Treatment rates and barriers to mental health service utilisation among university students in South Africa
International Journal of Mental Health Systems volume 17, Article number: 38 (2023)
Mental health problems are common and impairing among university students, yet only a minority of students with psychological disorders access treatment. Understanding barriers to treatment is integral to planning services, especially in resource constrained settings like South Africa (SA).
Data collected across 17 institutions in the online SA National Student Mental Health Survey were used to: (1) estimate 12-month prevalence of common mental health problems and self-harm; (2) estimate the proportion of students receiving treatments for the various mental health problems; (3) explore barriers to treatment; and (4) investigate sociodemographic predictors of treatment mediated through the various barriers endorsed by students with mental health problems. Prevalence analyses were carried out using cross-tabulations and prediction analyses using modified Poisson regression models.
Prevalence of clinically significant mental health problems is high relative to international comparisons, with the prevalence of severe, mild and moderate symptoms of any disorder and/or self-harm of 24.8% (SD = 0.3), 18.8% (SD = 0.3) and 27.6% (SD = 0.4) respectively. Treatment rates were 35.2% (S.E. = 0.6) among students with mental health problems who perceived need for treatment and 21.3% (S.E. = 0.4) irrespective of perceived need. Treatment rates were highest for mood disorders (29.9%, S.E. = 0.6) and lowest for externalising disorders (23.8%, S.E. = 0.5). Treatment rates were much less variable across disorder types among students with perceived need than irrespective of perceived need, indicating that perceived need mediated the associations of disorder types with received treatment. Adjusting for disorder profile, probability of obtaining treatment was significantly and positively associated with older age, female gender, study beyond the first year, traditional sexual orientation, and diverse indicators of social advantage (full-time study, high parent education, and attending Historically White Institutions). Among students with mental health problems, numerous barriers to treatment were reported adjusting for disorder profile, including lack of perceived need (39.5%, S.E. = 0.5) and, conditional on perceived need, psychological (54.4%, S.E. = 1.0), practical (77.3%, S.E. = 1.1), and other (79.1%, S.E. = 1.1) barriers. Typically, students reported multiple barriers to treatment. Differences in perceived need explained the gender difference in treatment, whereas practical barriers were most important in accounting for the other predictors of treatment.
Mental health problems are highly prevalent but seldom treated among SA university students. Although many barriers were reported, practical barriers were especially important in accounting for the associations of social disadvantage with low rates of treatment. Many of these practical barriers are however addressable.
Mental disorders and self-harm are common among university students both globally [1, 2] and in South Africa (SA) [3,4,5]. An international survey of first-year students (n = 13,984) from 19 universities across 8 countries reported a 31.4% 12-month prevalence of any common mental disorder , and a 17.2% 12-month prevalence of suicidality . Our large national survey of students (n = 28,268) from 17 SA universities reported 30-day prevalence estimates of 16.3% for mood disorders, 37.1% for anxiety disorders  and 24.4% for suicidal ideation . Left untreated, these conditions can impede functioning  and lead to academic failure [10, 11] and suicide . Although evidence-based treatments are available , previous studies have established that typically only a minority of students with mental disorders receive treatment .
Although considerable research has been carried out on treatment barriers for mental disorders among university students, most studies have been conducted in the USA and very few in low- and middle-income countries . The exception in SA was a study of first-year students at two well-resourced universities (n = 1402), which found 28.9–35.0% treatment rates among first-year students with mental disorders and suicidality , but did not investigate barriers to treatment. Understanding such barriers would be important for planning campus-based services. Research in other countries suggests that availability, accessibility, affordability, and a range of institutional (i.e., contextual and structural) and individual (i.e., perceived need for treatment and attitudinal) factors influence utilization of mental health care .
