Objectives To assess social stigmatisation related to atypical appearance of the body, including, but not limited to the external genitalia, among Indonesian patients with a disorder of sex development (DSD). Until recently, diagnostic evaluation, information about the underlying causes of DSD and treatment options were sparsely available for these patients.
Methods Eighty-one parents of children and adolescents with DSD (aged 6–17 years) and 34 adult patients with DSD (aged 18–41 years) completed the Social Stigmatisation Scale towards DSD, an instrument developed to assesses the frequency of stigmatisation and the level of stress associated with these experiences. Open-ended questions investigated detailed information on stigmatisation as well as parents’ and patients’ emotional and behavioural reactions to these experiences. Differences in stigmatisation were explored across sex of rearing, gender change history, treatment status and DSD characteristics that could be easily identified by others (e.g., masculinisation of the body in women).
Results Social stigmatisation was reported by patients with atypical appearance of their genitalia, atypical appearance of their body aside from their genitals, among those who displayed cross-gender behaviour and those who changed gender. Among participants reared as women and among children and adolescents who changed gender, social stigmatisation was associated with ostracism, depressive symptoms and social isolation.
Conclusions Patients unable to conceal their condition (those with visible physical atypicality and those who changed gender) experienced social stigmatisation. Stigmatisation was stressful and related to isolation and withdrawal from social interaction. Education about DSD, self-empowerment and medical interventions to prevent atypical physical development may remove barriers to acceptance by others for affected individuals.
- social stigmatization
- gender atypicality
- body atypicality
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What is already known on this topic?
Disorder of sex development (DSD) is a somatically and socially challenging condition; many patients and parents suffer from emotional problems, experience or anticipate social stigmatisation.
Opposing opinions rule the debate on how to strengthen patients’ emotional well-being and improve their psychosocial opportunities.
At present DSD-associated social stigma has not been investigated systematically. Such studies are necessary in order to make proper adjustments in clinical management.
What this study hopes to add?
We developed the Social Stigmatisation Scale for disorder of sex development (DSD) and investigated patients’ and parents’ experienced stigma.
Experienced and anticipated DSD-related stigmatisation was highest among patients with body atypicality and patients who changed gender.
Social stigmatisation was evaluated as stressful, related to (self)isolation and highly correlated with depression.
Disorders of sex development (DSD) refer to a group of congenital conditions in which development of chromosomal, gonadal or anatomical sex is atypical, often leading to an atypical appearance of the genitals and other parts of the body that differ in appearance between men and women.1 Clinicians specialised in DSD treatment are confronted with parents’ and patients’ difficulties in coping with the atypical physical development and the derogatory reactions their atypicality may elicit. In addition to treatments necessary for survival, clinical management aims to reduce or prevent physical atypicality and to enable sexual functioning in order to increase the patient’s opportunities for social participation. These interventions have been criticised, as they impact the child’s life and are often performed without the child’s assent or consent. It has been argued that such interventions do not allow for diversity in sex and gender development and are principally conducted to comfort parents or support the gender ideology of society.2–6 As such, there have been calls to stop this practice of medical and surgical intervention.7–9 However, there is a lack of systematic data on DSD-associated stigma among affected individuals who did not receive such interventions.2 Randomised controlled studies of early gender assignment, genital surgery and hormonal interventions compared with delayed interventions are highly valued10 but difficult to conduct. Despite criticisms noted above, most parents living in Western countries choose early gender assignment and surgical correction of the atypical genitalia for their children with DSD.11 12 Follow-up studies on quality of life are scarce and findings are inconsistent regarding the risks and benefits of medical intervention.13–15 Finally, the medical literature contains few reports on DSD and social stigmatisation.16–23
In Indonesia, DSD is not widely known among health practitioners and laymen. Clinical management is challenged by limited diagnostic and treatment facilities. As a result, many patients live with atypical bodies and experience doubts about their gender.24 25 During outpatient clinic visits, experiences with social stigmatisation were often reported spontaneously by these patients and stimulated many patients and parents to seek medical help. This enabled us to investigate these patients’ experiences of living with physical ambiguity and doubts about their gender,24 25 as well as their experience of social stigmatisation.
