OBJECTIVE: The purpose of this study was to conduct a needs assessment of musculo-skeletal radiologists regarding their musculoskeletal training experience and attitude toward a standardized musculoskeletal fellowship curriculum. MATERIALS AND METHODS: An anonymous survey was sent to the Society of Skeletal Radiology membership querying musculoskeletal radiologists' practice patterns, fellowship program, curriculum, and modes of learning. RESULTS: Of 216 respondents (26% response rate), 87% were musculoskeletal fellowship trained. The majority performed MRI, CT, and radiography (99%); arthrography (95%); spine MRI (77%); pediatric musculoskeletal imaging (75%); musculoskeletal ultrasound (63%); and biopsies (62%). During fellowship, 72% read spine MRI; 74% pediatric musculo-skeletal imaging, and 49% musculoskeletal ultrasound (49%); 33% received no spine procedural training. Most felt comfortable performing arthrography, joint injections, and bone and soft-tissue biopsies but not spine biopsies. Of the total, 33% received a curriculum and 67% had no formal feedback and 56% did not evaluate their program. The highest rated program features were teaching by attending physicians (69%), case variety (54%), and procedural training (49%). The lowest rated features were lack of curriculum (57%), lack of structured learning (48%), and lack of mentoring (24%). The favorite mode of learning was one-on-one readout with attending physicians (90%), and 85% agreed that a standardized musculoskeletal fellowship curriculum would benefit musculoskeletal training. CONCLUSION: Although musculoskeletal radiologists believe they were adequately trained for practice, there are perceived deficiencies in spine MRI, pediatric musculoskeletal imaging, and musculoskeletal ultrasound. A standardized musculoskeletal fellowship curriculum would provide improved structure and a defined educational program. Clear expectations, performance assessment, feedback, and programmatic evaluation should be core elements of the training of every musculoskeletal fellow.
OBJECTIVE: The purpose of this study was to conduct a needs assessment of musculo-skeletal radiologists regarding their musculoskeletal training experience and attitude toward a standardized musculoskeletal fellowship curriculum. MATERIALS AND METHODS: An anonymous survey was sent to the Society of Skeletal Radiology membership querying musculoskeletal radiologists' practice patterns, fellowship program, curriculum, and modes of learning. RESULTS: Of 216 respondents (26% response rate), 87% were musculoskeletal fellowship trained. The majority performed MRI, CT, and radiography (99%); arthrography (95%); spine MRI (77%); pediatric musculoskeletal imaging (75%); musculoskeletal ultrasound (63%); and biopsies (62%). During fellowship, 72% read spine MRI; 74% pediatric musculo-skeletal imaging, and 49% musculoskeletal ultrasound (49%); 33% received no spine procedural training. Most felt comfortable performing arthrography, joint injections, and bone and soft-tissue biopsies but not spine biopsies. Of the total, 33% received a curriculum and 67% had no formal feedback and 56% did not evaluate their program. The highest rated program features were teaching by attending physicians (69%), case variety (54%), and procedural training (49%). The lowest rated features were lack of curriculum (57%), lack of structured learning (48%), and lack of mentoring (24%). The favorite mode of learning was one-on-one readout with attending physicians (90%), and 85% agreed that a standardized musculoskeletal fellowship curriculum would benefit musculoskeletal training. CONCLUSION: Although musculoskeletal radiologists believe they were adequately trained for practice, there are perceived deficiencies in spine MRI, pediatric musculoskeletal imaging, and musculoskeletal ultrasound. A standardized musculoskeletal fellowship curriculum would provide improved structure and a defined educational program. Clear expectations, performance assessment, feedback, and programmatic evaluation should be core elements of the training of every musculoskeletal fellow.
Authors: Jennifer Luz; Imran Siddiqui; Nitin B Jain; Minna J Kohler; Jayne Donovan; Paul Gerrard; Joanne Borg-Stein Journal: Am J Phys Med Rehabil Date: 2015-12 Impact factor: 2.159