key: cord-0956372-1zbqotiq
authors: Abbas, Muhammad J.; Jildeh, Toufic R.; Khalil, Lafi S.; Buckley, Patrick; Mumuni, Salma P.; Washington, Kenneth J.; Okoroha, Kelechi R.
title: Social Media Use Continues to Increase Among Orthopaedic Residency Programs in the United States
date: 2021-09-23
journal: Arthrosc Sports Med Rehabil
DOI: 10.1016/j.asmr.2021.08.004
sha: 67dacbac5355aa7c43b4fa4db58fd732a0c76128
doc_id: 956372
cord_uid: 1zbqotiq

PURPOSE: To evaluate the social media usage of orthopaedic residency programs, program directors (PDs), and department chairs across Instagram, Facebook, and Twitter and to determine which types of social media posts are indicative of increased user following. METHODS: A systematic online search strategy was performed in October 2020 to identify all allopathic orthopaedic surgery residency program accounts on Instagram, Facebook, and Twitter. Instagram posts were further analyzed to evaluate the type of post that significantly correlated with increased follower counts. RESULTS: Of 158 orthopaedic surgery programs, 69 (43.7%) had Instagram accounts, 52 (32.9%) had Facebook accounts, and 54 (34.2%) had Twitter accounts. Program presence on Instagram and Twitter continued to grow exponentially (R(2) = 0.99 and R(2) = 0.95, respectively). Regarding program leadership, a total of 151 PDs and 156 chairs were identified. Of these, 21 PDs (14%) and 8 chairs (5.1%) had Instagram accounts. The number of posts and the numbers of educational, social, program information, and operative posts (P < .01) significantly correlated with increased followers on Instagram. CONCLUSIONS: Fewer than one-half of orthopaedic surgery residency programs and fewer than one-quarter of PDs and department chairs have a social media presence. However, the number of residency programs on social media continues to rise year-over-year. The total number of posts; the amount of educational, social, and program information; and the number of operative posts significantly correlated with increased followers on Instagram. CLINICAL RELEVANCE: With the growing prevalence of social media, orthopaedic surgery residency programs have the opportunity to connect with future applicants and disseminate informational content regarding their programs.

T he accessibility of the internet has facilitated the rapid growth of social media and has created a new way for individuals to connect. Over half the global population now uses social media, and the average internet user has 8 unique social media accounts. 1 Social media usage is growing at an exponential rate, and a younger demographic is leading the trend, with 90% of individuals aged 18 to 29 years using at least 1 social media site. 2 The rapid adoption of social media has led to its use across multiple fields, including medicine.

As social media has evolved into a more common platform to disseminate information, multiple studies have been performed to assess its usage by health care providers. [3] [4] [5] Additionally, many studies have investigated the social media presence of residency programs across different specialties including otolaryngology, neurosurgery, radiology, and urology. [6] [7] [8] [9] According to a study examining orthopaedic residency applicants, 85% of applicants are under 29 years old, indicating that orthopaedic residency applicants are part of the age demographic with the most active social media presence. 2, 10 Furthermore, the emergence of SARS-COV-2 (severe acute respiratory syndrome coronavirus 2 ) in 2020 created new challenges for residency programs looking to garner interest from potential applicants. Because of the pandemic, visiting rotations and in-person interviews were canceled, thus restricting applicant travel and familiarity with programs outside the home institution. In an effort to facilitate medical student interest, many residency programs turned to social media as a recruitment modality.

Given the increasing usage of social media platforms and the challenges of the 2020-2021 application cycle, an assessment of the state of American orthopaedic surgery residency programs' social media presence was conducted. 2, 10, 11 The purposes of this study were to evaluate the social media usage of orthopaedic residency programs, program directors (PDs), and department chairs across Instagram (Facebook, Menlo Park, CA), Facebook, and Twitter (San Francisco, CA) and to determine which types of social media posts are indicative of increased user following. It was hypothesized that most programs would not have a social media presence and that a large number of programs would be seen beginning to use social media platforms in 2020.