Understanding and overcoming barriers to treatment seeking is integral to a public mental health approach to student wellness, particularly in resource-constrained environments like SA, where services need to be organized to maximize the benefits of scarce mental health resources . To date, no studies have systematically investigated treatment rates for mental health problems and barriers to accessing treatment among SA university students. At a national level it is also important to explore measures of social disadvantage, particularly disparities across the four main types of SA universities: (1) Historically White Institutions (HWIs), which prior to 1994 were predominantly reserved for the country’s “White” population and still are typically better resourced then other institutions; (2) Historically Disadvantaged Institutions (HDIs) established for Black students and mostly located in rural settings and former homelands (i.e., geographic regions set aside by the Apartheid Government for Black inhabitants to keep them from living in the urban areas reserved for “Whites”) ; (3) “Universities of Technology” (UTs), primarily focused on vocational education and developing students’ capabilities to use technology ; and (4) a single large distance learning university (DLU), with an enrolment of approximately 370,000, that serves many part-time and older students. In this context, it is important to note that the use of terms like “White” and “Black” to describe particular population groups is an artifact of the country’s political history of apartheid, and that these terms continue to be used in official documents and for population census purposes. The term “White” typically refers to individuals who are considered to be of European descent, while the term “Black” denotes those with ancestry other than European (including African, Colored, Asian and Indian). Our use of these terms here is not intended to imply any biological basis for these categories nor is it intended to essentialize notions of race. We have used these terms as a way to investigate ongoing social disparities and inequalities in access to education and other resources as a result of the country’s political history of segregation.
Data collected as part of the SA National Student Mental Health Survey were used to: (1) estimate 12-month prevalence of common mental health problems and self-harm; (2 estimate the proportion of students receiving treatments for the various mental health problems; (3) explore barriers to treatment; and (4) investigate sociodemographic predictors of treatment as mediated through barriers. The study is part of the ongoing work of the World Health Organization (WHO) World Mental Health Surveys International College Student Initiative (WMH-ICS) , which seeks to expand access to evidence-based treatments for mental disorders among students across the globe.
All 26 public universities in SA were invited to participate in the survey, of which 17 agreed to be included. No reasons were given by the 9 non-participating universities, among which there were 2 HWIs, 3 HDIs and 4 UTs. Data were collected between April and October 2020. Participating universities distributed emails inviting all their undergraduate students to complete an anonymous online survey (N = 657,432). Two follow-up reminder invitations were sent to students, approximately a week apart. The study was initiated by Universities South Africa and funded by the South African Medical Research Council.
Procedures and measures
The survey was administered via Qualtrics (a web-based platform used for administering electronic surveys). Responses were self-administered by participating students and the following information was obtained:
Students reported their age, gender, population group, sexual orientation, parents’ education and whether they were full-time or part-time students. For population group we used the categories in government policies and the official population census (i.e., Black-African, Coloured, White, Asian, and “Other”) to explore disparities in mental health utilisation that may have resulted from the country’s history of racial segregation.
Mental health problems
Self-report information was collected to assess 11 common mental health problems, including 4 anxiety-based disorders (generalized, anxiety disorder (GAD), panic disorder, post-traumatic stress disorder (PTSD), social phobia), 2 mood disorders (major depressive episode (MDE), bipolar spectrum disorder), 3 disruptive behavior disorders (ADHD, eating disorder, intermittent explosive disorder) and 2 substance use disorders (alcohol use disorder, drug use disorder). We used the Composite International Diagnostic Interview Screening Scales (CIDI‐SC) [22, 23] to assess all disorders other than for alcohol use disorder, which we assessed using the Alcohol Use Disorders Identification Test (AUDIT) . Previous cross-national research has documented good validity of these assessments compared to clinical evaluations [22, 23, 25].
