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Rates and correlates of employment in people with schizophrenia in the UK, France and Germany

Published online by Cambridge University Press:  02 January 2018

Steven Marwaha*
Royal Free and University College London Medical School and Camden and Islington Mental Health and Social Care Trust, London
Sonia Johnson
Royal Free and University College London Medical School and Camden and Islington Mental Health and Social Care Trust, London
Paul Bebbington
Royal Free and University College London Medical School and Camden and Islington Mental Health and Social Care Trust, London
Mai Stafford
Department of Epidemiology and Public Health, University College London, UK
Matthias C. Angermeyer
University of Leipzig, Leipzig, Germany
Traolach Brugha
Department of Health Sciences, University of Leicester, Leicester, UK
Jean-Michel Azorin
Psychiatrie Adultes, Hospital Sainte Marguerite, Marseille, France
Reinhold Kilian
University of Leipzig, Leipzig and University of Ulm, Günzburg, Germany
Karina Hansen
Health Economics Department, Lundbeck SA, Paris, France
Mondher Toumi
Health Economics Department, Lundbeck SA, Paris, France
Dr Steven Marwaha, c/o M. Trott, Department of Mental Health Sciences, Royal Free and University College London Medical School, 48 Riding House Street, London WIW 7EY, UK. Email:
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Little is known about international variations in employment rates among people with schizophrenia or about the factors associated with employment in this disorder.


To describe employment patterns and the variables associated with working in an international sample of people with schizophrenia.


An analysis was made of baseline data from the European Schizophrenia Cohort study, a 2-year investigation of people with schizophrenia in contact with secondary services and living in France, Germany and the UK (n = 1208).


Participants were working in all sections of the job market. People who had a degree, were living with their families or had experienced only a single episode of illness were more likely to be working. A continuous illness course, more severe non-psychotic symptoms and drug misuse reduced the odds of employment. There were large variations between centres in employment rates, which were highest in the three German study sites. These differences persisted after adjustment for individual characteristics.


Local social contexts may be as important as individual or illness-related factors in explaining employment status.

Copyright © Royal College of Psychiatrists, 2007 

Work is a frequently stated goal of people with schizophrenia (Reference Secker, Grove and SeebohmSecker et al, 2001), but their employment rate is low. Recent European estimates of employment rates in this group range from 8 to 35% (Reference Gaite, Vazquez-Barquero and BorraGaite et al, 2002). Individual factors (such as job histories), illness-related factors (such as illness severity) and societal conditions (such as discrimination and social welfare policy) are all potential contributors to variations in employment rates. Work history and negative or cognitive symptoms of schizophrenia have consistently been found to be predictors of employment status (Reference Cook and RazzannoCook & Razzano, 2000; Reference Marwaha and JohnsonMarwaha & Johnson, 2004). Most previous studies have had small sample sizes, or recruited exclusively from rehabilitation services. The aim of our study was to examine employment patterns and variables associated with working in a large representative sample of people with schizophrenia resident in Germany, France and the UK. No previous analysis has been international and based on so large a sample.


The European Schizophrenia Cohort (EuroSC) study is a naturalistic, 2-year follow-up of people aged 18–64 years who have schizophrenia and are in contact with secondary psychiatric services. A full explanation of the rationale and methods of the study, together with a description of the mental health services from which the samples were drawn, is presented by Bebbington et al (Reference Bebbington, Angermeyer and Azorin2005).

Study sites

In France, participants were recruited from three centres: Lille (northern France), Lyon and Clermont-Ferrand (central France) and Marseille and Toulon (southern France). These centres are referred to hereafter as Lille, Lyon and Marseille. In former East Germany, participants were recruited from Leipzig and from the Altenburg area and the smaller towns and villages surrounding it. Data from these areas were pooled, and are referred to subsequently as the Leipzig centre. In West Germany, recruitment was from the Hemer district, including the cities of Hemer, Iserlohn and Werdohl, and from the Heilbronn district, including the city of Eppingen and surrounding towns and villages. The centres in the UK were the county of Leicestershire (excluding the city of Leicester but including surrounding towns and villages) and the inner-London borough of Islington.


The participants were selected to provide a representative sample of people with schizophrenia under the care of secondary mental health services. People who had recently lost contact with services were not included, except in the London sample. Sampling was achieved in London and in all the French centres by establishing a list of all people with a psychotic diagnosis in the areas from information already kept by the mental health services and taking a random sample from all those identified. In the London centre patients were randomly sampled from the whole local list, whereas in France sampling was stratified so that within each centre ten patients were randomly selected from each of the ten local sectors.

In Germany and in Leicestershire, lists of all potential participants in each catchment area were compiled and all eligible people were included in the sample. In all centres, a diagnosis of schizophrenia was confirmed after an interview using structured instruments by a study investigator who applied the DSM–IV criteria (American Psychiatric Association, 1994).

