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Abstract

Objective:

The authors examined the extent to which clients served by first-episode psychosis programs reflected the racial composition of the surrounding service area and, to the extent that they did not, explored possible explanatory factors.

Methods:

As part of a national study of coordinated specialty care (CSC) sites in the United States, 35 programs documented race for 772 clients. Programs identified a geographic service area for their clients. Using Census data, the authors identified the proportion of clients in this service area who were Black and then examined the extent of disproportionality, calculated as a risk ratio and as a relative difference in racial composition between CSC programs and their service areas.

Results:

Overall, 71% of CSC programs had a disproportionately greater proportion of Black clients than Black residents within the service area. This disproportionality was still evident after conducting sensitivity analyses that included adjusting for sampling error in the service area population estimates; however, smaller study sites displayed greater fluctuations in disproportionality in the sensitivity analyses.

Conclusions:

Using data from diverse CSC programs, the authors illustrate that the odds of Blacks receiving services through a CSC program are much higher than would be expected on the basis of the population living in the area being served by the program. Multiple reasons may explain this finding, but in the absence of clear explanatory factors, this result may be ripe for discussion and further investigation.

HIGHLIGHTS

Racial disparities in access to behavioral health services in the United States are well documented, but information is limited about the racial composition of individuals receiving coordinated specialty care (CSC) for early psychosis.
Comparing the racial composition of client populations within each CSC program with that of the population residing in the program service area, the authors found that about 71% of programs had a higher-than-expected percentage of Black clients.
Agency characteristics, biases in referral pathways and in family choice, and differential outreach efforts by programs may explain this finding.
The overrepresentation of Blacks in CSC programs relative to the population composition may be viewed as positive if clinicians are appropriately sensitive to these clients’ needs.
Research on racial and ethnic disparities in the United States has consistently found that Blacks have impeded access to behavioral health services, particularly compared with non-Hispanic Whites. Although the 2003 Institute of Medicine report “Unequal Treatment” (1) provided a blueprint for potential change, the “2014 National Healthcare Quality and Disparities Report” noted that disparities in access to behavioral health care remain a decade later and have shown little change from 2008 to 2012 (2). Racial disparities also extend to access to behavioral health received through primary care providers. For example, Blacks with serious mental health concerns are significantly less likely than Whites to receive a primary care mental health visit and a prescription for a mental health condition (3). Racial disparities may also play a role in determining the pathways through which clients are referred to mental health services, particularly those involving criminal legal systems or emergency or inpatient treatment settings (46).
Relatively little is known about whether similar patterns are observed among clients accessing services for early psychosis. Coordinated specialty care (CSC) is an intervention framework specifically targeting the early stages of nonaffective psychosis (7). CSC programs typically have eligibility criteria related to age, presenting symptoms, and duration of untreated psychosis; moreover, these programs otherwise are intended to serve individuals across a range of demographic and racial-ethnic backgrounds. However, client populations in CSC programs can become skewed. For example, if a program is situated in a community mental health center that accepts only certain reimbursement methods, such as Medicaid, individuals who are above the income threshold could be excluded (8). Given that Blacks are more likely than non-Hispanic Whites to receive Medicaid (9), one potential result is that Blacks might be seen in higher numbers in CSC programs.
However, funding through the Community Mental Health Block Grant (MHBG) program is one way that CSC programs can serve all young adults experiencing first-episode psychosis (FEP), regardless of insurance. Following the Consolidated Appropriations Act of 2014, the MHBG includes a 10% supplement and set-aside for FEP services. MHBG funding has stimulated the growth of CSC programs nationally (10). Notably, as a grant, MHBG funding also provides a mechanism of support that can be used for reimbursement of services for clients who are not covered under Medicaid, including those with private insurance. MHBG funding therefore reduces the chance that CSC programs have a skewed racial distribution in any specific direction, and MHBG-funded programs should reflect the demographic characteristics of the broader communities they serve. If they do not, what are the possible reasons for this disparity, and is there cause for concern?
In this study, we examined the distribution of clients by race among a set of CSC programs that received MHBG funding. Whereas earlier studies have focused on the disproportionately high rates of schizophrenia diagnoses among Black clients compared with White clients (1114), in this study, we asked whether Black clients are disproportionately represented within CSC programs relative to the racial composition of the population in the surrounding service area.