Suicidal thoughts and behaviours were assessed using a modified version of the Columbia Suicidal Severity Rating Scale (C-SSRS), which has demonstrated good convergent and divergent validity with other multi-informant suicidal ideation and behavior scales used with adolescents, as well as showing high sensitivity and specificity for suicidal behavior classifications compared with other behavior scales and clinician evaluation . Students were asked about passive suicidal ideation (i.e. wish you were dead or would go to sleep and never wake up), active suicidal ideation (i.e. thoughts of killing yourself), suicide plans (i.e. think about how you might kill yourself), suicide attempts (i.e. purposefully hurt yourself with at least some intent to die), and non-suicidal self-injury (NSSI) (i.e. do something to hurt yourself on purpose, without wanting to die, like cutting yourself, hitting yourself, or burning yourself)). Students who endorsed any of these items where then asked which of these problems occurred within the past 12-months.
To measure level of impairment related to mental health problems (i.e. severity of symptoms) we used the Mental Component Score (MCS) of the Veterans RAND 12-Item Health Survey (VR-12) . The VR-12 is a 12-item scale assessing 8 domains of health; namely, physical functioning, role limitation due to physical problems, bodily pain, general perception of health, social functioning, role impairment due to emotional problems, vitality, and mental health. The MCS was derived from the VR-12 questions assessing social functioning, role limitation due to emotional problems, vitality, and mental health. These items were then rescaled to yield a score ranging from 0 to 100, with higher scores indicating better health and less impairment . The MCS has a mean of 50 and SD of 10 in the US population. Students who scored two standard deviations (SD) below the mean were defined as having severe symptoms while those who scored between one and two SDs below the mean were defined as having moderate symptoms and those who scored less than 1 SD below the mean were defined as having only mild symptoms.
Mental healthcare utilization
Students were asked if they had ever accessed treatment for an emotional or substance use problem and, if so, whether this occurred in the preceding 12-months. If treatment was received, the assessment asked separately if the treatment included psychological counselling, medication, or both.
Perceived need for treatment
We assessed perceived need for treatment by asking students who did not obtain treatment: Was there ever a time in the past 12-months when you felt that you might need psychological counseling, medication, or some other type of treatment for any emotional or substance use problems? Only students who answered affirmatively were queried about barriers to treatment.
Barriers to treatment utilisation
Students who did not receive treatment even though they screened positive for one or more of the 11 common mental health problems we assessed and/or self-harm and recognized a need for treatment were then asked about the importance of 9 barriers to treatment seeking commonly reported in prior student surveys (see footnote to Table 2).
Standard calibration methods were used to weight the data within institutions to adjust for differences between survey respondents and the population on profiles defined by gender, population group, and year in school . A second weight was then used to adjust for differences in survey response rates between institutions (Additional file 1: Table S1). Full descriptions of weighting procedures are reported elsewhere . Multiple imputation (MI) across 30 MI replicates by chained equations was used to adjust for item-missing data .
We calculated 12-month prevalence estimates for mental health problems and self-harm, as well as gross associations with perceived need and treatment with cross-tabulations across the 30 multiple imputed datasets using Rubin’s rule . MI-adjusted standard errors to adjust for the weighting and clustering of observations were obtained through the Taylor series linearization method . We then used a data-driven method, random forests (RF) regression , to estimate the joint associations of the various groups of mental health problems (i.e. anxiety disorders, mood disorders, externalizing disorders, and self-harm) with probability of obtaining treatment. Given the computational complexity of RF using MI, the RF analysis was carried out at the person level among respondents who were imputed to have at least one condition in at least one imputation using counts of number of imputed with each condition imputed to be present. We retained the individual-level predicted probability of treatment based on this RF analysis as a control variable in subsequent prediction analyses described below.
Before carrying out other prediction analyses, though, we assessed the structure of reported barriers to treatment using principal axis factor analysis with oblique rotation to investigate the structure among responses to the questions about barriers (see the footnote to Table 2 for a full description of the 9 barriers). Missing values were imputed to the mean in carrying out this analysis. We then created summary dichotomous measures to describe whether each student reported one or more barriers within each factor to be either a very important or an important reason for not obtaining treatment. We generated a Venn diagram to examine the inter-correlations among these reports to define multivariable barrier profiles.
