Resident peripheral nerve surgery competence: An assessment of procedural exposure, self-reported competence and technical ability.

Background: Identifying peripheral nerve surgery procedure (PNSP) competencies is crucial to ensure adequate resident training. We examine PNSP training at neurosurgical centers in the US and Canada to compare resident-reported competence, PNSP exposure, and resident technical abilities in performing 3 peripheral nerve coaptations (PNC).
Methods: Resident-reported PNSP competence and PNSP exposure data were collected using questionnaires from neurosurgical residents at North American neurosurgical training centers. Exposure and self-reported competency were correlated with technical skills. Technical PNC variables collected included: time-to-completion, nerve-handling from video-analysis, independent and blinded visual-analog-scale (VAS) PNC quality grading by 3 judges, and training level.
Results: A total of 40 neurosurgical residents participated in the study. Although self-reported competency scores correlated with procedural exposure (P < 0.01, rs = 0.88), a discrepancy was found between the degree of self-reported competency and amount of exposure. The discrepancy was greater in senior residents. A significant VAS difference was found between PNC types with the direct-suture and connector-assister groups scoring higher than connector-only (P = 0.02, P < 0.01, respectively). No difference was observed between training level and VAS grading, nor time-to completion (P = 0.33 and 0.25, respectively). No correlation was found between self-reported competency performing PNSPs and PNC VAS scores, nor nerve handling.
Conclusions: Despite more exposure and a higher self-reported PNSP competency in senior residents, no difference was seen between senior/junior residents in PNC quality. A discrepancy in PNSP exposure and self-reported competency exists. This information will provide guidance for the direction of resident PNS training.
(Copyright © 2022 Elsevier B.V. All rights reserved.)