Study design and setting
Experiences with social stigmatisation due to DSD were evaluated from adult patients and parents of affected children and adolescents. Data collection were carried out between March 2007 and May 2011. All patients consulted the DSD Team of the Dr. Kariadi Hospital. The study protocol was approved by the board of the ethical committee at the Faculty of Medicine, Diponegoro University, Semarang, Indonesia.
All patients with a confirmed diagnosis of DSD consulting the DSD Team of the Dr. Kariadi Hospital26 were invited to participate in the study. Patients and parents received oral and written study information (provided by AZJ).All participating patients and parents provided informed consent. Patients with a genital anomaly and additional features suggestive of a dysmorphic syndrome,27 patients with sex chromosome DSD without mosaicism and patients with DSD and intellectual disabilities (indicated from the child’s academic achievements and/or observed by the medical doctor in interaction with the patient) were excluded. Thirty-four adults (20 men; 14 women; aged 18–41 years) and 81 parents of 60 children (42 boys, 18 girls; aged 6–11) and 21 adolescents (15 boys; 6 girls; aged 12–17 years) participated, with a participation rate of 78%. Table 1 summarises patient characteristics and diagnoses.
After obtaining written, informed consent, psychological assessment including data on patients’ socioeconomic and ethnic-cultural background14 24 25 was collected in the hospital or at the patient’s home, by a trained psychologist (AE).
Prior to this study, no measure was available to assess social stigmatisation in patients with DSD. Therefore, we developed the Social Stigmatisation Scale for DSD (SSS-DSD). The SSS-DSD assesses the frequency of experienced stigmatisation (1–13a questions) and the level of stress evoked by the stigmatising experiences (1–13b questions) using a Likert scale with responses ranging from ‘not at all’1 to ‘very much’.5 In addition, we asked patients to give details about their experiences with DSD, their beliefs on the cause of their DSD, their concerns and ability to cope with DSD (1–12c questions). We developed parent and adult versions of the SSS-DSD.
The applicability of the SSS-DSD was tested (by AE) prior to implementation and revealed that applying the measure as a paper–pencil test was feasible for well-educated subjects. The rating scale was piloted in a small group of 20 patients and parents with DSD. After a few adaptations, the SSS-DSD seemed suitable for application in this study. Formal large scale psychometric pretesting among sizeable numbers of patients or their parents was considered unfeasible in view of the limited numbers of patients with rare genetic conditions. For parents and patients who could not read well, the measure was applied verbally.
Construct validity of both the adult and parental versions of the SSS-DSD scale was explored using principal component analysis (PCA) with varimax rotation and Kaiser normalisation method. Factors with eigenvalues greater than 1 and items with factor loadings (after rotation) greater than 0.40 were considered acceptable. The reliability of the instrument was evaluated using Cronbach’s α as a measure of internal consistency.
The overall and domain sum scores of the SSS-DSD were calculated as the unweighted sum scores of the individual domains and items, respectively. For all sum scores, a higher score indicates a relatively higher level of stigma, atypicality, social exclusion and emotional problems. With Spearman’s correlation coefficient (r) the correlations between different types of stigma and evoked stress were evaluated. The Kruskal-Wallis test was applied to test for differences in continuous data of more than two groups, the Mann-Whitney U test for differences between two independent groups. Differences in categorical data were compared using Fisher’s exact test. Differences were considered significant at p<0.05 (two-sided).
Qualitative data collected were analysed by inductive content analyses using NVivo qualitative data analysis software.28 29 AE started an open coding procedure and finally clustered codes into four themes. Relationships between themes were investigated using the compound coding application in NVivo.28 29
The majority of participants were men, lived in rural areas, Javanese and Muslim. Parents’ educational backgrounds varied from no formal education to university level, and the majority attended high school and worked in the lower-income sector or were unemployed. Details on socioeconomic and ethnic-cultural variables can be found in table 2.
Reliability and validity of SSS-DSD parent and adult versions
The PCA extracted four components with Cronbach’s α ranging between 0.84 and 0.88. Reliability (internal consistency) of the parent version can be considered as good. The four components explaining 56% of the total variance were as follows: (1) stigmatisation elicited by genital ambiguity (items 1–2, 5–6, 11; α=0.86); (2) stigmatisation elicited by atypical physical appearance or cross-gender role behaviour (items 3–4, 7–8a; α=0.84); (3) social exclusion (items 9–10, 12; α=0.88) and (4) emotional problems due to DSD (items 13a–d, 13g–h; α=0.85). Table 3A shows the factor loadings after varimax rotation and the Cronbach’s α of each component. The construct validity of the SSS-DSD parent was considered satisfactory.