The prediction analyses used Poisson regression models with robust error variances  to estimate associations of sociodemographic factors and university type (i.e., HWI, HDI UT, DLU) with perceived need, barriers among students with perceived need, treatment, and treatment controlling for the RF predicted probability associated with disorder profiles. Poisson regression coefficients and ± two standard errors of these coefficients were exponentiated to create risk ratios (RRs) and 95% confidence intervals (95% CI).
We then decomposed the significant RRs of sociodemographic factors and university type with treatment by re-estimating the Poisson regression model in subsamples that excluded students with no perceived need and then successively excluded students with each type of barrier. This subsample analysis was used rather than control variable analysis (i.e., controlling for perceived need and barriers in a multivariable model) because control variable analysis is not possible when none of the people with the control variables received treatment. The importance of perceived need and barriers in explaining the RRs of the predictors with treatment was inferred in the subsample analysis by examining changes in RRs when we excluded respondents who lacked perceived need or reported various barriers.
Ethical clearance was provided by the Health Science Research Ethics Committee of Stellenbosch University (Reference: N13/10/149). Institutional permission was obtained from all participating universities. Students provided informed consent electronically prior to data collection. Information about crisis and student counselling services was provided to all participants. Anonymised and de-identified data were securely stored on a password protected cloud-based server. The research was performed in accordance with the Declaration of Helsinki.
28,516 students completed the survey. Twelve-month prevalence of any assessed mental health problem (i.e., disorders and self-harm) was 71.3% (S.E. = 0.5) (Table 1), with anxiety disorders the most common group (53.6%, S.E. = 0.4) and social anxiety the most common anxiety disorder (37.2%, S.E. = 0.4). Of all students, 45.1% (S.E. = 0.4) reported an externalising disorder, with binge eating the most common (22.2%, S.E. = 0.3). Self-harm (39.7%, S.E. = 0.4) and mood disorders (29.9%, S.E. = 0.2) were least common. In the total sample the prevalence of severe, mild and moderate symptoms of any disorder and/or self-harm were 24.8% (SD = 0.3), 18.8% (SD = 0.3) and 27.6% (SD = 0.4) respectively (Table 1). This means that roughly one-third of all students with a mental health problem had a severe problem (i.e., 24.8%/71.3%), another one-fourth a moderate problem (i.e., 18.8%/71.3%), and the final roughly 40% a mild problem (i.e., 27.6%/71.3%).
Perceived need for treatment and treatment rates
60.5% of students with any of the mental health problems assessed perceived themselves as needing treatment, and perceived need for treatment was higher amongst students with mood disorders (81.0%, S.E. = 0.9) followed by self-harm (72.1%, S.E. = 0.9), but lower among students with anxiety disorders (67.5%, S.E. = 0.7) and externalising disorders (65.2%, S.E. = 0.8). Perceived need for treatment also varied substantially depending on whether the problems were severe (82.3% [SD = 1.1]), moderate (62.9% [SD = 1.0]), or mild (39.9% [SD = 1.1]).
Treatment rates were 35.2% (S.E. = 0.6) among students with disorders who had perceived need and 21.3% (S.E. = 0.4) irrespective of perceived need. Treatment rates were highest for mood disorders (29.9%, S.E. = 0.6) and lowest for externalising disorders (23.8%, S.E. = 0.5), It is noteworthy that treatment rates were much less variable across disorder types among students with perceived need than irrespective of perceived need, indicating that perceived need mediated the associations of disorder types with received treatment. Strikingly, treatment rates among students who perceived a need for treatment were not related to problem severity, with treatment rates among those whose problems were severe, moderate, or mild of 35.6% (SD = 0.9), 34.3% (SD = 1.2) and 35.4% (SD = 1.5), respectively. This indicates that severity is important for help-seeking largely in leading to perceived need.
