BACKGROUND\nFractures of the femoral shaft in children are caused by major musculoskeletal trauma and result in high direct and indirect medical costs. To date, the American literature has focused on treatment options and outcomes, but the epidemiology of these injuries has been generalized from Scandinavian studies reported in the 1970s and early 1980s. The goals of the current study were (1) to determine the age, gender, and race-specific rates and mechanisms of fractures of the femoral shaft in children in a large United-States-based population and (2) to identify associations between the rates of these fractures and multiple sociodemographic indicators. Such information is vital for preventive efforts.\n\n\nMETHODS\nThe Hospital Discharge Database of the Maryland Health Services Cost Review Commission for the years 1990 through 1996 was used to obtain demographic data on 1485 cases of acute fracture of the femoral shaft in patients who were less than eighteen years old, and data from the United States Bureau of the Census for the state of Maryland for the year 1990 were used to obtain denominator data. Reliable external-cause data were available from the 1995 and 1996 databases for 472 patients. Small-area analysis was performed at the zip-code level to determine associations between numerous sociodemographic indicators and the rate of femoral shaft fracture.\n\n\nRESULTS\nThe annual rate of femoral shaft fracture in children was 19.15 per 100,000. With regard to age, there was a bimodal distribution, with peaks at two and seventeen years. Boys had higher rates of fracture than did girls at all ages, and blacks had higher rates than did whites. The primary mechanisms of fracture were age-dependent and included falls, for children less than six years old; motor vehicle-pedestrian accidents, for those six to nine years old; and motor-vehicle accidents, for teenagers. Firearm-related injuries accounted for 15 percent of the fractures among black adolescents. Adverse socioeconomic conditions were significantly associated with higher rates of fracture.\n\n\nCONCLUSIONS\nThe rates and mechanisms of femoral shaft fractures in children depend on age, gender, and race. For children living in the United States today, the epidemiology of these fractures is different than that described in earlier, Scandinavian reports.

Fractures of the femoral shaft in children : Incidence, mechanisms, and sociodemographic risk factors.

Background Female orthopedic surgeons have different life choices, experiences, and influences that may alter their decisions when choosing a fellowship. There is no data that describes why women choose their specialty and if it is related to their mentorship, athletic background, family, family planning, physical attributes needed, location, practice setting, or discrimination.After a five year orthopedic residency, what influences their specialty choice to work in a specific field?Questions/ purposes: To understand why women in orthopedics chose a certain fellowship and if they are influenced by any specific factor. Methods A 28 question survey created through SurveyMonkey was emailed to all members of the Ruth Jackson Orthopedic Society (RJOS) in July 2019. After six weeks the survey was closed and data was analyzed through SurveyMonkey. Results 252 members of RJOS completed the 28 question survey. 94% of the women who responded did a fellowship after their orthopedic residency. 62% chose their fellowship specialty based on pure enjoyment. 79% were not influenced by a female role model, 92% were not influenced by a significant other, 85% were not influenced by wanting children or a family, and 96% were not influenced by being pregnant or planning on being pregnant. 64% were not influenced by physical attributes or perception of strength needed for the specialty. Conclusions 94% of the women who responded did a fellowship after their orthopedic residency and 62% chose their fellowship specialty based on pure enjoyment. It was not found that female mentorship, family, pregnancy, significant other, or physical attributes contributed to their fellowship choice.Level of Evidence: V.

Women in Orthopedics and their Fellowship Choice: What Influenced their Specialty Choice?

Background The number of orthopaedic residency graduates pursuing additional subspecialty training has increased along with the percentage of advertised jobs requiring fellowship. As such, the implications of fellowship training on job availability and marketability may impact their choice of subspecialty. The purpose of this study was to evaluate job availability in the United States for general orthopaedics and orthopaedic subspecialties. Methods Job advertisements in 2019 were reviewed from the career center databases of the Journal of Bone and Joint Surgery, American Academy of Orthopaedic Surgeons, as well as of individual subspecialty societies. Job listings were cross referenced to identify unique jobs within the United States, which were categorized by the orthopaedic training required, practice type, and location. To assess job availability, a ratio of fellows to job listings was calculated based on the number of matched candidates for nine subspecialty fellowships and the number of residency graduates entering general practice in 2019. Results A total of 466 unique job listings were identified with 114 generalist and 352 subspecialist positions. The subspecialties with the lowest number of fellows per advertised job were foot and ankle (1.1), adult reconstruction (2.0), and trauma (2.1). The subspecialties with the highest number of fellows per advertised job were sports medicine (6.3), shoulder and elbow (5.8), and oncology (5.7). Job availability for general orthopaedics was higher than for any subspecialty. The highest percentage of positions advertised were hospital employed jobs compared with private practice and academic positions. Conclusions Job availability for fellowship graduates varies notably based on orthopaedic subspecialty. At this time, generalists and subspecialists trained in foot and ankle, adult reconstruction, and trauma seem to be in greatest demand. The reason for the differences in demand is likely multifactorial. Our findings should be considered by orthopaedic residents pursuing fellowship training in addition to weighing both personal interest and financial considerations in their subspecialty choice.

