| Literature DB >> 35210756 |
Michael Townsend1, Kristin Pareja2, Amy Buchanan-Hughes3, Emma Worthington4, David Pritchett4, Malaak Brubaker5, Christy Houle6, Tenna Natascha Mose6, Heidi Waters2.
Abstract
BACKGROUND: Antipsychotics are a class of medications primarily used to treat individuals with psychotic disorders. They have also been indicated for patients with other psychiatric conditions, such as post-traumatic stress disorder and major depressive disorder. Non-adherence is prominent amongst individuals prescribed antipsychotics, with medication-related self-stigma and social stigma identified as major factors. No previous reviews have focused on stigma associated specifically with antipsychotic medication. This systematic literature review aimed to synthesise evidence on the prevalence of stigmatising attitudes and behaviours related to antipsychotic treatment and understand their impact on antipsychotic treatment initiation and continuation.Entities:
Keywords: adherence; embarrassment; patient experience; psychiatric condition; psychosis; schizophrenia
Year: 2022 PMID: 35210756 PMCID: PMC8859276 DOI: 10.2147/PPA.S343211
Source DB: PubMed Journal: Patient Prefer Adherence ISSN: 1177-889X Impact factor: 2.711
Figure 1PRISMA diagram.
Characteristics of Included Studies
| Study | Country | Study Design | Population (N) | Theme(s) | Quality Overview |
|---|---|---|---|---|---|
| Quantitative | |||||
| Blackwood 2019 | International | Post-hoc analysis | Individuals with schizophrenia (N=1429) | 3 | ● All patients diagnosed according to DSM IV criteria, and all patients were treated with antipsychotics as part of the larger study |
| Cahling 2017 | Sweden | Cross-sectional | Schizophrenia or schizoaffective disorder; patients on LAIs (n=63); patients on oral medication (n=101) and mental health professionals (n=63) | 3 | ● Eligibility criteria and study participants described |
| Emsley 2015 | International | Cross-sectional | Psychiatric nurses (N=4120) | 1, 3 | ● Several limitations and confounding variables were listed |
| Feldhaus 2018 | Germany | Cross-sectional | Individuals with schizophrenia or schizoaffective disorder who take antipsychotic medication (N=81) | 1, 4 | ● Criteria for recruitment were clearly defined and sufficient detail was collected on the subjects |
| Geerts 2013 | Netherlands, Belgium, Germany, Italy, UK, France, and “the Nordic Countries” | Choice-based conjoint analysis | Physicians and nurses treating patients with schizophrenia (N=891) | 3, 4 | ● The data collection and analysis methods were described in detail |
| Grover 2019 | India | Cross-sectional | Psychiatrists (N=622) | 4 | ● Criteria for recruitment was clearly defined and sufficient detail was collected on the participants |
| Heres 2012 | Germany | Longitudinal study | Individuals with schizophrenia treated with RLAI (N=60) | 3 | ● Eligibility criteria and study participants described |
| Ho 2018 | China | Longitudinal study | Individuals with psychotic disorder (N=136) | 1 | ● Outcomes were measured and analysed in an appropriate manner |
| Hui 2016 | China | Longitudinal study | Individuals with first episode psychosis treated with oral antipsychotics (N=313) | 4 | ● Criteria for recruitment was clearly defined and sufficient detail was collected on the subjects |
| Jaeger 2010 | Switzerland | Cross-sectional | Individuals with schizophrenic disorder treated with antipsychotics (n=83), psychiatrists (n=81), relatives (n=91) | 3 | ● Medication history of depot antipsychotics was confirmed by checking patients’ records |
| James 2012 | Nigeria | Cross-sectional | Consultant psychiatrists and trainees (N=128) | 3 | ● Simple summary statistics were used as appropriate |
| Jimenez-Trevino 2019 | NR | Cross-sectional | Individuals with schizophrenia (N=45) | 3 | ● Study participants described |
| Kamaradova 2016 | Czech Republic | Cross-sectional | Individuals with stabilised mental disorder (N=332) | 1 | ● Eligibility criteria and study participants described |
| Kamei 2020 | Japan | Longitudinal study | Individuals with schizophrenia (N=32) | 3 | ● Eligibility criteria and study participants described |