Barriers to treatment
We assessed nine barriers to treatment (see footnote in Table 2 for a full description) and using exploratory factor analysis found two strong factors; namely psychological/attitudinal barriers (too embarrassed; afraid might adversely affect school or professional career; worried people would treat them differently) and practical barriers (unsure where to go; too expensive; problems with time, transportation, or scheduling) (Additional file 1: Table S2). The remaining barriers were unrelated (want to handle problems on their own, preference to talk to family/friends; unsure of treatment effectiveness).
Table 2 shows the proportion of students with perceived need who reported each barrier as being either very important or important. 54.3% (S.E = 0.9) of the students with disorders who did not receive treatment reported psychological/attitudinal barriers, 77.1% (S.E = 0.9) practical barriers, and 79.1% (S.E. = 0.9) one or more “other” barriers. Significant fewer students in HWIs than other types of institutions reported practical barriers (F = 23.24, p < 0.001), but no significant differences were found across types of institution for other barriers.
The sum of the proportions of students who reported the various barriers was 258%, indicating that the typical student reported multiple barriers. A sense of the most common profiles is provided in the Venn diagram in Fig. 1 (also see Additional file 1: Table S2). About one-sixth (16.3%) of students cited just one type and another 28.5% two types of barriers, with practical barriers by far the most single type (8.5% of all respondents reporting barriers) followed by wanting to handle the problem on their own (4.1%) and the most common two-barrier profiles consisting of practical barriers either with psychological barriers (6.9%) or wanting to handle the problem on their own (6.2%). Profiles involving 3 or more types of barrier were more common, with the most common profiles consisting of (i) a combination of practical and psychological barriers along with wanting to handle the problem on their own (12.8%), (ii) all barriers other than talking to family/friends (8.0%), and (iii) all other barriers than unsure of treatment effectiveness (7.3%).
Sociodemographic predictors of perceived need and barriers
Table 3 shows multivariate Poisson regression models of socio-demographic predictors of perceived need and barriers. Perceived need was highest for students 20–22 years-old (RR = 1.10, 95% CI 1.05, 1.15), female (RR = 1.29, 95% CI 1.25–1.34) and gender non-conforming (RR = 1.32, 95% CI 1.19–1.46), students, full-time students (RR = 1,07, 95% CI 1,03–1,11), students not in their first year of university (RR = 1.06, 95% CI 1.03–1.10), and sexual minorities (RR = 1.21, 95% CI 1.17–1.25), while being lower for students at DLU (RR = 0.82, 95% CI 0.78–0.85), HDIs (RR = 0.81, 95% CI 0.77–0.85) and UTs (RR = 0.88, 95% CI 0.82–0.95).
Table 3 also shows the multivariate Poisson regression models predicting barriers to treatment among students with perceived need for treatment. Age was inversely related to both psychological/attitudinal and practical barriers, but positively related to being unsure of treatment effectiveness. Males were more likely than others to report psychological/attitudinal and practical barriers, whereas gender nonconforming students were much less likely than others to want to handle the problem on their own or doubt treatment effectiveness. Students identifying as Black and those whose parents did not have university degrees had significantly elevated rates of all barriers. First-year students, heterosexuals, and students at institutions other than HWIs had significantly elevated rates of most barriers.
Sociodemographic predictors of treatment
Multivariate Poisson regression models for sociodemographic factors and institution type predicting treatment are shown in Table 4 both before and after adjusting for differences in multivariate condition profiles and for perceived need. Age was positively associated with receiving treatment in the total sample and this association was not affected substantially by adjusting for disorder profiles or perceived need. The same general pattern held for being White, beyond the first year of school, having parents who graduated from university, and attending HWIs, each of which was significantly and positively associated with treatment in the total sample as well as without substantial change in this association when adjusting for disorder profile and perceived need.
The situation was different with gender, as females were significantly more likely than men to receive treatment in the total sample, but this was due entirely to a combination of more severe disorders and greater perceived need. In the case of being a sexual minority, in comparison, there was an elevated rate of treatment in the total sample that was reduced by adjusting for disorder profiles and perceived need, but the association remained significant even after these adjustments. The final predictor, full-time versus part-time student status, was unrelated to probability of receiving treatment.