Methods

Design, Sampling, and Procedure

Data presented here came from the MHBG 10% Set Aside Study, a 3-year, mixed-methods evaluation funded by the Substance Abuse and Mental Health Services Administration and the National Institute of Mental Health. The MHBG 10% Set Aside Study included special focus on 36 study sites. This analysis included 35 of these sites; we excluded a program in Puerto Rico because of complexities in Census race categories among Puerto Ricans living on the island (15). Table 1 presents the basic characteristics of the CSC sites.
TABLE 1. Characteristics of the 35 coordinated specialty care sites reporting race data for consecutively enrolled clients between January 2018 and July 2019 (N=772)
Site IDN of clientsUrbanicityaYears of program operationTotal population in service area (restricted by age)Blacks in service areaBlacks in programClients with Medicaid served at site
N%N%N%
166Urban5476,784162,41034.137561117
264Mixed8416,44045,96511.020315992
352Urban4383,944158,14541.236694790
443Urban5209,30160,42828.93070819
539Mixed533,1475,48616.6513615
639Rural1117,483139.802359
728Urban484,33524,62529.21243311
828Mixed3106,06712,45411.71036518
924Mixed4120,66211,8859.83131354
1023Urban426,4696,48424.51043730
1123Mixed588,97210,71512.08351043
1222Urban4166,72950,82030.51359418
1320Rural46,70979311.8210630
1419Urban16351,98247,88513.612631368
1519Mixed5184,92839,06721.19471263
1619Rural5109,55217,33115.8842947
1718Urban5249,85783,64733.512671056
1818Urban471,4246,8249.6844211
1918Mixed454,59010,04018.4633422
2017Urban5250,06855,87022.35291059
2116Urban6597,743104,57517.51169531
2216Rural483,9115,3066.3744956
2316Urban12183,2899,4775.25311381
2416Rural429,5515411.80956
2515Urban6172,12344,88926.13201280
2614Rural1421,7142271.001179
2713Rural4100,1816431.00215
2811Rural733,0832,0776.3764545
2911Mixed570,4226,3059.0327764
3011Mixed277,82111,96715.4218873
318Rural415,9576764.20788
327Mixed412,7331391.1229457
337Rural114,72514.30229
346Mixed346,67722,60848.46100350
356Rural677,1272,8183.70233
a
Urbanicity designations are based on the National Center for Education Statistics locale classifications and criteria. If a locale was ≥75% combined city and suburban, it is designated as urban, and ≥75% rural is designated as such. A site that was <75% in either of these categories is designated as “mixed.”

Measures

Percentage of Black clients.

Each study site reported race data for consecutively enrolled clients between January 2018 and July 2019 (N=772). The metric “percentage Black” was based on the total number of clients enrolled at each site as the denominator. The number of clients per site ranged from 6 to 66 (mean±SD=22.1±15.0), and the percentage of Black clients across the programs ranged from 0% to 100%.

Background characteristics of clients.

We included several client-level variables, which we further elaborate in the Discussion, to explore possible contributions to the issue of disproportionality: whether the client received Medicaid, whether the client spent time in an inpatient hospital during the 6 months before entry into the CSC program, whether the client spent time in the emergency department (ED) or a crisis unit, and whether the client was on probation or parole.

Percentage of service area that is Black.

Each team lead was asked to identify the distance from the clinic (in miles) where most of their clients lived, designated as the “primary service area” for the purpose of this study. Sites reported distances between 4 and 50 miles (mean=18.4). Note that this “service area” reflects the population of CSC clients, and it may or may not be the same as the service area for the agency as a whole; data on agency service areas were not available. Percentage Black for the primary service area across programs ranged from 0.3% to 48.4%. Using geographic information system software and processing tools, we identified a boundary with the clinic location at the center and a radius of the identified distance served. We then aligned 2017 Census American Community Survey (ACS) data on race with this area, matching all the tracts within each of the primary service areas with the age brackets of young adults attending each specific program. For example, if the client population was between ages 18 and 30 years, we used the data on race corresponding only to the Census tracts representing ages “18 and 19,” “20–24,” and “25–29.” We note that ACS estimates were based on a sample, rather than the whole population, so the estimates had a degree of uncertainty associated with them. We addressed this uncertainty by using sensitivity analysis, described in the following section.

Service area characteristics.

We extracted ACS data on other potentially relevant community-level characteristics for each site service area, including percentage of individuals receiving Medicaid, the percentage of Blacks in the service area who were insured, and urbanicity.

Contextual program factors.

We conducted semistructured interviews with CSC program teams, covering a range of topics. A systematic content analysis of these interviews was not part of this study, although in Discussion, we draw on relevant reflections from team members.

