CC-BY-NC-ND 4.0 · J Acad Ophthalmol 2017; 09(01): e7-e12
DOI: 10.1055/s-0037-1602768
Research Article
Thieme Medical Publishers 333 Seventh Avenue, New York, NY 10001, USA.

Impact of Satellite Practices on Academic Ophthalmology Departments

Irene C. Kuo
Department of Ophthalmology, Wilmer Eye Institute, Baltimore, Maryland
Scott M. Wright
Department of Medicine, Johns Hopkins University School of Medicine, Baltimore, Maryland
› Author Affiliations
Further Information

Address for correspondence

Irene C. Kuo, MD
Department of Ophthalmology, Wilmer Eye Institute
Johns Hopkins University School of Medicine
4924 Campbell Blvd. #100, Baltimore, MD 21236

Publication History

15 September 2016

27 March 2017

Publication Date:
16 May 2017 (online)



Background A recent small study described how “satellite” clinics (off-site and strategically situated) associated with six academic ophthalmology departments provided expansion opportunities, and also created unique challenges.

Objectives The aim of this study was to gather a wider viewpoint by surveying chairpersons about their opinions of satellite practices, and how these relate to their departmental mission.

Research Design Online survey.

Subjects Chairperson members of the Association of University Professors of Ophthalmology.

Results More than 60% of respondents had satellite practices affiliated with their departments. Most departments had two to five satellite practices; 33% had satellites that were located further than 50 miles away from the main hospital. On average, satellites accounted for 25 to 30% of total patient visits for the department. Departments whose satellites accounted for 50% or more of total patient visits to the department were those with the largest clinical volumes (>100,000 annual patient visits). Comprehensive ophthalmology was the most common service offered at satellites. All Chairs believed satellite practices had at least maintained, if not improved, their departments' reputation. Seventy percent were concerned about perceived competition with referring community doctors. Research endeavors and trainee education were not considered to be priorities of satellite practices.

Conclusion Overall, chairpersons in the United States believed that satellite practices had strengthened their departments. The geographical expansion of departments, particularly with comprehensive ophthalmology (inclusive of optometric services), has implications for relations with the referral base in the surrounding communities. Thoughtful management of these practices, with attention paid to both meeting financial goals as well as fulfilling the academic mission, is necessary to ensure that the advantages outweigh the drawbacks.


In the past 20 years, many academic ophthalmology departments have been expanding by opening satellite offices, located at variable distances from the departmental hub. Many satellite practices are situated in the suburbs,[1] in contrast to the more central or urban location of most academic medical centers. The published literature on community or satellite practices in academic medicine is scant and most commonly describes affiliations with community hospitals and private practices.[2] [3] [4] [5] [6] A recent small study of satellite practices affiliated with six large academic ophthalmology departments explored the evolution of their satellite practices and provided a preliminary examination of successes and challenges.[1] The consensus of leaders of these six programs was that satellites expanded the geographical reach of their departments and benefited their departments financially, in part because of a more favorable payor mix. Other reasons for enhanced profitability at these remote practices were noted to be the increased efficiency, as well as the freedom to promote higher revenue subspecialties at these sites. Changes in the health care system, such as the Affordable Care Act (, necessitate amendments to the structure and delivery of care at academic medical centers,[7] [8] whereby the establishment of satellite practices can be advantageous.

Opening a satellite practice is not without risk. Beyond expending effort to maintain the department's respected academic “brand,” another consideration is how best to support the faculty practicing at satellites, particularly if these faculty are held to the same academic standards—to contribute substantively to academia's tripartite mission.[9] [10] To that end, faculty at satellites need opportunities and support to advance toward promotion,[11] and they must be thoroughly integrated into the departmental culture so that they remain engaged and feel valued.[11] [12]

To further investigate the impact of satellite practices on academic ophthalmology departments, this study collected the perspectives of departmental leaders, the Chairs, about their satellite offices.


Study Design and Sample

This study was conducted using a cross-sectional survey sent electronically from February through mid-May 2015 to ophthalmology department chairpersons who were members of the Association of University Professors of Ophthalmology (AUPO); select questions are shown in [Table 1]. Because of the association's policies, its leadership insisted on sending the survey link to all Chairs using a method that preserved confidentiality and prevented the authors from contacting individual Chairs. While this policy was believed to encourage truthful responses, it also precluded us from encouraging nonrespondents to complete the survey. Over a 2-month period, reminder invitations were sent four times by the AUPO manager per our request.

Table 1

Select questions from instrument used to survey the ophthalmology department Chairs

How many satellites do you have?

How near is the closest satellite?

How far is the farthest satellite?

In what year was the first satellite practice associated with your department opened?

Do you (as department chairperson) see patients at a satellite clinic?

Do you/your department hire specifically for satellite clinics (meaning are there satellite doctors who will never practice at the main hospital)?