| Kim 2013 | South Korea | Cross-sectional | Individuals with schizophrenia or schizoaffective disorder (N=99), psychiatrists (N=173) | 3, 4 | ● Patients were all receiving LAIs; psychiatrist experience level with LAI was described |
| Kulkarni 2015 | Australia | Cross-sectional | Psychiatrists (N=406) | 4 | × Outcomes measured using a custom questionnaire, with no information provided on the validity or reliability |
| Lau 2015 | China | Cross-sectional | Individuals with psychosis (N=70) | 1 | ● Demographic data collection appropriate |
| McEvoy 2019 | US | Cross-sectional | Individuals with bipolar disorder, schizophrenia or major depressive disorder (N=416) | 2 | ● Validated instrument used (SW-ISMI) with simple summary statistics |
| Moritz 2013 | Germany | Cross-sectional | Individuals with schizophrenia treated with antipsychotics (N=113) | 4 | ● Appropriate statistical analysis used |
| Moritz 2014 | Germany | Cross-sectional | Individuals taking antipsychotic medication (N=91) | 4 | ● Appropriate statistical analysis conducted |
| Patel 2010 | UK | Cross-sectional | Consultant psychiatrists who prescribed LAIs (N=102) | 3, 4 | ● Simple summary statistics were used |
| Patel 2020 | Austria, France, Germany, Spain, Sweden, UK | Cross-sectional | Physicians (N=136) | 3 | ● Eligibility criteria and study participants described |
| Qualitative | |||||
| Al-HadiHasan 2017 | Jordan | Face-to-face semi-structured interviews | Individuals diagnosed with schizophrenia (n=8) and their primary caregivers (n=9) | 2 | ● Data collection and analysis appropriate |
| Bjornestad 2017 | Norway | Semi-structured interviews | Individuals with first-episode psychosis enrolled in two naturalist studies TIPS-1 and TIPS-2 (N=20) | 1, 4 | ● Data collection and analysis appropriate |
| Blixen 2020 | Tanzania | Interviews; focus groups | Individuals with chronic psychotic disorders (N=15, but one relevant participant) | 1, 3, 4 | ● Data collection and analysis appropriate |
| Bulow 2016 | Sweden | Interviews | Individuals with psychosis (N=19) | 1, 2, 4 | ● Data collection and analysis appropriate |
| Chiu 2019 | Taiwan | Semi-structured interview | Individuals receiving LAIs (N=14) | 1, 3 | ● Data collection and analysis appropriate |
| Das 2014 | UK | Semi-structured interviews | Individuals with psychotic illness (N=11) | 3 | ● Qualitative methodology reported and justified |
| de Jager 2018 | The Netherlands | Semi-structured interviews | Individuals diagnosed with psychotic disorder (N=28) | 2 | ● Data collection and analysis appropriate |
| Kaar 2019 | UK | Focus groups | Individuals with a psychotic disorder taking antipsychotics (N=23) | 3 | ● Qualitative methodology reported and justified |
| Morant 2018 | UK | Qualitative semi-structured interviews | Individuals with a psychotic condition (N=20, but one relevant participant) | 1 | ● Data collection and analysis appropriate |
| Morrison 2015 | Australia | Semi-structured interview | Individuals who were prescribed antipsychotics and experienced side effects (N=10) | 1, 2 | ● Data collection and analysis appropriate |
| Murphy 2015 | Canada | Semi-structured interview | Young individuals with diagnosed psychiatric condition prescribed antipsychotic (N=18) | 1 | ● Data collection and analysis appropriate |
| Noor Us Saba 2019 | India | Interviews; questionnaires | Individuals with schizophrenia and acute psychosis who were prescribed antipsychotics (N=72) | 1 | ● Data collection and analysis appropriate |
| Rankovic 2018 | Serbia | Direct observation; analysis of the history of the disease; semi-structured interview | Individuals with schizophrenia treated with injections (n=5), doctors (n=2) and nurses (n=2) trained at administration of depot injections | 3 | ● Qualitative methodology reported and justified |
| Teferra 2013 | Ethiopia | Focus groups; interviews | Individuals with schizophrenia (n=24), their caregivers (n=19), research field workers (n=7) and health workers (n=1) in a rural setting | 1, 4 | ● Data collection and analysis appropriate |