Analyses

We adapted well-established methods for assessment of disproportionality that are used in U.S. federal special education policy (16) and that center on two metrics. The first metric was the “relative difference in composition,” indicating the relative difference between the percentage of a specific racial-ethnic group’s composition within a CSC program and the composition of that group within the service area. When the relative difference in composition score is 0 or close to 0, it indicates no or low disproportionality. If the relative difference equals 1, the composition of Black clients is twice as much as would be expected from the composition of the Black population in the service area; if it equals 2, then it is three times as much, and so on. The second metric, the risk ratio, was used to assess the risk for site enrollment for Black clients. The risk was expressed as the percentage of the Black population in the service area who participated at the site, and a risk ratio was the ratio between the risk for the Black population compared with the risk for the non-Black population. A risk ratio that is equal to or close to 1 indicates that the risk for site enrollment for Black and non-Black populations is close or equal, that is, no or low disproportionality. A risk ratio of 0 indicates that there are no Black clients in a site, and it indicates high disproportionality of the non-Black population (details on both metrics are available in an online supplement to this article).
In addition, we conducted a sensitivity analysis to address two issues. First, there was sampling error—a statistical error that arises from taking a sample from a population—associated with the ACS estimates of the percentage of the Black population in the service area. To address this error, 30 replications of each set of relative-difference and risk-ratio statistics were calculated with methods presented in Krenzke and Li (17). The replicated-estimates approach provides a way to account for the sampling error from the ACS in the analysis so that a measure of uncertainty in the analysis results can be estimated. The variation in the site estimates (i.e., relative difference and risk ratio) across replicated tables aligned with the estimated sampling variance associated with the site estimates. This provided evidence that our measure of uncertainty in the analysis results was accurate. Second, some of the 35 sites had a small number of participating clients. To address this limitation, we adjusted the results from the replicated tables to reflect the next person or persons to come into the site according to the following three scenarios: the next client is Black, the next five clients are Black, and the next client is non-Black. This strategy allowed us to evaluate how much the results would be affected by making a small change (i.e., adding one or five additional clients). We include details on sensitivity analysis in Table 2 (relative difference in composition) and Table 3 (risk ratio) as well as in the online supplement.
TABLE 2. Sensitivity analysis of relative differences in racial composition between coordinated specialty care (CSC) sites and areas serviced by the sitesa
 N in hypothesized condition
 N in original conditionNext client non-BlackNext client BlackNext 5 clients Black
Site IDTop 5Top 10Top 5Top 10Top 5Top 10Top 5Top 10
20170240000
6b00009162224
80250240000
110240230000
141430143002400
1603040000
181630163002900
210300300600
22303030301230025
2330303030530026
24b000016728
26b000011252330
27b000025292930
28303030302930629
290210150301
31b000002018
323030303030303030
33b000028292929
35b0000011430
a
A replicated-estimates approach was used to account for sampling error and small sample size at some CSC sites. Additional details on this analysis are available in the online supplement to this article. A value of 0 indicates that a site was never in the top 5 or top 10 in the original condition or in one of the hypothesized conditions.
b
Site had no Black clients.
TABLE 3. Sensitivity analysis of the risk ratio indicating Black clients’ risk for enrollment at a coordinated specialty care (CSC) sitea
 N in hypothesized condition
 N in original conditionNext client non-BlackNext client BlackNext 5 clients Black
Site IDTop 5Top 10Top 5Top 10Top 5Top 10Top 5Top 10
201010000
40300300600
6b00004111322
80170120100
110170120000
14303030301530014
1606020000
1707010000
1803023002701
213030263033009
22283029302030129
23330430029023
24b000012218
26b00008161827
27b000012282830
283030303030302830
29012020000
31b000000010
322930293030303030
33b000027282829
34cNANA030NANANANA
35b00010000
a
A replicated-estimates approach was used to account for sampling error and small sample size at some CSC sites. Additional details on this analysis are available in the online supplement to this article. A value of 0 indicates that a site was never in the top 5 or top 10 in the original condition or in one of the hypothesized conditions.
b
Site had no Black clients.
c
Risk ratio was not available because all clients were Black. NA, the risk ratio could not be calculated because the site had no non-Black clients.
To compare Black and non-Black participants receiving Medicaid and having past experiences with agencies, we used chi-square tests. All aspects of this study were reviewed and approved by the Westat Research Ethics Board.