The PCA extracted three components with Cronbach’s α ranging between 0.85 and 0.94. Reliability (internal consistency) of the Adult version was considered as good to very good. The extracted three components explaining 62.9% of the total variance were as follows: (1)verbal stigmatisation (items 1–2, 4–5, 7; α=0.92); (2) behavioural stigmatisation (items 3, 6a, 9–10; α=0.85) and (3) emotional problems due to DSD (items 13–15; α=0.94). Table 3B shows the factor loadings after varimax rotation and the Cronbach’s α of each component. The construct validity of the SSS-DSD adult was also considered satisfactory.
Correlations between stigmatisation and stress
In both measures, items measuring experiences with stigmatisation were positively and significantly correlated with items measuring stress evoked by such stigmatisation, in all components measured.
Stigmatisation due to genital ambiguity positively correlated with stress (rs (79)=0.794, p<0.001); stigmatisation elicited by an ambiguous appearance or behaviour positively correlated with stress (rs(79)=0.80, p<0.001); social rejection positively correlated with stress (rs(79)=0.81, p<0.001) and emotional problems also positively correlated with stress (rs(79)=0.64, p<0.001).
Verbal stigmatisation positively correlated with stress (rs(32)=0.755, p<0.001); behavioural stigmatisation positively correlated with stress (rs(32)=0.753, p<0.001) and emotional and acceptance problems due to DSD also positively correlated with stress (rs(32)=0.882, p<0.001). The more frequently patients experienced social stigmatisation, the higher their reported stress.
Tables 4A and B summarise the comparisons across sex of rearing, treatment status, gender change history24 and visibility of DSD conditions. In both boys and girls, children and adolescents experienced some degree of stigmatisation. Girls reported more stigmatisation due to atypical physical appearance or cross-gender role behaviour and had more emotional problems than boys (see table 4A; gender comparison). Women experienced more stigmatisation and had more emotional problems than men. Both men and women experienced some degree of verbal and behavioural reactions due to their DSD conditions (see table 4B; gender comparison).
Regardless of having received prior hormonal/surgical treatment for DSD, children and adolescents experienced stigmatisation and had emotional problems (see table 4A; treatment status comparison). However, untreated adults experienced more stigmatisation than treated adults (see table 4B; treatment status comparison).
Six youngsters and 15 adults were assigned female at birth but changed gender later in life.24 These patients experienced more stigmatisation than patients who kept their initial gender. Young people and adults experienced more stigmatisation due to an ambiguous appearance or cross-gender behaviour and had more emotional problems than youngsters who retained the initial sex of rearing (see tables 4A and B; social gender role change comparison). Adults who changed gender experienced more behavioural stigmatisation than adults who retained the gender assigned at birth (see table 4B; gender change history comparison).
Children and adolescents with visible ambiguity of the body experienced stigmatisation more frequently than patients who could conceal ambiguous characteristics (see table 4A; visibility of DSD comparison). Regardless of the visibility of DSD, children and adolescents reported emotional problems due to DSD. Adults with visible ambiguity of the body experienced more stigmatisation than adults who could conceal ambiguity; this was particularly seen in verbal and behavioural stigmatisation (see table 4B; visibility of DSD comparison).
In text analyses, four themes were identified that gave insight into characteristics of social stigmatisation and related stress: (1) (correct, incorrect or lack of) knowledge about DSD, (2) patients’ personality and related emotional and behavioural responses, (3) cultural norms and related social expectancies and (4) response from the community.
Our study revealed that atypical appearance of the genitals and/or body is problematic.14 Stigmatisation was most prominent in patients with an atypical physical appearance who could not hide their ambiguity, in untreated adult patients, in patients who changed their social gender and in girls and women. The more frequently they experienced DSD-related social stigma, the higher their stress. Patients who were able to hide features of body atypicality from others did not report less emotional problems than patients who had visible features of DSD. This suggests that fear and prevention of being stigmatised is as problematic as having experienced stigmatisation. From the qualitative data, we observed that a substantial number of patients withdrew themselves from social interactions, such as withdrawal from school and avoiding interaction with neighbours or community members. In Indonesia, those who show variant sex or gender development are often met with a hostile attitude; patients are humiliated and excluded.