Patients were eligible for inclusion if they were aged 18–64 years, had a diagnosis of schizophrenia according to DSM–IV criteria and gave informed consent. Patients who had been continuously in hospital for the previous 12 months, or were currently homeless or planning to move (and therefore unavailable for follow-up) were excluded.


An extensive battery of instruments was used to collect information at interview, but only those relevant to this analysis are presented here. Employment data were obtained through the Lehman Quality of Life Interview (Reference LehmanLehman, 1983); this establishes whether participants are currently employed and, if relevant, their job title. Questions on receipt of welfare benefits are also included in this interview. Psychiatric and social history, including educational history and whether participants had ever been employed, was recorded using the Past History and Socio-demographic Description Schedule (World Health Organization, 1973).

The Schedule for Clinical Assessment in Neuropsychiatry (SCAN; Reference Wing, Babor and BurkeWing et al, 1990; World Health Organization, 1992) was used to establish a DSM–IV diagnosis of schizophrenia in the UK and Germany, whereas the French centres used the Structured Clinical Interview for DSM–IV (Reference First, Spitzer and WilliamsFirst et al, 1997). Part of the alcohol and substance misuse data available from the SCAN allowed the coding of variables indicating lifetime history of alcohol and drug misuse. Information on the participants' current symptom profile was collected through the Positive and Negative Syndrome Scale (PANSS; Kay et al, Reference Kay, Opler and Lindenmayer1987, Reference Kay, Opler and Lindenmayer1989). The summary indicators from the PANSS used in this analysis were the positive, negative and general psychopathology symptom sub-scores. The general psychopathology section covers a wide variety of non-psychotic symptoms, and includes measures of anxiety and depression, unco-operativeness, cognitive symptoms, impulse control and social avoidance.

Adherence was evaluated using the Rating of Medication Influences scale (ROMI; Reference Weiden, Rapkin and MottWeiden et al, 1994). This assesses subjective attitudes and behaviours that influence patients' compliance with antipsychotic medication. It yields a total ‘reasons for compliance’ score, higher in people who are more willing to take medication, and a ‘reasons for non-compliance’ score, higher in people who are more reluctant.

The European Service Mapping Schedule (ESMS; Reference Johnson and KuhlmannJohnson et al, 2000) was used to describe and classify the mental health services available in all three sites. Vocational services are known to affect the employment rate in schizophrenia (Reference Drake, Fox and LeatherDrake et al, 1998), and this study allowed us to consider if any variation in employment rate between sites might be linked to employment service provision.

Combined training was held involving interviewers from all three sites, to try to ensure instruments were used reliably. However, no formal assessment was made of reliability between centres. For those instruments not already available in French and German, translation followed the comprehensive procedures recommended by the World Health Organization (Reference Sartorius, Kuyken, Orley and KuykenSartorius & Kuyken, 1994), including back-translation.


We analysed the baseline data of this 2-year cohort with the aims of describing patterns of employment and exploring which candidate explanatory variables were independently associated with likelihood of being employed in this large international sample. Descriptive analyses and univariate tests were carried out using the Statistical Package for the Social Sciences version 11.5 and the subsequent logistic regression using Stata version 8 for Windows. Employment was broadly defined as having any job, whether full-time or part-time and whether obtained through the open labour market, sheltered vocational schemes or the voluntary sector. A broad definition of working was used because quantitative and qualitative studies exploring the attitudes of people with schizophrenia to employment suggest that people desire a range of different types of employment, not only full-time competitive paid work (Reference Secker, Grove and SeebohmSecker et al, 2001; Reference HoneyHoney, 2004; Reference Marwaha and JohnsonMarwaha & Johnson, 2005). Whether a person was working according to this definition was the main variable used in the analyses. Within the employed group we also examined how many in each centre were supporting themselves solely with earnings, and how many were working but also claiming some form of welfare benefits.

The analysis was conducted in a number of stages. Descriptive analyses were conducted of patterns of employment in each centre: current rates of employment and types of jobs; the number of people employed and supporting themselves through earnings only; and the percentage of people never employed.

Using χ2 tests for categorical outcomes and t-tests for continuous outcomes, we analysed the association of employment with various explanatory variables derived from a literature review on correlates of employment among people with schizophrenia (Reference Marwaha and JohnsonMarwaha & Johnson, 2004). These correlates were educational history, negative and positive symptom severity, gender, marital status, accommodation and living conditions. We also identified and tested the association with working of a number of other potential variables of interest: area of residence (study centre), general population employment rate in area of residence, adherence to medication, course of illness, age at illness onset, length of illness, lifetime history of alcohol or drug misuse and ethnic group.