| Usher 2013 | Australia | Semi-structured interviews | Individuals with schizophrenia who gained weight as a result of taking antipsychotics (N=8) | 2 | ● Data collection and analysis appropriate |
| Vedana 2013 | Brazil | Interviews | Individuals with schizophrenia treated with psychotropic medications, family members (N=36, but one relevant participant) | 1, 4 | ● Data collection and analysis appropriate |
| Quantitative/Qualitative | |||||
| Weiss 2019 | US, Canada, Australia, Denmark, Norway, Italy, Spain | Cross-sectional | Individuals with schizophrenia treated with antipsychotics (N=435) | 2 | ● VAS scale of impact of side effects on functioning, with simple summary statistics |
| Tranulis 2011 | US | Semi-structured interview | Clinically stable individuals who were taking antipsychotic medication (N=20) | 1, 3, 4 | ● Data collection and analysis appropriate |
Notes: For quality overview, bullet points represent strengths; “x”s represent limitations. Themes: (1) Impact of antipsychotic treatment on stigma; (2) Impact of side effects of antipsychotic treatment on stigma; (3) Impact of route of administration of antipsychotic treatment on stigma; (4) Impact of stigma on use of antipsychotics.
Abbreviations: DSM, Diagnostic and Statistical Manual of Mental Disorders; LAI, long-acting injectable; HCP, healthcare provider; RLAI, risperidone long-acting injectable; DAI, Drug Attitude Inventory; SW-ISMI, Social Withdrawal subscale of the Internalized Stigma of Mental Illness scale; VAS, Visual Analogue Scale; NR: not reported.
Figure 2Qualitative and quantitative data for Theme 1A: Impact of antipsychotic treatment on social stigma. All qualitative and quantitative data relating to the impact of antipsychotic treatment on social stigma are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 3Qualitative and quantitative data for Theme 1B: Impact of antipsychotic treatment on self-stigma. All qualitative and quantitative data relating to the impact of antipsychotic treatment on self-stigma are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 4Qualitative and quantitative data for Theme 2A: Impact of side effects of antipsychotic treatment on social stigma. All qualitative and quantitative data related to the impact of side effects of antipsychotic medications on social stigma are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 5Qualitative and quantitative data for Theme 2B: Impact of side effects of antipsychotic treatment on self-stigma. All qualitative and quantitative data related to the impact of side effects of antipsychotic medications on self-stigma are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 6Qualitative and quantitative data for Theme 3: Impact of route of administration of antipsychotic treatment on stigma experienced or perceived by patients. All qualitative and quantitative data related to the impact of route of administration of antipsychotic medication are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 7Qualitative and quantitative data for Theme 3: Impact of route of administration of antipsychotic treatment on stigma experienced or perceived by physicians or caregivers, or related to site of injection. All qualitative and quantitative data related to the impact of route of administration of antipsychotic medication are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 8Qualitative and quantitative data for Theme 4: Impact of stigma on use of antipsychotics (experienced or perceived by patients). All qualitative and quantitative data related to the impact of stigma experienced or perceived by patients on the use of antipsychotics are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.
Figure 9Qualitative and quantitative data for Theme 4: Impact of stigma on use of antipsychotics (experienced or perceived by clinicians). All qualitative and quantitative data related to the impact of stigma experienced or perceived by clinicians on the use of antipsychotics are presented. Quotations from qualitative studies as well as quantitative results are recorded along with the study design, population, and location (where applicable; represented by country flags) for each.