Table 5 shows the results of an expansion of the multivariable Poisson regression models among those with perceived need after adjusting for disorder profiles, with a focus on respondents that successively excluded those with specific types of barriers. The easiest way to make sense of these results is to focus on χ2 values and compare across columns. In doing this it becomes clear that practical barriers are the most important mediators of most significant associations net of disorder profiles and perceived need. Focusing on age, for example, the χ2 of 71.9 in the model in the first column of Table 5 is reduced by about 85% of its base value (χ2 = 10.0) when we exclude students who reported practical barriers. Comparable proportional χ2 reductions associated with practical barriers are 90% for race (χ2 changing from 114.1 to 11.7), student year (χ2 changing from 6.7 to 0.3), 87% for parent education (χ2 changing from 22.1 to 2.8), and 90% for school type (χ2 changing from 43.0 to 4.4). The only exception is sexual orientation, where wanting to handle the problem on their own accounts for a higher proportion of base χ2 (89%, from 8.1 to 0.9) than do practical barriers (81%, from 8.1 to 1.5).
Our survey found high rates of mental health problems and self-harm, low treatment rates, and many barriers reported by students who did not get treatment. Somewhat less than two-thirds (60.5%) of students with any of the problems assessed perceived themselves as needing treatment, although the rate of perceived need was higher among individuals reporting self-harm (72.1%), and higher among those reporting severe symptoms of any disorder and/or self-harm (82.3%). These results highlight the large unmet need for mental health treatment on SA university campuses consistent with previous studies showing similar patterns internationally [1, 2, 35], and in a prior SA study [3, 4]. Given the large number of students in need of treatment, traditional models of psychological intervention relying on one-to-one psychotherapy will not be a feasible or sustainable response. Innovative sustainable solutions, including the use of emerging technology (such as smartphone applications), peer-to-peer support, and group interventions could be part of the solution. It will be important to develop these novel interventions in consultation with students to ensure that they are student-centered, acceptable, and accessible, especially considering our finding that students’ utilization of mental healthcare is impeded by psychological, practical, and other barriers to treatment seeking. Designing services that explicitly take account of the barriers reported by students is integral to closing the mental health treatment gap on SA university campuses.
Importantly, the considerably lower treatment gap in HWIs compared to other institutions was explained by differences in practical barriers, suggesting that the greater resources available in HWIs are important facilitators of access to treatment and that increasing resources at HDIs could be integral to addressing the treatment gap. We also observed significant sociodemographic differences in access to treatment, again due more to practical barriers than to perceived need or other barriers. These data suggest that targeted interventions to engage vulnerable segments of the student population could be important in redressing inequalities in differential access to mental health services on university campuses in SA .
It is noteworthy that only 60.5% (S.E. = 0.5) of students with mental health problems reported that they perceived a need for treatment given that understanding and accepting this need is a prerequisite for accessing treatment. Indeed, some students maybe correct that formal treatment (which would position them as mental health service users) is not what is needed for their particular problems, particularly in the context of social problems such as violence and economic inequalities which may precipitate psychological distress but which do not require psychological treatments. Nonetheless, improving students’ mental health literacy (i.e., knowledge and attitudes required to recognize, manage, and prevent mental disorders, as well as appropriate help-seeking behaviors) is one way to help students recognize when they need psychological interventions and increase recognition that treatment can be helpful . Previous research has shown that mental health literacy is associated with good student mental health . Mental health literacy training programmes for students have been developed and implemented with promising results [36, 37]. Broader psycho-educational interventions have also demonstrated success at reducing stigma and myths about mental health .