Previous analyses of this data-set (Reference Bebbington, Angermeyer and AzorinBebbington et al, 2005) had established the presence of differences between the three countries in social and clinical sample characteristics, and we therefore repeated each of these univariate analyses stratified by country. German centres did not code ethnicity in the same way as the UK and French sites, and German participants could therefore only be classified as ‘born in Germany’ or ‘German resident but born outside’. Separate analyses were therefore made for each country examining the association between ethnic group (or, in the case of Germany, where born) and employment. Logistic regression was then used to identify explanatory variables independently associated with employment using the ‘enter’ method, in which all independent variables are entered into the equation at the same time. Variables associated with employment on univariate analyses at the P<0.1 level of significance were entered into the model as independent variables. Ethnicity was excluded as a variable in the logistic regression because of a lack of uniformity in the way it was categorised across the three countries. Lack of independence for observations regarding individuals within the same centre was allowed for in this analysis by computing robust standard errors, clustered on centre (Reference RogersRogers, 1993).


In total, 1208 people with schizophrenia participated in the study: 288 in France, 302 in the UK and 618 in Germany. Gender distribution varied between countries: 64.6% of participants in the UK, 69.4% in France and 56.3% in Germany were male. The mean age was approximately 40 years in all three countries, but marital status and living conditions differed significantly. Similar numbers of participants were living alone in each country, but more German respondents were living with partners and/or children, and more French respondents with their parents. Participants in France were the most symptomatic, with a mean total PANSS score of 71, followed by scores of 56 in Germany and 48 in the UK. The clinical and socio-demographic profiles of the sample are described in more detail by Bebbington et al (Reference Bebbington, Angermeyer and Azorin2005).


Table 1 shows employment rates in each centre. The employment rate in the general population in the regions in which the centres lie is also shown. The overall employment rate of participants was 21.5%, but varied between countries and sites, with rates of 12.9% in the UK, 11.5% in France and 30.3% in Germany. This compares with general population employment rates of 71.0% in the UK, 62.2% in France and 65.4% in Germany in the year 2000 (European Commission, 2002).

Table 1 Participant numbers and employment rates by site

London Leicestershire Lille Lyon Marseille Leipzig Hemer Heilbronn χ2 P
Regional employment rate, % 1 64.8 75.4 52.5 63.5 56.7 61.5 61.2 66.8
Sample size, n 150 152 101 100 87 398 120 100
Employment, n (%)
   Total working (broad definition) 10 (6.7) 29 (19.1) 8 (7.9) 10 (10.0) 15 (17.2) 95 (23.9) 32 (26.7) 60 (60.0) 131.2 <0.0005
      Employed and supporting self with earnings only 4 (2.7) 23 (15.1) 5 (5.0) 8 (8.0) 9 (10.3) 36 (9.1) 22 (18.3) 15 (15.0)
      Working and receiving benefits 6 (4.0) 6 (3.9) 3 (3.0) 2 (2.0) 6 (6.9) 59 (14.9) 10 (8.3) 45 (45.0)
   Unemployed 140 (93.3) 123 (80.9) 93 (92.0) 90 (90.0) 72 (82.8) 302 (75.9) 88 (73.3) 40 (40.0)
   Never employed 22 (15.8) 1 (0.8) 9 (9.9) 4 (4.4) 28 (38.9) 12 (3.0) 8 (7.1) 11 (11.0) 99.3 <0.0005
(n=139) (n=125) (n=91) (n=91) (n=72) (n=398) (n=112) (n=100)

1. Source EUROSTAT ( annual average in 2000 (the figures refer to the employment rate in the regions in which the centres lie)

The proportion of people in each country who were supporting themselves entirely through working and were not receiving welfare benefits was 8.9% in the UK, 7.6% in France and 11.8% in Germany. The German centres thus had the highest proportion of people working as well as the highest proportion supporting themselves entirely through work, although the difference in the latter was less striking. The number of people in each centre who had never been employed was low, apart from in Marseille.

Table 2 describes the jobs of study participants, using the UK Standard Occupational Classification 2000 (Office for National Statistics, 2000) for the sake of uniformity. In all three countries people with schizophrenia appeared to work in nearly all sections of the job market. The most common types of work were ‘elementary’ jobs, such as cleaning and labouring, and ‘skilled trade occupations’, such as plumbing or metalwork. The proportion of people working in senior official or managerial positions or as process plant and machine operatives was very small. More people in Germany were doing sheltered or voluntary work.