Do you charge “rent” (e.g., lease of satellite space in a building) to doctors practicing at satellites?

Is there a medical director of most satellites?

Do satellite directors advance in the promotion process at the same rate as other faculty members in your department?

Does the medical director at the satellite get protected time for his/her duties as a director?

Does the medical director at the satellite get extra compensation for his/her duties as a director?

What percent of patients are seen at main campus versus the satellite practice(s)? (MUST ADD TO 100%)

What percent of the collections/clinical revenues come from patient care delivered at the main campus versus the satellite practice(s)? (MUST ADD TO 100%)

As your department has expanded to include satellite practices, how have the satellites affected your department's brand and reputation?

Have any of the satellite practices in your department ever been closed down?


Survey Development, Composition, and Analysis

We assembled a team to develop a survey instrument that would measure chairpersons' experiences with and perceptions of satellite practices affiliated with their departments of ophthalmology. The survey development team had both expertise in survey design and years of experience in satellite practices. The survey was also informed by our previous research[1] and a careful review of the literature.

For clarification, satellite practices were defined at the beginning of the survey. It was explained that ophthalmology clinics in Veteran Administration and county hospitals were not considered satellite offices.

The survey included questions about the departments, including annual number of patient visits, number of satellites, ranks of faculty members at satellites, whether trainee education occurred at satellites, as well as the proportion of total visits and revenues that the satellites represented. The instrument also collected information about the Chairs themselves, including age, details of their clinical practice, and grant support. Given the paucity of female Chairs, gender was not asked so as to preserve anonymity. Response options included yes/no, multiple-choice selections, Likert scales, and free text boxes that allowed for written responses. Pilot testing with senior, experienced division chiefs was conducted to assess clarity and lack of ambiguity in the questions.

The Johns Hopkins Medicine Institutional Review Board X determined this work qualified as exempt research under Title 45, Public Welfare Department of Health and Human Services Code of Federal Regulations Protection of Human Subjects 46.101(b).


Data Analysis

Descriptive statistics of the data abstracted was performed, and data are presented as medians, means with standard deviations, and proportions.



The survey was sent to 110 chairperson members of the AUPO in the United States. Fifty-one (46%) Chairs responded. Their mean age was 57 years ([Table 2]). On average, the Chairs devoted 43% of their time to direct patient care, and 14% to research. Sixty-five percent (n = 33) had external funding to support their research efforts. Approximately half of responding Chairs (53%) were working at public institutions.

Table 2

Characteristics of responding 51 Chairs and their respective ophthalmology departments


Mean age in years (standard deviation)

57 (5)

Mean percent time devoted to clinical care


Mean percent time devoted to research


Has extramural support for research


Cares for patients at satellite practice



Number (%) of Chairs with affirmative response (where applicable)

Total outpatient visits/year





 Mean ± standard deviation

77,000 ± 55,000

 Departments with affiliated satellite practice, n (%)

30 (63)

Number of satellite practices

 1 satellite

3 (10%)

 2–5 satellites

18 (58%)

 6–10 satellites

5 (16%)

  > 10 satellites

5 (16%)

Location of satellite practices

 Closest satellite <10 miles from the main campus

21 (71%)

 Farthest satellite >50 miles from the main campus

10 (33%)

Satellite experience and longevity

 Oldest satellites established <5 years old

3 (10%)

 Oldest satellites >15 years old

20 (66%)

Satellite workforce

 Comprehensive ophthalmologists working at satellites

30 (97%)

 Optometrists working at satellites

24 (93%)

 Junior faculty (assistant professor or equivalent)

26 (87%)

 Mid-level faculty (associate professor or equivalent)

26 (87%)

 Senior faculty (full professor or equivalent)

26 (87%)

 Satellite faculty who are >50% full-time equivalent clinical

28 (93%)

 Satellite faculty who are >50% full-time equivalent research

6 (20%)

Subspecialties at satellites (%)

 Comprehensive ophthalmology

27 (97%)


26 (84%)


24 (77%)


21 (68%)


21 (68%)


19 (61%)

 Laser refractive surgery

15 (48%)

The Chairs who responded lead departments of variable clinical productivity, ranging from 3,000 patient visits/year to 250,000 patient visits/year; the median was 65,000 visits/year, and the mean ± standard deviation was 77,000 ± 55,000 visits/year. More than 60% of respondents (n = 32) confirmed that their department had at least one satellite office.

The advantages and benefits that Chairs most commonly attributed to having satellites were “expanding the department's geographic reach” and “increasing patient volumes” ([Table 3]). Of the 16 respondents whose departments had no satellites, economic reasons (“does not make sense financially for us”) was cited most frequently, followed by “no perceived benefit” and “perceived competition with community doctors will decrease referrals to the department.” More than half of these respondents (n = 10) said they would likely open a satellite practice within the next 5 years.

