (12 month follow-up). Significant decrease in clinical timing |
Miller et al., 2012 [37] | Level 1 trauma center/ academic tertiary care center | An ISTSP could be implemented in the ED and this would improve teamwork and communication in the clinical setting | Pre-training/post-training intervention design involving all members of the trauma team | Standardized lecture that specified roles, responsibilities, order of tasks, andposition in resuscitation area followed by simulation (ad hoc teams) | 39 real trauma activations observed | Teamwork and communication | Validated clinical teamwork scale | Teamwork and communication improved, but effect not sustained after the program |
Nielson et al., 2007 [38] | Obstetrics | To evaluate the effect of teamwork training on the occurrence of adverse outcomes and process of care in labor and delivery | Cluster randomized controlled trial | Instructor training session: standardized teamwork training curriculum based on CRM, which emphasized communication and team structure. Instructor created ad hoc workplace teams | 1,307 personnel trained and 28,536 deliveries analyzed | Adverse maternal/neonatal outcomes; clinical process measures | Adverse outcome index | Training had no significant effect |
Wallin et al., 2007 [43] | Trauma | To evaluate the outcome of a CRM target-focused instructional strategy on team behavior and attitude | Prospective study | Simulation | 15 medical students; observations of 8 trauma scenarios in simulation classroom | Behavior performance, team attitude | Structured observation schedule | Improvement in observed team behavior. No attitude change |
Weaver et al., 2010 [44] | OR | Does TeamSTEPPS training meaningfully affect teamwork behavior in OR teams? Does this teamwork positively affect important outcomes such as patient safety culture? | Mixed model design with one between-groups factor and two within-groups factors | TeamSTEPPS training curricula, including a 4Â hour didactic session (competency-based), including interactive role-playing activities | Three surgeons and their teams | Trainee reactions, trainee learning, behavior on the job, results (degree to which training affected safety/quality) | Questionnaire survey; TeamSTEPPS learning benchmark test; CATS observation tool; HSOPS; ORMQ | Positive results at all levels of evaluation |
Wolf et al., 2010 [42] | OR | MTT has been touted as a way to improve teamwork and patient safety in the OR | Post-training data collection | 1Â day didactic modules for all staff, with video and role-play. Topics included human factors, communication, fatigue recognition, briefing/debriefing training | 4,863 MTT debriefings analyzed | Team functioning, case delays, case scores | Debriefing/briefing checklist | Case delays decreased and case scores increased; sustained at 24Â months. Improved perception of patient safety and teamwork |
Wisborg et al., 2006 [39] | Trauma | To describe a team intervention and assess the feasibility of the intervention | Pre-training/post- training; intervention design | 3.5Â hour didactic session (teamwork/cooperation/ communication skills) and practical training session for all trauma team members in practice using simulation and debriefing | 28 Norwegian hospitals and 2,860 trauma team members participated in the training | Evaluation of experience | Questionnaire | High perception of learning |