Table 2 Job type of those working

Occupation 1 UK n (%) 2 France n (%) Germany n (%)
Managers and senior officials 1 (3) 0 (0) 0 (0)
Professional occupations 4 (10) 1 (3) 9 (5)
Associate professional and technical occupations 5 (13) 1 (3) 7 (4)
Administrative and secretarial occupations 3 (8) 2 (6) 6 (3)
Skilled trades occupations 7 (18) 5 (15) 14 (8)
Personal service occupations 3 (8) 2 (6) 7 (4)
Sales and customer service occupations 3 (8) 1 (3) 4 (2)
Process, plant and machine operatives 0 (0) 1 (3) 2 (1)
Elementary occupations 11 (28) 8 (24) 41 (22)
Voluntary/sheltered work 2 (5) 6 (18) 71 (38)
Difficult to classify 0 (0) 4 (12) 15 (8)
Job data missing 0 (0) 2 (6) 11 (6)
Total number working 39 33 187

1. Classified according to the Standard Occupation Classification 2000 UK

2. Percentages of the total group who are working within each country

Employment service characteristics of the three sites

The main difference in employment service configurations, mapped using the ESMS, was that the German centres had more vocational services and more placements provided within these than the other two countries. This was particularly the case for high-intensity work services and high-intensity work-related services. The ESMS defines the former as services offering work placements for at least 2 days a week paid at a rate at least 50% of the local minimum wage, and the latter as services that offer placements 2 days a week but at a rate of pay below 50% of the local minimum wage. Of the German centres, Heilbronn had the greatest number of patients currently in placements, but mostly in supported work activities paid below 50% of the minimum wage. Few vocational services were recorded in France, but the French centres did not include social services or voluntary sector provision in their data collection. In London there were some work activities within day centre settings, but few formal sheltered or supported work schemes.

Unadjusted analyses

Employment was significantly associated with area of residence, having a diploma or degree, living conditions, alcohol misuse, general population employment rate in area of residence, more severe positive, negative and general psychopathology symptoms, longer length of illness and illness course (Tables 3, 4, 5). In Germany, foreign-born people were more likely to be working. The associations with illness variables were particularly highly significant on these analyses, as were the associations with area of residence. On repeating each of the analyses in Tables 3, 4, 5 stratifying by country, the direction of the relationships remained essentially the same, although reduced power rendered some of the associations non-significant at the 5% level.

Table 3 Work and social variables

Variable Number working/total in group n/N Percentage of group working % Association with working
χ2 P
Vocational training
   No 99/524 18.9 3.16 0.075
   Yes 147/634 23.2
Diploma or degree
   No 210/1026 20.5 6.82 0.009
   Yes 43/143 30.1
   Male 162/742 21.8 0.15 0.93
   Female 96/459 20.9
Marital status
   Single, divorced or widowed 167/743 22.5 1.23 0.27
   Married or cohabiting 61/254 24.0
Living conditions
   Alone at home 77/417 18.5
   With partner (with or without children) 62/268 23.1
   With family (not partner) 69/293 23.5 15.60 0.004
   Supported housing 42/141 29.8
   Homeless and other 9/87 10.3
   Owner-occupied 40/176 22.7
   Rented 161/799 20.2 Fisher's
   Supported accommodation 42/155 27.1 exact 0.10
   Hospital 12/65 18.5 test
   Homeless 0/2 0
   Other 5/10 50.0
Substance use
   Alcohol misuse 35/223 15.7 5.68 0.017
   No alcohol misuse 224/975 23.0
   Drug misuse 13/90 14.4 2.08 0.093
   No drug misuse 243/1104 22.0
      White 33/234 14.1 Fisher's 0.804
      Black Caribbean 4/42 9.5 exact
      Asian 2/13 15.4 test
      Turkish/Greek 0/6 0
      Other 0/7 0
      White 30/269 11.2 Fisher's 0.347
      Black Caribbean/African 1/3 33.3 exact
      Turkish/Greek 0/1 0 test
      Other 2/14 14.3
      Born in Germany 168/577 29.1 6.63 0.01
      German but born abroad 17/34 50.0
Local employment rate
   51–55% 8/101 7.9 Test for <0.0005
   56–60% 15/87 17.2 linear
   61–65% 147/767 19.2 trend
   66–70% 60/100 60.0 19.4
   71–75% 29/152 19.1%

Years of education: workers mean 10.2 (s.d.=2.0); non-workers, mean 10.2 (s.d.=2.1); t=0.62, P=0.54

Table 4 Work and clinical variables

Variable Workers (n=259) 1 mean (s.d.) Those not working (n=948) mean (s.d.) Difference between workers and non-workers
t P
PANSS score
   Positive symptoms 11.2 (4.9) 12.7 (5.7) 4.22 <0.0005
   Negative symptoms 14.1 (6.9) 16.2 (7.8) 4.34 <0.0005
   General psychopathology 26.5 (9.4) 30.0 (10.8) 5.13 <0.0005
   Length of illness, years 14.3 (9.1) 16.0 (10.0) 2.61 0.009
   Age at illness onset, years 25.5 (7.7) 26.5 (8.5) 1.70 0.090
ROMI score
   Reasons for compliance 2.14 (0.44) 2.09 (0.45) 1.37 0.17
   Reasons for non-compliance 1.68 (0.61) 1.60 (0.56) –1.78 0.075

