Neal E. Seymour, MD Baystate Medical Center Tufts University School of Medicine Baystate Simulation Center—Goldberg Surgical Skills Lab 2010 APDS Annual Meeting, San Antonio, Texas
Disclosures No disclosures
Evaluation of Surgical Skill Skills that are uniquely surgical Evidenced in OR Surgical patient management Observed during training events Clinical (e.g. OR) Laboratory Occurs throughout residency Progression of skills
Improved Task Performance
Proficiency-Based Lab Training
p > * Skills Transfer: “VR to OR” Study Mean number of errors VR Trained Standard Training *
Assessment of Performance in OR Procedure specific instruments GOALS OSATS Analysis of video recorded tasks Differences between investigative instruments and assessment in frequent, routine use. Limitations on obtrusive methods Resource intensive
Design of New Assessment Tool User-friendly in routine use, valid, reliable. Opportunity for delivery of feedback Leverage technology to manage large volumes of data generated. Generate useful reports on resident performance.
Resident OR Performance Assessment at Baystate Medical Center Objective: Develop OR performance assessment tool for routine use OpRate: Dept. of Surgery and IS project: Multi-item global assessment of skill Attending surgeon rater Ease of use = compliance with use. Interfaced to other databases
Evaluated Items 3 preop (preparedness) questions Patient, technical and disease-specific knowledge 6 open technical skills questions Tissue, instrument handling, knot tying, efficient planning and ability to function independently 6 laparoscopic technical skills questions 4 point frequency-based responses for specific technical performance behaviors
799 OpRate evaluations logged 579 cases reviewed 29 residents 33 attending surgeon evaluators ◦ 6 contributed 75% of assessments
Preop Preparedness Cronbach’s α (3 test items) = 0.80
Laparoscopic Appendectomy Cronbach’s α (4 test items) = 0.80
Laparoscopic Cholecystectomy Cronbach’s α (4 test items) = 0.80
Colon Resection Laparoscopic (n = 37): Cronbach’s α (4 test items) = 0.82 Open (n = 36): Cronbach’s α (6 test items) = 0.84
VR laparoscopic gall bladder excision (time) vs laparoscopic OR performance p = , r2 = (Spearman correlation ) J Surg Res 2009;154:
Conclusions Experience with OpRate confirms predictions of experience-dependent resident performance increases, but does not validate attending rating behaviors. Still Required: Systematic rater training Inter-observer agreement Concurrent validity studies (lab and OR) Mandatory compliance
OpRate Build 2 CQL Server database Edit redundant items Add important items Bimanual skills Ability to assist Depth perception in laparoscopic cases
Status of Use Remediation decisions 2 SD below mean for peer group High likelihood of performance problems Compliance to be augmented Variable compensation linked to use Compliance monitored and posted monthly Expectation that residents will advocate for use
Patient Management and Teamwork Skills
Electrical Burns VTE Septic Shock Hemorrhagic Shock Spinal shock Post-Op MI Anaphylaxis FPS Curriculum Thoracic trauma Hyperkalemia Intraabdominal catastrophe Pediatric trauma Pheochromocytoma
Recognition of importance of teamwork orientation to effective clinical care Strong foundation principles Alignment with growing body of work on “non- technical skills” Effort to take advantage of simulated patient care, simulated hospital environments (e.g. OR) Limited precedent in surgery ACS-APDS Phase III Curriculum
Unique communications rating instrument Checklisted trauma assessment SPIKES protocol (delivering bad news) NOTECHS Ottawa Global Scale Need to strengthen and consolidate assessment Assessment
Conclusions Assessment of surgical skills and OR performance: Opportunities Expanded uses: Identification of performance outliers. Definition of areas where focused training is required for specific residents. Measurement of effects of educational interventions. Measurement of curriculum effectiveness