To gauge the online footprint of orthopaedic surgery residencies, a comprehensive search strategy was used to determine the extent of social media use among allopathic orthopaedic surgery residency programs. A total of 158 orthopaedic surgery residency programs were identified for inclusion based on the Association of American Medical Colleges electronic residency application service data from 2019. A systematic online search strategy was used in October 2020 to identify all accounts on Instagram, Facebook, and Twitter that were relevant orthopaedic accounts. Instagram, Facebook, and Twitter were searched for accounts belonging to the program, department chairperson (chair), and residency PD. As performed in previous studies, social media accounts were identified by searching combinations of full and abbreviated program names in addition to the following terms: orthopedic surgery, orthopedics, orthopaedics, or ortho. 12, 13 An up-to-date repository of residency PDs and chairpersons was collected through a combination of Doximity (San Francisco, CA), LinkedIn (Mountain View, CA), and program websites. Social media platforms were searched to identify PDs and chairs. For every social media account found, the followers were investigated for similar accounts to further maximize the number of program accounts identified. Additionally, the social media accounts of program leadership were stratified into 1 of 3 categories based on the predominant type of content posted on the account: professional, personal, or mixed. Professional accounts predominantly included posts related to orthopaedic surgery, patient care, and education. Personal accounts predominantly featured posts regarding individuals' personal lives, family, and lifestyle. Mixed accounts lacked a predominant post type and showed features of both the professional and personal categories. Account type was determined by 2 individual observers, and mutual agreement was reach on all accounts. To determine the rank of orthopaedic surgery residency programs, US News & World Report residency rankings were used. 14 

The evaluation of social media posts has been performed in previous studies. 12, 13 The total number of posts is provided on the Instagram page of given accounts. Posts were categorized as educational, operative, social, informational, self-promotional, visiting lecturer, research, and other (Appendix Table 1 ). The educational label was applied if the post described a technique or promoted specific orthopaedic knowledge. Any photograph taken within the confines of an operating room was considered operative. Informational posts highlighted program features, training, or updates on matching, as well as faculty and resident spotlights. The self-promotional label was used to describe posts consisting of advertising or marketing for the program designed to recruit or elevate the program.

Posts were designated to the category of visiting lecturer when a photograph or caption highlighting a visiting professor presentation or faculty member presentation was posted. Research posts included presentations of research at a conference, screenshots of publications, discussions of recent publications, or journal-club events. All other posts were categorized as other. Four authors (M.J.A., P.B., S.P.M., and K.J.W.) independently conducted all searches and extracted data. Disagreements between reviewers were resolved by consensus.

All continuous variables were expressed as mean AE standard deviation, and all categorical variables were expressed as counts and column percentages. Regression analyses were used to describe the rate of growth in social media accounts for orthopaedic surgery programs over time. Wilcoxon rank sum analysis was used for comparison among program rankings to evaluate factors influencing numbers of followers. Analysis of all data was performed using SAS software (version 9.4; SAS Institute, Cary, NC). Statistical significance was set as P < .05.

Of the 158 programs identified for inclusion, as of October 2020, 69 (43.7%) had Instagram accounts, 52 (32.9%) had Facebook accounts, and 54 (34.2%) had Twitter accounts. Although the cumulative use of all 3 social media platforms by orthopaedic surgery programs is growing annually (Fig 1) , program presence on Instagram and Twitter grew exponentially (R 2 ¼ 0.99 and R 2 ¼ 0.95, respectively) whereas Facebook showed a linear growth rate (R 2 ¼ 0.94). The mean number of total tweets per program was 478 AE 951, and the mean number of followers per program was 596 AE 1,305. For Instagram, the mean number of total posts per program was 45 AE 12, and the mean number of followers per program was 796 AE 460. Of note, in 2020 (COVID-19 [coronavirus disease 2019] pandemic), 53 programs created an Instagram account. Of the 53 new Instagram accounts, 62% were the first social media account of the program.

Regarding program leadership, a total of 151 PDs and 156 chairs were identified. Of these, 21 PDs (14%) and 8 chairs (5.1%) had Instagram accounts; 51 PDs (32.3%) and 9 chairs (5.7%) had Facebook accounts; and 25 PDs (15.8%) and 17 chairs (10.8%) had Twitter accounts (Tables 1 and 2) .

Further analysis of Instagram accounts revealed that on average, programs were mostly posting informational content specific to their training program (23%) and social photographs (23%), followed by promotional (15%), educational (14%), operative (5%), research or conference (3%), and visiting lecturer (1%) posts (Fig 2) . When we evaluated factors that influenced the number of followers, linear regression models showed that the total number of posts (P < .01) and the numbers of educational (P < .01), surgical (P < .01), social (P < .01), program information (P < .01), program promotional (P < .01), and guest lecturer (P < .01) posts all had significant correlations with increased follower count ( Table 3 ). The number of accounts a program followed (P ¼ .15) and the number of posts related to research (P ¼ .63), as well as posts classified as other (P ¼ .9), had no significant relation with follower count. Furthermore, programs affiliated with hospitals ranked in the top 10 by US News & World Report had more followers on average than those not in the top 10; however, this difference was not significant (1,022.6 AE 500.47 vs 778.88 AE 455.85, P ¼ .34).