Analysis of Orthopaedic Job Availability in the United States Based on Subspecialty.

Currently, most surgeons pursue subspecialty fellowship training. This study answers the following questions: (1) How does the rate of fellowship training in orthopedic surgery compare with that in other surgical specialties? (2) To what extent did adoption of Accreditation Council for Graduate Medical Education (ACGME) accreditation change from 2013 to 2021? Orthopedic subspecialties were analyzed for total number of fellowship programs and positions in the 2013 and 2021 Match. Rates of ACGME accreditation were analyzed via chi-square tests. In 2021, orthopedic surgery had the highest rate of fellowship selection (94%) relative to general surgery (77%), ophthalmology (66%), plastic surgery (63%), and otolaryngology (55%). Across all orthopedic subspecialties, the percentage of ACGME accreditation decreased among fellowship programs (53% in 2013 to 48% in 2021, P=.166) and positions (58% in 2013 to 50% in 2021, P<.001). Orthopedic sports medicine had the highest adoption of ACGME accreditation (100%), followed by hand surgery (99%), musculoskeletal oncology (67%), and pediatric orthopedics (56%). Significant increases in the adoption of ACGME accreditation were noted for orthopedic sports medicine (93% in 2013 to 100% in 2021, P=.016) and hand surgery (81% in 2013 to 99% in 2021, P<.001). There was a significant decrease in ACGME accreditation for adult reconstructive orthopedics (40% in 2013 to 24% in 2021, P=.042), driven by the increase in unaccredited fellowship programs. Accreditation of orthopedic subspecialty fellowship training has decreased with respect to the proportion of accredited training positions. More research is needed to understand the benefits of ACGME accreditation for fellowship training in orthopedic surgery. [Orthopedics. 202x;4x(x):xx-xx.].

Trends in ACGME Accreditation of Orthopedic Surgery Fellowship Training.

Introduction The purpose of this study was to determine which components of sports medicine fellowships are most important to applicants when reviewing fellowship websites during the application process. Methods An anonymous survey was distributed to 492 fellowship applicants from the 2017-2018 and 2018-2019 cycles. The survey included questions about the importance of including components of fellow education, recruitment, and experience on program websites. The weighted average of responses determined each component’s rank, with 5 being “very important” and 1 being “not at all important.” Responses were analyzed by application cycle, current position, and sex using the Wilcoxon rank-sum test. Results Sixty-five applicants participated in the survey and completed the demographics section, resulting in a 13.2% response rate. According to participants, the most important components to include on fellowship websites were exposure to advanced operative sports medicine techniques (weighted average, 4.62), complexity of cases performed (4.52), and number of cases performed (4.50). Analysis demonstrated statistically significant differences in opinion between application cycles for flexibility for conducting a remote interview (P = .0074), jobs obtained by previous fellows (P = .019), national rank of department (P = .021), program’s geographic location (P = .026), protected academic time (P = .038), current positions for criteria for fellows’ performance evaluations (P = .028), program’s geographic location (P = .0097), and protected academic time (P = .0079). There were statistically significant differences in opinion between current positions regarding flexibility for conducting a remote interview (P = .0026), jobs obtained by previous fellows (P = .012), and national rank of department (P = .0013). Conclusions Orthopaedic sports medicine fellowship applicants believe that it is most important to include information about the volume and complexity of fellows’ cases and their day-to-day commitments on program websites. Clinical Relevance This information would enable applicants to identify programs that will support professional development and allow program directors to communicate expectations.

Orthopaedic Sports Medicine Fellowship Websites: Information Considered Most Important to Fellowship Applicants.