Overall, many patients did not give high rates of experienced social stigmatisation; however, patients with atypical physical appearance are vulnerable to social stigmatisation. They indicated that stigmatisation was stressful, elicited negative emotions, hampered social participation and hence affected overall psychosocial well-being. Part of their social stigmatisation was related to lack of knowledge about DSD among patients themselves and among Indonesian laymen. We propose that stigmatisation can be prevented or reduced by education. Similar to many other non-western countries, Indonesia has few well-trained medical psychologists available for counselling to help patients and parents cope with DSD. Once educated and supported, patients and parents can then educate their social network to improve their position in the community.30 In addition, educated patients and parents will be better able to decide which treatments are optimal for their particular circumstances.
Indonesia is a collective society in which procreation and progeny are highly valued. Some people with DSD cannot meet such expectations.14 24 25 Our findings are in line with previous studies reporting sexual distress, disclosure dilemmas and tendency to avoid romantic relationships among women with DSD.25 Women with DSD report a more vulnerable position than affected men in this culture. This may explain why we recruited more male patients (59%) than female patients (41%) for this study. This study includes 20 patients who underwent a female to male social gender change, 4 patients changed gender in childhood, 16 of them initiated a change in adolescence or adulthood. Three patients had a 46, XX karyotype and CAH, 17 patients had a 46, XY karyotype.24
Progressive masculinisation may have induced gender dysphoria and instigated the wish to change gender, but ostracism may also contribute to this change.
Limited assessment of the construct validity of the SSS-DSD is a study limitation. Our study focused on the relationship between social stigmatisation and atypical appearance resulting from the delay of medical and surgical treatment. As no suitable measure was available, we developed one. In developing a measure, it is preferred to perform cross-validation studies in addition to PCA to assess construct validity more extensively. Unfortunately, quantitative measures to assess different aspects of psychosocial well-being are unavailable in Indonesia and we were unable to perform such analyses.14 24 25
This study is relevant for patients with DSD who face delay in treatment due to poor understanding of their medical condition, inadequate laboratory support and lack of appropriate and affordable medications.21 Although Western culture is individual centered and the demands to follow social norms (e.g., giving birth for women) are less stringent, Western patients with DSD have a vulnerable position in society too. Thus, the current results may be informative to patients and families outside of Indonesia. Ultimately, we aim to optimise patients’ psychosexual and psychosocial well-being and are searching for adaptations in clinical management that are evidence-based, such as the reduction of stigmatisation of those affected by DSD.13
Patients with DSD, particularly those with an atypical appearance, are prone to stigmatisation. Such stigmatisation is stressful and leads to negative emotional reactions and social isolation. These findings support the assumption that an atypical physical appearance can be harmful for psychosocial well-being. This may be particularly true when the medical condition is not understood by the patient, the parents and members of the community, as well as when the patient cannot make their own decisions regarding clinical management. Culturally sensitive education about DSD that is accessible to patients, families and the community would go a long way towards improving social acceptance and thereby the well-being of (young) people with DSD.
The authors thank all the participants in the study for their willingness to be interviewed and disclose the struggle with social stigmatisation in daily life. We thank Dr Saskia E Wieringa, from the University of Amsterdam, Department of Sociology and Anthropology, for advice during the preparation of the Indonesian measures used in this study. We thank Dr Anne de la Croix, from the Free University Amsterdam, Faculty of Behavioural and Movement Sciences, for advice and help in analysing the qualitative data. We thank Dr Jillian Bryce, from University of Glasgow, School of Medicine, for editorial help.
Contributors SMHF and SD initiated the study. SMHF, SD and AW had been involved in written revisions of the manuscript. AE, AD and EB designed the study, analysed the data, produced the figures and performed literature searches and written revisions. AE, JO and AD developed the questionnaires, AE collected the data.
Funding AE and AZJ were supported by a DIKTI scholarship from the Directorate of Higher Education, Ministry of National Education and Culture, the Republic of Indonesia.
Competing interests None declared.
Patient consent Obtained.
Ethics approval Ethical Committee at the Faculty of Medicine, Diponegoro University, Semarang, Indonesia.
Provenance and peer review Not commissioned; externally peer reviewed.
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