Table 3

Ophthalmology department Chairs' impressions about the perceived challenges and benefits associated with running their satellite practices

Challenges, n (%)

 Competition (real or perceived) with referring doctors in the community

18 (69)

 Integration of satellite practices/doctors

10 (38)

 Maintenance of consistent standards/operating procedures throughout the department

7 (27)

 Mentorship of physicians at satellite practices

5 (19)

 Providing resources to support satellite practices

4 (15)

 Brand preservation

3 (12)

Benefits, n (%)

 Expand geographic reach of departments

30 (97)

 Enhance accessibility to referring doctors in the community

29 (94)

 Help in recruiting patients for studies/trials

17 (55)

 Perform procedures/surgeries at sites with lower costs

11 (35)

 Proximity to sources of grateful patient philanthropy

10 (33)

 Hiring doctors with clinical and/or research interests that cannot be accommodated at the main hospital

9 (29)

While 95% of Chairs “strongly agreed” or “agreed” with the statement “Satellite practices have been a great success,” 35% recounted that their department had closed one or more satellite offices, mostly because they were not financially viable.

Details of the Satellite Practices

More than half of the departments with satellites reported having two to five such practices ([Table 2]). Sixty-six percent of respondents said their oldest satellite had been operating for longer than 15 years.

Comprehensive ophthalmology was the most common service offered at satellites ([Table 2]); the subspecialty of refractive surgery was offered at just less than 50% of the satellites.

Trainees (residents or fellows) were sent to satellites in half the departments with satellite practices. In such departments, all Chairs believed that the quality of the teaching and the educational experience were as good as or better than at the main campus. Chairs of departments which elected not to send trainees to satellites cited these top two reasons: “not enough pathology at satellites [for them] to benefit” and “having trainees at satellites would decrease the practice's efficiency.”

Eighty-five percent of Chairs asserted that they decide which doctors practice at satellites. Half of the respondents explained that they hire doctors specifically for satellite practices, meaning these doctors have no clinical roles at the main hospital. The doctors working at satellites consisted of a mix of junior, mid-range, and senior faculty ([Table 2]). Fewer than half of satellites had a formal “medical director”; few respondents divulged whether directors have protected time for their administrative duties and whether these people receive extra compensation for assuming this role.



Satellites accounted for 25 to 30% of total visits, total new patient visits, and total departmental collections ([Fig. 1]). Satellite visits accounted for less than 50% of total department visits in all nine departments with 40,000 or fewer visits/year. Five of six (83%) departments whose satellites accounted for 50% or more of total visits had more than 100,000 patient visits/year. In these departments with more patient visits, satellites collected a higher proportion of revenues compared with the proportion of visits they represented. In departments with fewer patient visits, satellites collected a lower proportion of revenues relative to the proportion of visits.

Zoom Image
Fig. 1 Breakdown of total visits (top panel), new patient visits (middle panel), and revenues (lowest panel) between the departmental academic hub and their satellite practices averaged for the 30 ophthalmology departments with at least one satellite practice.

Eight of 30 (27%) departments with satellites charged rent to satellite practices, and 7 (88%) of these departments also charged rent to physicians practicing on the main campus, with rent at both locations said to be similar.


Experiences Integrating Satellites

No Chair reported that establishing satellite practices had negatively impacted the departmental “brand” and reputation. To maintain the quality of the brand, the strategies most commonly employed were to “hire doctors for the department, not for the satellite, then have them split time between main campus and satellites” (46%) and to “mandate that clinicians practicing at the satellites are faculty, rather than clinical associates [or the like]” (38%). Fifty percent of Chairs said they had clinical time at satellites, which they believed helped in myriad ways.



In this survey, almost all chairpersons of academic ophthalmology programs with satellite practices affirmed that their departments benefited from having satellite offices. They agreed that satellites increased patient volume while maintaining or improving the department's reputation and brand. Many departments currently without satellite practices are in the process of establishing them because they appreciate the added value.

This study expands on our earlier small study that superficially explored aspects of satellite practices affiliated with six large ophthalmology departments.[1] In the literature, aside from that pilot study,[1] we found only a few references about “satellite offices/practices/clinics” related to academic medical centers. These included a study describing clinical teaching at a remote satellite[13]; academic surgical practices strengthening their position in the “market” by having “satellite networks”[14]; an oncology department and architect planning space needs at a “community hospital satellite”[15]; and a pediatric sickle cell disease group showing that a satellite produced clinical outcomes comparable with those of the university-based clinic while concomitantly alleviating the barriers associated with travel.[4] Beyond the marked positive impact on finances when an academic pediatric radiology division expanded into the community,[6] there was also improved referring physician and patient satisfaction.[5] Nonetheless, the authors of this article[5] discussed how the benefits of community practice were associated with some decreased efficiency attributable to travel time between satellites and the main campus. They stated this decreased efficiency negatively affected teaching and clinical consultation.[5]