Background Over 90% of graduating orthopaedic residents now pursue fellowship training, and only 15% of practicing orthopaedic surgeons now characterize themselves as generalists. Fellowship training has significant financial effects due to both opportunity cost of that year of training and changes in compensation throughout one's career. The purpose of this study was to estimate the financial return on investment by pursuing additional training in an orthopaedic fellowship versus general practice. Methods Using described techniques of financial analysis, net present value (NPV), internal rate of return (IRR), and break-even point were estimated over the average working career length of an orthopaedic surgeon. Compensation data were drawn from the American Medical Group Association physician compensation surveys. Seven fellowships were studied and referenced to a career in general orthopaedic practice. Results Fellowship training in spine surgery yields the highest return on investment with a break-even point of 5 years. Adult reconstruction has a positive NPV and IRR, but when corrected for number of hours worked per week offers no productivity advantage to general practice. Sports medicine and trauma offer neutral returns, but when corrected for work hours, NPV and IRR both become negative. Hand, pediatrics, and foot and ankle never break even following the loss of compensation realized during fellowship year. Discussion The recent trend across all medical specialties has been for increased fellowship training and subspecialization. There are numerous reasons to pursue fellowship training, both personal and financial. This study presents an updated estimate of the financial impact of fellowship training in orthopaedics. This analysis demonstrates that selecting different fellowships can generate positive, negative, or neutral financial returns. This study has the potential to influence residents' decisions to pursue general practice versus fellowship training and identifies economic drivers, which may lead to preferential pursuit of certain subspecialties.

The Return on Investment of Orthopaedic Fellowship Training: A Ten-year Update.

This study evaluated the effect of pre-bending dynamic compression plates on fracture site compression. Recommendations of 1 to 2 mm of pre-bend have been proposed, but there does not appear to be experimental data to confirm the optimal pre-bend magnitude. Dynamic compression plating was performed on the lateral convex surface of 18 femoral analogs to fixate a simulated mid-shaft fracture. Plates with 0 mm (flat plate), 1 mm, and 2 mm of pre-bend were evaluated for their production of compression by determining the strain magnitudes for 10 equal-sized zones across the anterior cortex at the osteotomy site using digital imaging correlation. The 0 and 1 mm plates produced significantly more compression at the near cortex (p = 0.001 and p = 0.003, respectively) than the 2 mm plate. However, the 0 and 1 mm plates also created visible diastasis at the far cortex, while the 2 mm plate exhibited compression across all zones. The strain magnitudes for the 0 mm (R2 = 0.62) and 1 mm (R2 = 0.86) plates linearly and significantly decreased from the region adjacent to the plate until a region 50%-60% across the analog diameter. In contrast, the 2 mm plate exhibited uniform strains across the osteotomy site. This study demonstrates that pre-bending a dynamic compression plate 2 mm prior to fixation on a convex lateral femur provides the most compression at the far cortex. It also produces more uniform compression across the fracture when compared to 0 and 1 mm of pre-bend.

https://journals.sagepub.com/doi/pdf/10.1177/0954411920903875

Pre-bending a dynamic compression plate significantly alters strain distribution near the fracture plane in the mid-shaft femur.

Injury metrics are altered in spica-casted versus non-casted child ATDs in side-impact collisions with door intrusion

Multicentric reticulohistiocytosis is a rare non-Langerhans cell histiocytic rheumatologic disorder characterized by multiple skin lesions, painful hand nodules, and destructive polyarthritis that results in arthritis mutilans in 20% to 30% of patients. In the current literature, there have been approximately 300 cases reported and the pathogenesis remains unclear. Currently, there is no diagnostic serologic test and no consensus on management. In this case report, we present a patient with multicentric reticulohistiocytosis who was treated with selective excision of 3 painful nodules on the hand. The patient was seen 1 year after surgery. One of the nodules reoccurred whereas the other 2 remained quiescent. This procedure has the potential to produce considerable pain relief and improve quality of life in a disease process for which optimal medical regimen remains to be determined.

Multicentric Reticulohistiocytosis: Elective Excision of Symptomatic Hand Nodules With 1-Year Follow-Up.

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The Return on Investment of Orthopaedic Fellowship Training: A Ten-year Update.

Pre-bending a dynamic compression plate significantly alters strain distribution near the fracture plane in the mid-shaft femur.

Injury metrics are altered in spica-casted versus non-casted child ATDs in side-impact collisions with door intrusion

Multicentric Reticulohistiocytosis: Elective Excision of Symptomatic Hand Nodules With 1-Year Follow-Up.