PANSS, Positive and Negative Syndrome Scale; ROMI, Rating of Medication Influences

Table 5 Work and illness course

Variable Number working/total in group n/N Percentage working in category % χ2 P
Overall illness course
   Episodic with inter-episode symptoms 123/509 24.2
   Episodic without inter-episode symptoms 75/234 32.1
   Continuous 25/304 8.2 52.07 <0.0005
   Single episode in partial remission 10/45 22.2
   Single episode in full remission 30.4
   Other/unspecified course 14/46 16.7
Illness course characterised by prominent negative symptoms
   Yes 76/395 19.2 1.67 0.20
   No 182/809 22.5

1. There are missing values for some variables: the greatest number of missing values is for reasons for compliance, where there are 935 ratings for the non-workers and 256 for the workers

Logistic regression

Table 6 shows the final regression model, which explained 19% of the variance in employment status. Vocational training, regional employment rate, negative symptom score, alcohol misuse, duration of illness and reasons for non-compliance score were all entered into the regression, but did not reach the P=0.05 threshold for significance and were omitted from the final model. People with schizophrenia living in Leicestershire, Marseille, Leipzig, Hemer and Heilbronn all had higher odds of being employed than those living in London. Living with family (other than a partner), having a degree or a diploma, and having experienced only one episode of illness with full remission also improved the odds of working. A continuous illness course, higher general psychopathology scores on the PANSS, earlier onset of illness and a history of drug misuse all reduced the odds of current employment. A higher PANSS positive symptom score was associated with a greater likelihood of working, a reversal of the effect observed on unadjusted analysis, but this effect was a weak one.

Table 6 Variables significantly associated with working (broad definition) in logistic regression (analysed, n=1158; percentage correctly classified by model, 80.14%; pseudo R 2=0.19 (this provides an estimate of the variance explained by the model)

Variable Odds ratio (95% CI) P
Living in 1
   Leicestershire 3.68 (2.84–4.77) <0.0005
   Marseille 6.63 (2.02–21.78) 0.002
   Leipzig 3.70 (1.96–7.00) <0.0005
   Hemer 9.54 (4.05–22.44) <0.0005
   Heilbronn 36.37 (17.45–75.78) <0.0005
Living with family (not partner) 2 1.41 (1.12–1.78) 0.003
Diploma or degree 1.75 (1.07–2.88) 0.026
Drug misuse 0.27 (0.13–0.58) 0.001
Illness course 3
   Continuous illness course 0.44 (0.29–0.68) <0.0005
   Single episode of illness in full remission 1.40 (1.24–1.57) <0.0005
Age at illness onset 0.98 per year (0.96–1.00) 0.033
General psychopathology symptoms (total score) 0.95 per point on PANSS sub-scale (0.93–0.98) <0.0005
Positive psychotic symptoms (total score) 1.03 per point on PANSS sub-scale (1.00–1.06) 0.038

PANSS, Positive and Negative Syndrome Scale

1. The comparison centre was London; Lille and Lyon were not significantly different from London

2. Comparison category is ‘living alone’

3. Comparison category is single episode, partial remission


Comparison of employment rates between centres

This is the first international comparative study to report on employment patterns and on variables associated with working in people with schizophrenia. As in other recent studies, the employment rate in the UK sample was low, especially in London (UK700 Group, 1999; Reference Perkins and RinaldiPerkins & Rinaldi, 2002). The rate in France is equally concerning, at approximately a third of the German rate. The large numbers of unemployed people with schizophrenia represent a significant financial cost (Reference Huxley and ThornicroftHuxley & Thornicroft, 2003) to the welfare states of these three countries, and indicate considerable social exclusion among the mentally ill.

There was still greater variation in employment rates if centres rather than countries were analysed. Thus there was an approximately ten-fold difference in employment rate between London and Heilbronn. This is likely to be in part related to the characteristics of the areas from which the samples were drawn. The London sample was recruited from Islington, an inner-city area of considerable social deprivation. The employment rate was similarly low in the urban centres of Lille and Lyon. People in the UK recruited from the more affluent and suburban area of Leicestershire had a higher employment rate. City living also appears to have an adverse effect on employment in people with severe mental illness in the USA (Reference Drake, Fox and LeatherDrake et al, 1998). The large variations between centres, which were not accounted for by differences in clinical and socio-demographic characteristics of the samples, suggest that social and service factors that vary between countries and regions are likely to be important.