Results

The percentage of clients covered through Medicaid ranged from 11% to 92% across the 35 CSC sites. There were no statistically significant associations (in chi-square tests of independence) of being Black or non-Black with Medicaid receipt (p=0.356), being on probation or parole (p=0.234), or having received services from an inpatient setting (p=0.111) or ED or crisis center (p=0.303) in the 6 months before admission to the program.
Overall, 25 (71%) of the 35 sites had a percentage of Black clients that was higher than the percentage of Blacks living within the service area. Figure 1 displays the sites in descending order by site size (as number of clients served), along with the percentage of Black clients at each site and the percentage of the Black population in the service area. Sites of all sizes exhibited this pattern of disproportionality, and site size was not significantly associated with whether a site served a higher percentage of Black clients relative to the percentage of Black clients residing within the service area (site size did not statistically significantly correlate with disproportionality). Among the 10 sites with a low percentage of Black clients, seven (sites 6, 24, 26, 27, 31, 33, and 35) did not have any Black clients. All these sites had a service area with a Black population of <5% among the age-eligible population. Therefore, the absence of Black clients in these programs was consistent with the percentage of Black residents within the service area.
FIGURE 1. Sizes of the coordinated specialty care sites (as number of clients served) in this study and percentages of Black clients served at each site and of Blacks in the population within the service area
We assessed the degree of disproportionality in Black clients served at each site by calculating both a relative difference in racial composition between service site and service area and a risk ratio for Black clients at each site (Figure 2). Most sites had some degree of disproportionality according to each of the two metrics used. For site 28, for example, the relative difference in composition was 9.1, and the risk ratio was 26.1. This disproportionality could be interpreted as the composition of Black clients at this site being 10 times higher than the composition of Black residents within the site’s service area, and the risk for the Black population to enroll in the service being 26 times higher than for the non-Black population.
FIGURE 2. Estimates for the relative difference in racial composition between service site and service area and risk ratio for Black clients, by service site IDa
aThe error bounds reflect the 10th and 90th percentiles among the 30 replicated estimates. Sites 28 and 32 are listed separately because of their large estimates and percentiles. The risk ratio was not available for site 34 because all clients were Black. The reference lines represent relative difference in composition score equal to 0, and a risk ratio equal to 1, respectively, which indicates no disproportionality.
Four sites (14, 18, 22, and 23) had potentially moderate to very large disproportionality, with a relative difference in composition >3 and a risk ratio >5. Sites 4 and 21 each had a risk ratio >5 and a relative difference in composition between 1 and 3. Six additional sites (5, 7, 9, 20, 25, and 30) had a disproportionality in which the relative difference in composition was between −1 and 1, and the risk ratio was between 0 and 2. Considering the error bounds from the sensitivity analysis, the disproportionality status of site 13 was inconclusive.
No statistically significant relationships were identified between service area urbanicity and either measure of racial disproportionality. No significant association was detected between the percentage of Medicaid recipients within a program and the degree of disproportionality. However, we noted significant associations between the percentage of individuals receiving Medicaid in the service area and disproportionality (for the relative difference in composition metric, ρ=−0.339, p=0.046; for the risk ratio metric, ρ=−0.330, p=0.053). A negative correlation means that a lower percentage of Medicaid recipients is associated with a higher degree of disproportionality.

Discussion

Using well-established metrics for assessing disproportionality in racial composition at service sites, in conjunction with adjustments to account for potential sources of error, we found that approximately 71% of CSC programs in this study served a disproportionately Black population relative to the surrounding service area. We discuss potential explanatory factors for this finding in the following.

Site Location and Population Served

In some cases, disproportionality could be an artifact of site location and population. Namely, a site may be in an area of the city that is largely non-Black, but it may still serve a predominantly Black population by drawing heavily from Medicaid clients. We did not, however, observe an association between percentage of Medicaid recipients within a program and degree of disproportionality.

Referral Sources

Young adults enter CSC programs through a variety of pathways, and some of these channels may have an aspect of racial bias. In Canada, for example, Black youths disproportionately enter the mental health system through emergency care systems and judicial avenues, compared with non-Black youths (4). We did not find differences between Black and non-Black clients in service receipt in an inpatient setting, in treatment in an ED or crisis center, or in experience of a legal issue within the 6 months before the study. These results alone, however, do not rule out the possibility of differences in referral patterns because it is possible that a higher proportion of Black clients than non-Black clients experienced one of these situations and were referred to the CSC programs. For example, a difference in referral patterns by inpatient physicians might occur if attending physicians are more likely to encourage private care (including referral to the physician him- or herself) for patients who are not Black and to recommend referral to CSC for Black patients.

