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Orthopaedic Proceedings
Vol. 92-B, Issue SUPP_I | Pages 32 - 32
1 Mar 2010
Ranawat A Hu SS Levine W Niederle M Harner C
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Purpose: Currently, approximately 90% of the 620 graduating orthopaedic residents are planning on entering a post-graduate fellowship. Since January of 2005, two of the largest orthopaedic fellowship match programs, Sports Medicine and Spine Surgery, were dissolved by the NRMP due to gradual decline and reduced participation leaving approximately 70% of applicants in a non-match, decentralized system.

Method: An on-line survey was designed by orthopaedic leadership of the AOA with the help of two Harvard business school “match” economists. The survey was administered to PGY-4 orthopaedic residents participating in the AOA Resident Leadership Forum (RLF) of 2007. This data was used as the cornerstone of the RLF for 2007, where the residents deliberated the results of the survey and formulated a brief recommendation list. The survey responses were then tabulated electronically and subjected to market analysis.

Results: Sixty-five out of 112 (58%) RLF Residents answered the on-line survey, while 93 (83%) answered audience response questions at the RLF. Thirty percent of residents (19/64) did not have enough time and exposure in their residency to decide which subspecialty to enter. They felt the ideal interview period should be held from January through March of the PGY-4 year. Over 50% of residents felt pressure to accept early offers, had to accept an offer before finishing interviewing or accepted their first offer. Sixty-eight percent (43/64) had to respond to an offer in less than one week. Seventy-six percent (31/47) felt they were given inadequate time to accept or reject offers. Thirty-six percent (17/47) asked for more time to think about an offer. Over 50% (33/65) accepted their first offer and 8% (5/47) had an offer withdrawn because they did not give a response within a designated time frame (exploded offer). Residents cancelled a mean of 2.7 interviews per resident (range 0–9). Eighty-percent (50/64) thought a match would be better than the current system, if most programs would adhere to it. Approximately 47% (41/88) of the residents favored a more centralized process involving all orthopedic surgery fellows, while 35% (31/88) favored a subspecialty based system.

Conclusion: The RLF deliberations can be summarized as follows:

The current fellowship hiring process is decentralized, poorly functioning, unraveled and generally unfair. It creates anxiety for residents, residency directors, and fellowship directors alike. Residents are facing exploding offers, limited exposure to fellowship programs and, ultimately, an unraveling hiring market.

Residents are in favor of changing the current decentralized process into either a more centralized clearing-house system or subspecialty-based match approach.

In either system, accountability for both residents and fellowship directors is critical.

Both the AOA and AAOS should devote resources to improve the fellowship hiring process.


The Journal of Bone & Joint Surgery British Volume
Vol. 83-B, Issue 4 | Pages 496 - 500
1 May 2001
Deviren V Berven S Smith JA Emami A Hu SS Bradford DS

We present a study of ten consecutive patients who underwent excision of thoracic or thoracolumbar hemivertebrae for either angular deformity in the coronal plane, or both coronal and sagittal deformity. Vertebral excision was carried out anteriorly alone in two patients. Seven patients had undergone previous posterior spinal fusion. Their mean age at surgery was 13.4 years (6 to 19). The mean follow-up was 78.5 months (20 to 180). The results were evaluated by radiological review of the preoperative, postoperative and most recent follow-up films.

The mean preoperative coronal curve was 78.2° (30 to 115) and was corrected to 33.9° (7 to 58) postoperatively, a mean correction of 59%. Preoperative coronal decompensation of 35 mm was improved to 11 mm postoperatively. Seven patients had significant coronal decompensation preoperatively, which was corrected to a physiological range postoperatively. There were no major complications and no neurological damage.

We have shown that resection of thoracic and thoracolumbar hemivertebrae can be performed safely, without undue risk of neurological compromise, in experienced hands.