Practical barriers (including concerns about costs, not knowing how to access treatment and scheduling difficulties) were not only most important in accounting for sociodemographic correlates of treatment but also the single most common type of barrier in our study. This has important implications for planning services. As noted, digital interventions, including smartphone applications and chatbots could be one way to increase accessibility and convenience as well as reduce costs . A review of students’ experiences with and attitudes toward such technology-assisted interventions concluded that students view them as convenient, accessible, easy to use, and helpful, as well as overcoming the barrier of stigma associated with seeking treatment . There is also growing evidence that digital mental health Interventions for anxiety, depression, and enhanced well-being are effective among university students . Preliminary studies suggest that results might be similar among SA students [41, 42], although more research is required. While digital interventions may be more cost-effective than traditional therapies they are not without any costs; problems associated with unequal access to technology and internet access in SA could exacerbate inequality in access to treatment particularly among the most economically vulnerable students if digital interventions are widely implemented.
Finally, it is unsurprising that students report preferences to talk to family/friends and use self-reliance as reasons for not accessing treatment, given that most undergraduate students are young adults and that young adulthood is a developmental period marked by striving for autonomy, self-reliance and (appropriate) distrust of authority and tradition. This highlights the importance of ensuring that new services are delivered in ways that support the developmental trajectory of young adults, including providing opportunities for autonomy, self-reliance, and peer-support .
When interpreting the findings of this study it is important to note that risk ratios (RR) observed for significant associations are for the most part modest. These modest RRs are only significant by virtue of the large sample size which has allowed us to estimate RRs accurately with narrow confidence intervals. Care thus needs to be exercised not to over-interpret observed associations which are significant but nonetheless have small RRs.
This study has several limitations including the use of nonprobability sampling, a reliance on self-report measures, and the fact that 9 universities in the country did not participate in the study. Our reliance on a convenience sample together with the relatively low and quite variable response rates across institutions may limit the generalizability of results, although we corrected for this to the extent possible by weighting the data. Nonetheless, this study is the first of its kind to systematically investigate mental healthcare utilisation and barriers to treatment seeking among students from many SA universities and provide insights into the need for interventions and strategies to reduce the mental health treatment gap among the country’s students. Furthermore, the methodology we have used to analyse these data is novel, even by international standards.
Mental health problems are highly prevalent among SA university students but are seldom treated. Disparities in treatment rates are observed across the various kinds of institutions and different sociodemographic groups, with reduced probability of obtaining treatment (net of condition profiles) associated with young age, genders other than female, and a range of indicators of social disadvantage (first year of study, atypical sexual orientation, part-time student status, low parent education, and attending institutions other than HWIs). A lack of perceived need for treatment is partially responsible for the low treatment rates, but more important are a range of practical and psychological/attitudinal barriers, a preference to talk to family/friends, a preference for self-reliance, and doubts about the effectiveness of treatments. Crucially, practical barriers seem to be especially important in accounting for the associations observed between not accessing treatment and indicators of social disadvantage.
Availability of data and materials
Availability of data and datasets used and/or analysed during the current study are available from the corresponding author on reasonable request.
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The work reported herein was made possible through funding by the South African Medical Research Council (SAMRC) through its Division of Research Capacity Development under the MCSP (awarded to JB and XH). The content hereof is the sole responsibility of the authors and does not necessarily represent the official views of the SAMRC.
Ethics approval and consent to participate
Ethical clearance was provided by the Health Science Research Ethics Committee of Stellenbosch University (Reference: N13/10/149). Institutional permission was obtained from all participating universities. Students provided informed consent electronically prior to data collection. The research was performed in accordance with the Declaration of Helsinki.
Consent for publication
In the past 3 years, Dr. Kessler was a consultant for Datastat, Inc., Holmusk, RallyPoint Networks, Inc., and Sage Therapeutics. He has stock options in Mirah, PYM, and Roga Sciences. The authors confirm that there are no other conflicts to declare.
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Bantjes, J., Kessler, M.J., Hunt, X. et al. Treatment rates and barriers to mental health service utilisation among university students in South Africa. Int J Ment Health Syst 17, 38 (2023). https://doi.org/10.1186/s13033-023-00605-7