Comparison of employment rates between people with schizophrenia and the general population

Compared with the rates in the general population, the employment rate in people with schizophrenia in all three countries was low. Univariate investigation of the relationship between regional general population employment and employment rates among the mentally ill appeared to lend some support to Warner's hypothesis that higher general population employment rates lead to better employment prospects for people with schizophrenia (Reference WarnerWarner, 2004). However, multivariate analysis did not support this. The nature of the relationship between employment rate among people with mental illness and local social factors, including general population employment rate and the ethnic and age structure of the population, is likely to be complex, not least because of the intervention of mental health services. The types of work available are likely also to be important, and the decline in availability of relatively unskilled and undemanding jobs may have especially affected people with schizophrenia (Reference NickellNickell, 2004). Other local and national factors that may contribute to variations between centres include professionals' and patients' attitudes and values regarding the feasibility and importance of work, the attitudes of employers and the public, the stigma patients experience in the labour market, benefits systems and employment law.

In most areas, the great majority of study participants had worked at some stage, the exception being Marseille, where a substantial proportion of the sample (38.9%) had never worked and the local general population employment rate was also low. The fact that most participants had worked earlier in their lives but no longer did so indicates that few people had fully recovered their social functioning. That services might not currently be achieving the best possible social recovery is suggested by the finding that even among those who had fully recovered after a single episode, the employment rate remained just below 30%.

Vocational services, benefits payments and employment rates

The variations between areas in employment rates were even larger than those between countries, and persisted when adjustment was made for patient characteristics and regional general population employment through regression analysis. Various societal factors that might account for these variations have already been discussed. Another possible explanation is the substantially greater provision of vocational services and placements in Germany. German centres had both the greatest numbers working in sheltered settings and relatively large numbers supporting themselves entirely through their earnings without recourse to state benefits. This suggests that the good availability of opportunities for combining work and benefits does not necessarily lead to people getting stuck in this situation, and may be associated with a greater proportion of people supporting themselves fully through open market earnings, although we cannot say whether there is a causal relationship.


There was no large difference between the proportions of people in each country who worked in various types of job, but the numbers were small. Previous studies have suggested that people with schizophrenia tend to be in positions involving low levels of interpersonal interaction (Reference Morgan and GopalaswamyMorgan & Gopalaswamy 1983; Reference Bacani-Oropilla, Lippmann and TullyBacani-Oropilla et al, 1991). ‘Elementary’ occupations such as cleaning and labouring may be of this nature, as well as some skilled trades. Both were relatively highly represented.

Few people with schizophrenia were in managerial or senior official positions where training periods may be long, a series of promotions required and an episodic illness thus particularly damaging. It is surprising that more people were not working in information technology, given the expansion of this industry over the past decade. Overall, it appears that a diagnosis of schizophrenia is probably not a bar to doing any kind of job, but makes entry into certain job types less likely.

Social correlates of employment in people with schizophrenia

Living with family (other than a partner) was associated with a greater likelihood of working, persisting after adjusting for other independent variables. This may reflect better social support, enabling better social recovery. Ethnic group was not significantly associated with employment in the UK and French samples, although place of birth did emerge as important in Germany in the univariate analyses. Small numbers of minority ethnic group members limit conclusions about this. We did not explore in any detail the effects of cultural backgrounds and values on whether people worked, but these may have a role in explaining variations in employment rates.

Having a diploma or degree was significantly associated with employment. Acquisition of a tertiary education may reflect generally better premorbid functioning, associated with better overall outcomes, and possession of some qualifications may also broaden choice for those seeking to re-enter the labour market.

Clinical correlates of employment

Our finding that comorbid drug misuse was associated with lower odds of working supports a previous study indicating high levels of social exclusion among people with ‘dual diagnosis’ (Reference Todd, Green and HarrisonTodd et al, 2004). Substance misuse may well make job-seeking and good occupational functioning more difficult. Earlier onset of illness also reduced the odds of working, reflecting a poorer overall prognosis in people who become unwell earlier, and may also be related to fewer opportunities for training and employment before the onset of illness.

There have been contradictory findings in previous studies about whether the positive and negative symptoms of schizophrenia are significantly associated with employment status (Reference Anthony and JansenAnthony & Jansen, 1984; Reference Cook and RazzannoCook & Razzanno, 2000). Positive and negative symptoms were significantly associated with employment in the unadjusted analyses but no clear relationship was found on multivariate analysis. There was no significant association with negative symptoms, but a marginally significant (P=0.038; OR=1.03, 95% CI 1–1.06) tendency for more positive symptoms to be associated with a greater likelihood of working. The lack of the anticipated relationship between greater symptom severity and lower likelihood of working may well be due to the association between higher symptom scores and a continuous illness course, which substantially reduced the odds of employment. However, the presence of positive or negative symptoms should not be thought of as necessarily preventing people with schizophrenia returning to the labour market.

We found that the symptoms assessed by the general psychopathology section of the PANSS were related to employment status, although the effect was not large. Psychiatrists may not routinely treat symptoms such as anxiety, depression, social avoidance, poor impulse control and cognitive deficits very vigorously, or treatment response may be poor. The presence of these symptoms may be seriously disabling.

In any cross-sectional analysis such as this, interpretation must be tentative, given that causation cannot be assigned. Prospective data are needed to answer the question of causation, and will be available from this data-set.