Although social media has become increasingly prevalent in our society, our study found that fewer than half of all allopathic orthopaedic surgery residency programs and fewer than a quarter of PDs and department chairpersons had a social media presence. However, it was shown that the number of programs on social media continues to rise year after year. Programs have favored posting content geared toward informing viewers about their programs, operative experiences, and social interactions between residents and faculty. The total number of posts and the numbers of educational, social, program information, and operative posts all had a significant correlation with an increased follower count on Instagram.

With the growing popularity of social media among prospective residency applicants and within the general population, several studies have sought to evaluate the social media presence of medical residency programs on such platforms. In a retrospective review of the online presence of 126 allopathic dermatology residency programs, St Claire et al. 15 found that in 2019, only 23% were present on Facebook; 11%, on Twitter; and 7%, These findings indicate that orthopaedic surgery residency programs have a similar social media footprint to other surgical specialties and variance between specialties can likely be attributed to the year in which the study was conducted, given that the social media presence of programs continues to grow globally among residencies. Additionally, the number of Instagram and Twitter accounts increased exponentially year-over-year, with 53 new Instagram accounts being created in 2020. The rapid increase in the number of accounts in 2020 is likely attributed to the impact of the COVID-19 pandemic on medical education. Pandemic guidelines called for the suspension of visiting rotations for prospective residency candidates and a shift to virtual interviews. This caused programs to use social media to inform prospective candidates about their programs and overcome the lack of a physical presence with candidates. 17 Previous studies have sought to evaluate the ways programs can use social media most effectively. Bhayani et al. 18 put together guidelines for how residency programs can best use social media. They highlighted the importance of sharing the accomplishments of a trainee and the program, conveying a culture of learning, and sharing lifestyle and social interactions. Azoury et al. 16 examined the types of Instagram content and their correlation with higher follower counts in plastic surgery. They found that the total number of posts (P < .01), the number of surgical posts (P < .01), the number of social interaction posts (P < .01), and the number of posts offering information about the program (P < .01) were all significantly correlated with an increased follower count. In agreement with these studies, our investigation found that among the Instagram accounts of orthopaedic surgery residency programs, the total number of posts and the numbers of educational, surgical, social, and program information posts (P < .01) all had significant correlations with increased follower count. It has been previously shown that prospective surgical residency applicants value high operative volume, faculty mentorship, and resident happiness, and it should therefore be no surprise that content speaking to these attributes likely contributes to increased follower count and appeal to prospective program applicants. 19 The number of posts regarding research and the number of followed accounts did not correlate with increases in follower count. These findings suggest that posts regarding research and the number of accounts followed do not necessarily lead to an increased number of followers. Aside from evaluating the social media presence of residency programs, it was also important to examine usage by PD and department chairs because these roles play an important part in shaping programs. Azoury et al. 16 found that among plastic surgery residency PDs, only 23.2% had an Instagram account, 32.6% had a Facebook account, and 15.8% had a Twitter account. They found that among department chairs, 21.1% had an Instagram account, 35.8% had a Facebook account, and 20% had a Twitter account. Facebook was the most common platform, with most accounts being personal ones (67% for PDs and 63% for department chairs). Our study found that among orthopaedic surgery PDs, only 13.3% had an Instagram account, 32.3% had a Facebook account, and 15.8% had a Twitter account. Among department chairs, 5.1% had an Instagram account, 5.7% had a Facebook account, and 10.8% had a Twitter account. Although our results are in agreement with previous findings within plastic surgery residency department leadership, it is apparent that there is little involvement of program leadership on social media. Further involvement on social media would provide program leadership with a platform to garner more interest from applicants into their respective programs while also providing a means of information sharing between the members of leadership of various programs.

There are several limitations present in this study. A limitation inherent to the cross-sectional nature of this analysis is that the data were collected at a single time point and, for this reason, we cannot account for posts that were previously posted but have since been deleted. Analysis of post types that influenced follower count was limited to Instagram posts. The reason for this is that Instagram is the most popular social media platform used by residency programs. It should also be noted that when an Instagram post did not clearly fit into a described category, mutual agreement by reviewers was used to determine which category was best. Owing to the retrospective nature of this study, post data analyzed were limited to photographs, videos, and text posted on Instagram accounts. Instagram Stories were not included in this analysis because of their transient nature of only being present on the account for 24 hours before being deleted. This made it impossible to retrospectively evaluate the impact of this type of post. It must be noted that the study period was over a relatively short time span; however, this was because of social media only being used by programs beginning in 2010. In the evaluation of Twitter posts, the large variability in the number of tweets and followers is likely because of diminished usage of the platform by certain programs and is to be expected on any social media platform.

Fewer than one-half of orthopaedic surgery residency programs and fewer than one-quarter of PDs and department chairs have a social media presence. However, the number of residency programs on social media continues to rise year-over-year. The total number of posts; the amount of educational, social, and program information; and the number of operative posts significantly correlated with increased followers on Instagram.

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