Copyright
©The Author(s) 2021.
World J Orthop. Apr 18, 2021; 12(4): 234-245
Published online Apr 18, 2021. doi: 10.5312/wjo.v12.i4.234
Published online Apr 18, 2021. doi: 10.5312/wjo.v12.i4.234
Method | Basic structure | Assessment | Procedure examples | Validated1 for | |
Practicing surgeons | Surgical trainees | ||||
Licensing bodies assessments | |||||
State Medical Boards[50-52] | Mandatory to practice. Required to demonstrate competency through CME. However, states individually may evaluate professional conduct when a physician fails to provide appropriate quality of care | Must regularly participate in CME activities and may require board certification. May have competency evaluation by independent evaluator or approved assessment program if signs of dyscompetence | - | Unclear | - |
ABMS[18,19] | Voluntary certification to show knowledge of standards of practice. Rigorous process of evaluation every 10 yr with MOC | MOC consists of 4-part assessment: Licensure/professional standing, participation in CME programs, cognitive expertise through examination, and documentation of quality of care and/or audits or peer review | - | Unclear | - |
Provincial Licensing Bodies in Canada[53-55] | Mandatory to practice. Required to demonstrate competency through CME. Provincial licencing bodies identify those with deficiencies in competence, requiring peer review | Must regularly participate in CME activities. If evidence of dyscompetence, rigorous individualized assessment of the surgeon’s practice is performed, with emphasis on quality of care | - | Unclear | - |
Fellows of the RCPSC[56,57] | Voluntary certification to show commitment to competent practice. Evaluation and successful completion of MOC program every 5 yr | Must participate in CPD activities. MOC based on 3 section framework: Group learning, self-learning, and assessment | - | Unclear | - |
Non-licensing bodies assessments | |||||
OSATS[58-61] | Multi-station and timed with bench and live model simulations or surgical procedures. Peer evaluated with rating scale | Checklist and global rating scale by expert examiner to evaluate technical skill. Does not assess decision making or concrete surgical aspects | Laparoscopic Gastric Bypass Saphenofemoral dissection. Meniscectomy transtibial or anteromedial femoral tunnel | Yes | Yes |
C-SATS[26,31] | Video recorded surgical performance and evaluated with validated with rating scale | Crowds of anonymous and independent reviewers, including those nonmedically trained, evaluate surgical skill with validated performance tools such as OSATS | Urinary bladder closure. Robotic surgery skills | No | Yes |
O-SCORE[27,62] | Surgical procedure peer evaluated with rating scale | Surgical experts rate performance with 9 item tool and scaling system to assess competence to perform procedure independently | Open reduction internal fixation of hip, wrist, or ankle. Arthroplasty (total hip or hemi). Knee arthroscopy | No | Yes |
GOALS[63,64] | Laparoscopic procedure peer evaluated with rating scale | Surgical experts evaluate performance with 5-point rating scale of 5 items unique to laparoscopy | Laparoscopic cholecystectomy | No | Yes |
GEARS[65,66] | Robotic procedures peer evaluated with rating scale | Surgical experts evaluate performance with 5-point rating scale of 6 items unique to robotic surgery | Inanimate simulators–continuous suturing. Prostatectomy | No | Yes |
Direct Objective Metric Measures[67,68] | Skill/surgical procedure measured with concrete aspects | Measurement of stiffness and failure load for each repair construct, with comparison to expected rehabilitation loads | Tibial plafond fracture reduction. Distal radius fracture reduction | No | Yes |
- Citation: Frazer A, Tanzer M. Hanging up the surgical cap: Assessing the competence of aging surgeons. World J Orthop 2021; 12(4): 234-245
- URL: https://www.wjgnet.com/2218-5836/full/v12/i4/234.htm
- DOI: https://dx.doi.org/10.5312/wjo.v12.i4.234