Family and Client Choice of Clinic

Depending on demand for services, more than one CSC program may serve individuals with FEP in a community. This scenario is most likely in urban areas where the population can support multiple programs and where there may be a university-based program as well as a program in a community mental health center. In these situations, family choice could contribute to disproportionality. For example, site 34 in this study had no White clients, because according to team members at this site, White families with private insurance chose the reportedly more prestigious university-based CSC program over their community-based clinic. As a counterexample, site 10 team members believed that the stigma of going to a community mental health center was a reason that White families did not choose their clinic; however, this site also did not display evidence of disproportionality. Among the seven sites with the highest disproportionality, three were in areas with another CSC program, and four were not. Given these findings, it is difficult to determine whether client and family preferences played a role in driving disproportionality in this study.

Outreach and Recruitment

A core element of the CSC model is to conduct outreach and activities in the community to raise awareness of FEP and to ensure that clients reach the clinic as early as possible (7). Disproportionality could theoretically result from more assertive outreach in predominantly Black schools and neighborhoods within a service area. We did not have data on specific outreach activities among these 35 sites, although we did not hear about such activities during the site visit interviews. Given the high number of sites that displayed some degree of disproportionality, we do not believe that targeted outreach was a likely explanatory factor for disproportionality.

Clinical Implications and Future Directions

Across many fields, disproportionality in racial makeup at a CSC site is considered a negative phenomenon. For example, decades of data show that Black students are more likely to be identified for special education under the “subjective” classifications, such as emotional disturbance and intellectual disability (18). After being placed in special education, Black students spend considerably more time in separate classrooms than do White students (19), a placement that is considered less beneficial than placement in general education. In contrast, disproportionality in this study could be viewed positively. Namely, Black young adults seem to be finding their way to evidence-based, specialized programs that many consider the best option available for someone experiencing early symptoms of psychosis, provided that the diagnosis is accurate. The primary clinical implication, therefore, is that programs must ensure that they are particularly responsive and racially sensitive in their work with these clients, especially if they are not accustomed to working with Black families and clients. Moreover, clinicians and other team members should reflect the race of the population they serve.

Limitations

A primary limitation of this study was that we were unable to precisely compare the racial composition of clients in the CSC programs with that of the larger agency or clinic; moreover, at least in some sites, what appeared to be disproportionality in the program may have been comparable to the racial composition in other units or programs within the agency. We also could not distinguish between different subgroups of Blacks, such as African American, Black African, and Black Caribbean groups, even though such distinctions may be relevant for interpreting the findings (20).

Conclusions

In this study, using data from across diverse CSC programs, all of which were supported through MHBG funds, we found that a disproportionately higher percentage of Blacks received services through many CSC programs. By using Census data that were matched by age to the actual population served, and by conducting sensitivity analyses to address potential limitations due to sampling error and low client counts, we strengthened the validity of these findings. We saw no evidence of a relationship between this disproportionality and factors such as receipt of Medicaid as well as recent experience with hospitalizations, crisis services, and probation. In the absence of clear explanatory factors for our findings, we suggest that this area may be ripe for discussion and further investigation.

Supplementary Material

File (appi.ps.202100587.ds001.pdf)

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Information & Authors

Information

Published In

Go to Psychiatric Services
Go to Psychiatric Services
Psychiatric Services
Pages: 1373 - 1379
PubMed: 35652193

History

Received: 30 September 2021
Revision received: 21 February 2022
Accepted: 1 April 2022
Published online: 2 June 2022
Published in print: December 01, 2022

Keywords

  1. Psychoses
  2. Racial-ethnic disparities
  3. Schizophrenia
  4. Outpatient clinics

Authors

Details

Tamara C. Daley, Ph.D. [email protected]
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Preethy George, Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Howard H. Goldman, M.D., Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Tom Krenzke, Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Xiaoshu Zhu, Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Weijia Ren, Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Michael Giangrande, M.A.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Shoma Ghose, Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).
Abram Rosenblatt, Ph.D.
Abt Associates, Durham, North Carolina (Daley); Westat, Rockville, Maryland (George, Goldman, Krenzke, Zhu, Ren, Giangrande, Ghose, Rosenblatt); Department of Psychiatry, School of Medicine, University of Maryland, College Park (Goldman).

Notes

Send correspondence to Dr. Daley ([email protected]).

Competing Interests

The authors report no financial relationships with commercial interests.

Funding Information

The Community Mental Health Block Grant 10% Set Aside Study was supported by the Substance Abuse and Mental Health Services Administration and the National Institute of Mental Health (task order HHSS283201200011I/HHSS28342008T; reference 283-12-1108).

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