Care (Education) and Treatment Reviews (C(E)TRs) are intended to reduce unnecessary psychiatric hospital admission and length of stay for people with intellectual disability and autistic people. The use and impact of C(E)TRs have not been systematically evaluated since their introduction in England in 2015. The aims of this study are to describe the demographic and clinical profiles of people who receive a community C(E)TR and to investigate their effects on admission, length of hospital stay and clinical and functional change.

We will conduct a retrospective cohort study using de-identified data from electronic health records derived from two large National Health Service mental health providers in London, England, including one replication site. Data will be extracted using the Clinical Record Interactive Search (CRIS) tool for all people with recorded intellectual disability and/or autism who received mental healthcare from 2015. We will identify community C(E)TR events using keyword searches. Community C(E)TRs will be examined in two ways: (1) In a community cohort, we will capture data in the 6-month periods before and after a community C(E)TR and compare this to a matched control group and (2) In a hospital cohort, we will compare groups who did and did not receive a community C(E)TR prior to their admission. We will describe the socio-demographic and clinical profiles of each group and their health service use, and compare C(E)TR and no C(E)TR groups using t-tests (or a non-parametric equivalent). The primary outcomes are admission to a psychiatric hospital (community cohort) and length of psychiatric hospital admission and clinical change (hospital cohort). Admission to psychiatric hospital will be estimated using propensity score weighting and difference-in-differences methods. Cox’s proportional hazard model will be used for length of hospital admission and repeated-measures analysis of variance (ANOVA) will be used to assess clinical change.

Use of CRIS to examine de-identified clinical data for research purposes has overarching ethical approval. This study has been granted local approval by the South London and Maudsley CRIS Oversight Committee. Findings will be disseminated in an open-access peer-reviewed academic publication, at conference presentations, and to service users and carers in accessible formats.

Pain is one of the most bothersome symptoms that affects patients with inflammatory bowel disease (IBD) but is often inadequately treated. Inadequate pain control in the inpatient setting not only impacts patients’ experience but increases opioid use and hospital length of stay. Opioids are often considered first-line treatment for severe pain but are associated with significant morbidity and mortality in IBD. Non-steroidal anti-inflammatory drugs are a non-opioid analgesic option, but concerns regarding their contribution to IBD flares have limited their use. Brain-gut behavioural therapies (BGBT), such as cognitive behavioural therapy, meditation and gut-directed hypnotherapy, are effective for pain management and have a role in the treatment of IBD symptoms. However, the use of BGBT in IBD is challenging, given limited access to behavioural health specialists, especially in the inpatient setting. Virtual reality (VR)-directed BGBT programmes can bridge this gap and enhance pain treatment for inpatients with IBD. Therefore, in this study, we aim to establish feasibility and acceptability for a VR-directed BGBT inpatient programme for patients with IBD.

We will recruit 40 patients with IBD who are hospitalised at Michigan Medicine and who endorse IBD-related pain. We will assess patient-reported outcomes (pain rating, IBD-specific symptoms, perceived stress, mood) before and after treatment, cumulative inpatient analgesic requirements and hospital length of stay. Our primary objective will be to establish intervention feasibility defined by the frequency and percentage of enrolled participants that use the VR-directed BGBT inpatient intervention in any capacity. Our secondary objective will be to evaluate intervention acceptability by conducting semistructured interviews with study participants. We will also explore the preliminary effectiveness of VR-directed BGBT on patient-reported outcomes and healthcare utilisation as compared with historic controls.

The study was approved by the institutional review board of the University of Michigan Medical School on 10 October 2023 (HUM00240999). All human subjects will be required to sign an informed consent document prior to study participation. Study findings will be reported through peer-reviewed publication.

NCT06188793.