The treatment of tobacco dependence in patients admitted to hospital is a priority for the National Health Service in England. We aimed to conduct an economic analysis of a pilot ‘opt-out’ tobacco dependence treatment intervention adapted from the Ottawa Model of Smoking Cessation.

Observational cost analysis of an inpatient tobacco dependence treatment intervention, and matched cohort study comparing readmission costs between patients who received the intervention and benchmarked equivalents who did not.

11 acute inpatient wards in a major teaching hospital in London, England.

673 patients who smoked, admitted between 1 July 2020 and 30 June 2021.

The intervention consisted of the systematic identification of smoking status, automatic referral to tobacco dependence advisors, provision of pharmacotherapy and behavioural support throughout the hospital stay and telephone support for 6 months after discharge.

The primary outcomes were cost-per-patient, cost-per-quit and incremental cost effectiveness ratio among patients who received the intervention. The secondary outcomes were patient-level readmission costs and bed-days from 6 months after discharge, compared between the intervention group and a group of matched benchmark patients who smoked but did not receive the intervention.

The total cost of the intervention was £178 105. On the basis of 104 patients who reported not smoking at 6 months, the cost-per-quit was £1712.55, equating to an estimated age-adjusted incremental cost per life year gained of £3325. Among 611 patients who were successfully matched to a benchmark cohort, readmissions for patients in the intervention group cost £492 k less than their benchmark equivalents over 21 months from 1 January 2021 to 30 September 2022 (£266 k vs £758 k), incurred 414 fewer bed days (303 vs 717) and readmitted at a lower rate (5% vs 11%). There were reduced readmission rates and costs among all patients who received the intervention compared with their benchmarked equivalents, regardless of smoking status at 6 months, except among those who opted out.

A pilot ‘opt-out’ tobacco dependence treatment intervention implemented in an acute hospital setting in London demonstrated value for money through reduced readmission rates and costs among all patients who received it.

Rare diseases in babies, children and young people (children) are often life-shortening, and children can require constant caregiving. Bösch et al1 report that 82% of children in tertiary hospitals in the USA have a rare disease. This study was designed to establish...

To provide a contemporary, postpandemic description of UK occupational therapy and physiotherapy practice to rehabilitate the upper limb after stroke.

A national online survey, first undertaken in 2018 (prepandemic), was readministered to describe postpandemic practice.

The survey was distributed to UK-based occupational therapists and physiotherapists working with people after stroke, via professional and social networks.

Shaped by the Template for Intervention Description and Replication Checklist, the survey collected and subsequently analysed the content, frequency and duration of upper limb rehabilitation after stroke.

A total of 122 occupational therapists (n=42) and physiotherapists (n=80) currently working clinically, across in-patient, out-patient and community settings, in the UK completed the survey. Respondents reported treating the upper limb a median of three times a week (IQR 2–4; range 0–6) for a median of 25 min (IQR: 20–35; range 3–60; n=119). Repetitive, functionally-based activities were the most commonly reported interventions for mild (n=93; 81%) and moderate (n=72; 64%) impairment. Stretching (n=73; 66%) and positioning (n=49; 45%) were most frequently reported for severe impairment. In each of the three impairment categories, a larger number of interventions were reported than in the 2018 survey.

While the pandemic promoted the use of virtual interventions, most therapists had returned to face-to-face interventions. The findings highlight that the current reported provision of upper limb therapy continues to be markedly less than the dose shown to be effective. The study provides important data which can be used to judge the success of attempts to align practice with new guidelines and inform ‘usual therapy’ for the upper limb after stroke in comparative studies.

Post-intensive care syndrome (PICS) describes a cluster of ongoing symptoms experienced by a large proportion of patients previously admitted to critical care. Despite a large rise in survival following critical care, interventions to support recovery and combat PICS are lacking. It has been suggested that the use of digital tools such as virtual reality (VR) may play a useful role in the development of recovery-supporting interventions. We engaged with people with lived experience of critical care admission to coproduce a VR intervention (ViRtual REality to AiD recoverY post ICU (VR READY)). Here, we present a protocol for the initial feasibility and acceptability testing of this intervention.

This is a single-arm, single-site, non-randomised feasibility trial of VR READY. Up to 25 participants recently admitted to critical care will be recruited to use the VR READY intervention for at least 5 min per day for a period of 14 days. Participants must have capacity to consent and be free from ongoing delirium in order to participate. Outcomes relating to sleep and well-being will be measured at baseline and at day 14 after intervention delivery. The primary outcome is feasibility, which will be assessed according to prespecified criteria. Participants will complete a qualitative interview to assess acceptability of the intervention, trial design and outcomes approximately 1 month after completing the intervention period. No formal statistical analysis of outcomes will be conducted, but these will be summarised descriptively. Interviews will be subjected to reflexive thematic analysis.

This study received a favourable ethical opinion by North-East York Research Ethics Committee (Ref 23/NE/0113) in June 2024. Study results will be disseminated through the peer review literature, ISRCTN registry and directly to participants, which will be facilitated by the study public and patient involvement steering group.

ISRCTN88854487.

To determine the proportion of Aboriginal and/or Torres Strait Islander Peoples with diabetes who were monitored according to recommended national guidelines and had their clinical parameters within recommended targets. We also examined trends over time (2013–2022) and compared urban and rural areas.

A repeated cross-sectional study using data from a national general practice database (MedicineInsight, 2013–2022).

De-identified electronic health records (EHR) of people attending 427 mainstream general practices across Australia.

This study included all Aboriginal and/or Torres Strait Islander adults (18+ years) diagnosed with diabetes mellitus who were regular patients (attended at least once a year in three consecutive years) within the MedicineInsight database.

Outcomes measured were (i) monitoring of blood glucose, lipids, blood pressure (BP), renal function and Body Mass Index (BMI)/waist circumference (WC) and (ii) achieving recommended targets: glycosylated haemoglobin (HbA1c) ≤7.0%, fasting glucose 4–7 mmol/L, random glucose 5–10 mmol/L, total cholesterol ≤4.0 mmol/L, low-density lipoprotein 60 mL/min/1.73 m², urine albumin-creatinine ratio (uACR) 2, WC

Between 70% and 90% of individuals were monitored for the clinical parameters above, except for BMI/WC (55%–75%). Trends in monitoring over time were similar across remoteness areas, increasing slightly in 2013–2014 and declining from 2019. Among those monitored, 53%–86% achieved targets for blood glucose, lipids and renal function; 32%–42% for BP; and

The risk of diabetes complications among Aboriginal and/or Torres Strait Islander Peoples could be reduced by improving management of blood pressure and overweight/obesity in all areas, and blood glucose and lipids in rural areas.