Our definition of employment was a broad one, and we were unable to identify accurately the group who were in open-market employment, strictly defined, as full details of how and with what support people had obtained work were not collected. We did, however, measure how many people were working and supporting themselves completely through their pay and how many were working as well as claiming benefits.

Because the study did not formally check the reliability of ratings, country-level comparisons of data from interviewer-rated instruments such as the PANSS require cautious interpretation. However, employment status is less likely to be subject to problems of reliability. Although efforts were made to ensure consistent and comparable procedures in all centres, the service structures were different, and recruitment bias cannot be excluded. It is unlikely, however, to explain a large amount of the variation in employment rates, given that the UK sample who had the least severe symptoms in comparison with other countries had a similarly low rate of employment to the French sample, who scored highly on symptom severity.

Ideally, a hierarchical form of analysis, such as multilevel modelling, should be used to explore the effects of country and local level variables on employment status at individual level. However, although our study had excellent power for investigation of individual-level explanatory variables, the three countries and eight centres were insufficient for such a multilevel analysis. Our data therefore did not allow a substantial exploration of the effects of national and regional level variables on employment among the mentally ill population. In addition, attribution of regional employment rates to individuals is a somewhat unsatisfactory method of exploring the relationship between local and individual characteristics. In future investigations, inclusion of a larger number of centres, detailed investigations of their characteristics and use of multilevel modelling techniques would be desirable.

Regression modelling using sets of variables that have substantial intercorrelations, as in this study, results in models that are relatively susceptible to change with small alterations in the variables included. This should be borne in mind, especially in relation to variables that are marginally significant in the final model. A further caveat is that we did not use the Bonferroni correction to adjust for multiple testing. Thus findings that are close to the P=0.05 level of significance should be treated with caution, although most of the significant associations we found in the final regression were at least at the P<0.001 level.

Data on job history, which is an important predictor of future employment, were not collected. We are not able to provide information on non-responders.


Our thanks to all the patients and staff who helped with the study and to the Camden and Islington Mental Health and Social Care NHS Trust and the Leicestershire Partnership NHS Trust Research and Development Programme.

The EuroSC Research Group comprises: I. Lindenbach and M. Swiridoff (Altenburg), F. Baehr, G. Lauer, T. Schwarz (Eppingen), V. Becker, J. Höffler, K. Siegrist and U. Trenckmann (Hemer), T. Brugha, J. Smith, D. Bagchi, S. McCormack, S. Wheatley (Leicester), M. Angermeyer, S. Bernert, H. Matschinger, C. Mory and Ch. Roick (Leipzig), M. Goudemand, D. Beaune and S. Dumont (Lille), P. Bebbington, D. Ellis, L. Isham, S. Johnson, J. Pearson, E. Perez and R. White (London), B. Lachaux, P. Pasi-Delay and S. Declerck (Lyon), J. M. Azorin, J. P. Chabannes, P. Chiaroni and I. Banovic (Marseille), M. Toumi, Å. Kornfeld, K. Hansen, C. Morin, L. Munier, J. C. Nachef, C. Nickel, C. Sapin and V. Willacy (Lundbeck A/S).


Declaration of interest

Funding from Lundbeck A/S and the German Federal Ministry of Educationand Research.