Satellite practices may flourish only after departments reach a critical mass. Size matters not only with regard to the number of physicians but also to having sufficient infrastructure for resources (both human and otherwise) to coordinate health information technology and clinical integration.[8] The departments with the highest clinical volumes had a longer history of satellites, a larger number of satellites, a higher proportion of their total visits seen at the satellite practices compared with the main campus, and disproportionately higher revenues (relative to visits) from satellite practices. While not shown in detail in “Results” section, more established satellite practices account for a larger percentage of total and new patient visits, thereby creating opportunity for growth and expansion.[2] One inference is that while departments may need to reach a “critical mass” in order for their satellite practices to flourish, satellites can help departments reach that critical mass. Optometric presence and comprehensive ophthalmologists are now common in departments and satellites, offering “general eye care,” which is clearly a departure from the focus of academic departments in the past. Some satellite practices, however, have failed and closed, serving as a reminder of the importance of a detailed market analysis as well as careful selection of people and location to maximize the chance of success. Satellite practices may help departments in the United States face challenging health care reforms in the near future, just as satellites helped with the penetration of health maintenance organizations in the United States two decades ago.[14]

A core mission of academic departments is to train the next generation of physicians and surgeons. Health care reform is anticipated to have an impact on education.[16] [17] [18] Fewer than half of the departments with satellite practices are sending trainees to these clinics, but over time, this ratio may need to change. This adjustment may parallel shifts occurring in internal medicine in the United States with a marked transition from the inpatient setting to outpatient practices as the ideal venue to learn contemporary medicine.[19] [20] [21] Beyond the differences in patient populations and pathology between hospital and satellite practices, learning to work in settings with increased efficiency may better equip graduates for work that awaits them after graduation. Although there might be variability in the educational experiences beyond the academic centers,[22] educators will need to evaluate the curricular processes and outcomes at these sites. Without a strong focus on research or teaching (both of which may be more challenging for busy clinicians), expansion of satellite practices may pose a challenge to academic integration of satellite doctors.

Several limitations of this study should be considered. First, the opinions of Chairs may be different from some of the other stakeholders involved in satellite practices. Because Chairs ultimately make departmental decisions, their perspectives are important to understand. Second, many Chairs did not share their opinions and complete the survey. It is impossible to know whether the viewpoints of nonresponders are different. While the AUPO was supportive and helpful in distributing the survey, their rules related to surveying their membership may have impacted upon our ability to secure a higher response rate and prevented us from knowing which programs responded and which ones did not. While we have no way of knowing for certain, we posit that a high proportion of nonrespondents did not have satellite practices and felt they had little to add. In fact, the AUPO manager communicated to us that a few Chairs asked whether they should complete the survey if their department did not have satellite practices. Nonetheless, our response rate is comparable to that published in the medical literature.[23] [24] [25] [26] Third, the research focuses exclusively on academic departments in the United States and it is not clear whether these findings can be generalized internationally or would be applicable in other health care systems. Finally, we relied on self-report to collect the information from responding Chairs, the only practical means to learn about attitudes. Because the AUPO's policies guaranteed anonymity, we are hopeful that the informants were candid in their responses.

Given the need for academic medical centers to adapt nimbly to health care reform and changes in reimbursement, the experience of academic ophthalmology departments and their satellite practices is particularly relevant at this time. This study represents an early attempt to characterize the issues associated with satellite practices in a surgical subspecialty. This description of ophthalmology satellite practices may be relevant for other specialties in the United States contemplating building satellite practices. As large academic medical centers form their own accountable care organizations,[8] “satellite networking” with community hospitals and private practices described in studies from a decade or more ago[5] [6] [14] may no longer be feasible, and academic departments may need to establish satellite practices with their departmental “brand.” Future studies that delve deeply into matters such as the finances and support of the academic mission will answer additional questions about how and when to incorporate satellite practices most successfully into the portfolio of academic surgical departments.


No conflict of interest has been declared by the author(s).


Dr. Wright is a Miller-Coulson Family Scholar and he is supported to direct the Miller Coulson Academy of Clinical Excellence through the Johns Hopkins Center for Innovative Medicine.

Address for correspondence

Irene C. Kuo, MD
Department of Ophthalmology, Wilmer Eye Institute
Johns Hopkins University School of Medicine
4924 Campbell Blvd. #100, Baltimore, MD 21236

Zoom Image
Fig. 1 Breakdown of total visits (top panel), new patient visits (middle panel), and revenues (lowest panel) between the departmental academic hub and their satellite practices averaged for the 30 ophthalmology departments with at least one satellite practice.