American Psychiatric Association (1994) Diagnostic and Statistical Manual of Mental Disorders (4th edn) (DSM-IV). APA.Google Scholar
Anthony, W. A. & Jansen, M. A. (1984) Predicting the vocational capacity of the chronically mentally ill: research and policy implications. American Psychologist. 39, 537544.Google Scholar
Bacani-Oropilla, T., Lippmann, S., Tully, E., et al (1991) Patients with mental disorders who work. Southern Medical Journal, 84, 323327.CrossRefGoogle ScholarPubMed
Bebbington, P., Angermeyer, M., Azorin, J.-M. et al (2005) The European Schizophrenia Cohort (EuroSC): a naturalistic prognostic and economic study. Social Psychiatry and Psychiatric Epidemiology, 40, 707717.CrossRefGoogle ScholarPubMed
Cook, J. A. & Razzanno, L. (2000) Vocational rehabilitation for persons with schizophrenia: recent research and implications for practice. Schizophrenia Bulletin, 26, 204208.CrossRefGoogle ScholarPubMed
Drake, R. E., Fox, T. S., Leather, P. K., et al (1998) Regional variation in competitive employment for persons with severe mental illness. Administration and Policy in Mental Health, 25, 493504.CrossRefGoogle Scholar
European Commission (2002). Employment in Europe 2002. Recent Trends and Prospects. Office for Official Publications of the European Communities.Google Scholar
First, M. B., Spitzer, R. L. & Williams, J. B. W. (1997) Structural Clinical Interview for DSM-IV, Patient Version. American Psychiatric Press.Google Scholar
Gaite, L., Vazquez-Barquero, J. L., Borra, C., et al (2002) Quality of life in patients with schizophrenia in five European countries: the EPSILON study. Acta Psychiatrica Scandinavica, 105, 283292.Google Scholar
Honey, A. (2004) Benefits and drawbacks of employment: perspectives of people with mental illness. Qualitative Health Research, 14, 381395.CrossRefGoogle ScholarPubMed
Huxley, P. & Thornicroft, G. (2003) Social inclusion, social quality and mental illness. British Journal of Psychiatry, 182, 289290.CrossRefGoogle ScholarPubMed
Johnson, S., Kuhlmann, R. & the EPCAT Group (2000) The European service Mapping Schedule (ESMS): development of an instrument for the description and classification of mental health services. Acta Psychiatrica Scandinavica, 102 (suppl. 405), 1423.Google Scholar
Kay, S. R., Opler, L. A. & Lindenmayer, J. P. (1987) The positive and negative syndrome scale (PANSS) for schizophrenia. Schizophrenia Bulletin, 13, 261276.CrossRefGoogle ScholarPubMed
Kay, S. R., Opler, L. A. & Lindenmayer, J. P. (1989) The Positive and Negative Syndrome Scale (PANSS): rationale and standardisation. British Journal of Psychiatry 155 (suppl. 7), 5965.CrossRefGoogle Scholar
Lehman, A. F. (1983) The effects of psychiatric symptoms on quality of life assessments among the chronically mentally ill. Evaluation and Program Planning, 6, 143151.CrossRefGoogle Scholar
Marwaha, S. & Johnson, S. (2004) Schizophrenia and employment: a review, Social Psychiatry and Psychiatric Epidemiology, 39, 337349.CrossRefGoogle ScholarPubMed
Marwaha, S. & Johnson, S. (2005) Views and experiences of work among the seriously mentally ill: a qualitative descriptive study. International Journal of Social Psychiatry, 51, 302316.CrossRefGoogle Scholar
Morgan, R. & Gopalaswamy, A. K. (1983) Employability of the mentally disabled in the 1970s. British Journal of Psychiatry, 142, 572574.Google Scholar
Nickell, S. (2004) Poverty and worklessness in Britain. Economic Journal, 114, C1C25.CrossRefGoogle Scholar
Office for National Statistics (2000) Standard Occupational Classification 2000. ( Scholar
Perkins, R. & Rinaldi, M. (2002) Unemployment rates among patients with long-term mental health problems. Psychiatric Bulletin, 26, 295298.Google Scholar
Rogers, W. H. (1993) Regression standard errors in clustered samples. Stata Technical Bulletin, 13, 1923.Google Scholar
Sartorius, N. & Kuyken, W. (1994) Translation of health status instruments. In Quality of Life Assessment: International Perspectives (eds Orley, J. & Kuyken, W.), pp. 218. SpringerCrossRefGoogle Scholar
Secker, J., Grove, B. & Seebohm, P. (2001) Challenging barriers to employment, training and education for mental health service users: the service user's perspective. Journal of Mental Health, 10, 395404.CrossRefGoogle Scholar
Todd, J., Green, G., Harrison, M., et al (2004) Social exclusion in clients with comorbid mental health and substance misuse problems. Social Psychiatry and Psychiatric Epidemiology, 39, 581587.Google Scholar
UK700 Group (1999) Comparison of intensive and standard case management for patients with psychosis. Rationale of the trial. UK700 Group. British Journal of Psychiatry, 174, 7478.Google Scholar
Warner, R. (2004) Recovery from Schizophrenia: Psychiatry and Political Economy. Routledge.Google Scholar
Weiden, P., Rapkin, B., Mott, T., et al (1994) Rating of Medication Influences (ROMI) Scale in schizophrenia. Schizophrenia Bulletin, 20, 297310.Google Scholar
Wing, J. K., Babor, T., Burke, J., et al (1990) SCAN: Schedules for Clinical assessment in Neuro Psychiatry. Archives of General Psychiatry, 47, 589593.CrossRefGoogle Scholar
World Health Organization (1973) The International Pilot Study of Schizophrenia. WHO.Google Scholar
World Health Organization (1992) SCAN: Schedules for Clinical Assessment in Neuropsychiatry. WHO.Google Scholar
Figure 0

Table 1 Participant numbers and employment rates by site

Figure 1

Table 2 Job type of those working

Figure 2

Table 3 Work and social variablesWork and clinical variablesWork and illness course

Figure 3

Table 4 Work and clinical variablesWork and illness course

Figure 4

Table 5 Work and illness course

Figure 5

Table 6 Variables significantly associated with working (broad definition) in logistic regression (analysed, n=1158; percentage correctly classified by model, 80.14%; pseudo R2=0.19 (this provides an estimate of the variance explained by the model)

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