Active Public Health & Healthcare Mental Health

Using digital health to transform the management of long-term conditions in the NHS: Assessing real-world patient experience and empowerment and improvements to productivity and capacity

In plain English

AI plain-English summary

Patients with long-term blood conditions can now send symptom updates and blood test results from their smartphone and receive encrypted clinical advice without travelling to hospital. This matters because the NHS is under growing pressure to monitor and treat millions of people with chronic conditions. Remote digital monitoring—accelerated by the pandemic—offers a way to free up hospital capacity while giving patients more control. But real-world evidence on whether such platforms actually improve outcomes, empower patients, and save money has been thin. The research will follow 4,560 patients across four NHS sites in London and Sheffield, using the AscelusTM platform developed by Itecho. It will measure patient experience through focus groups, usability labs, and validated empowerment scores, while also modelling costs and benefits to the health system. A separate work package will examine barriers to digital inclusion, ensuring the technology does not widen existing inequalities. If successful, the project could provide the evidence NHS procurement teams need to scale up digital monitoring for haematology and other long-term conditions. That would mean fewer hospital visits for stable patients, more clinician time for complex cases, and reduced carbon emissions from patient travel.

View original technical description
Background: Healthcare systems face increasing demands for monitoring and treatment of long-term conditions. Remote digital monitoring avoiding hospital visits offers many advantages. During the Covid-19 pandemic safety from transmission has become a major benefit. Itecho has developed the AscelusTM platform, which enables patients to send information through a 'symptom checker' to their clinical team, which reviews this, and the patient s blood tests. Patients then receive encrypted clinical advice, results of blood and other monitoring sent directly to their smart phone/device (Figure 1). Patients deemed at risk are called for face-to-face appointments. Aims and objectives: To assess, in the real-world setting, how AscelusTM impacts long-term condition management, hospital capacity/productivity and patient experience/empowerment to then support procurement, commercialisation and scale up. Methods and timelines: We will assess real-world implementation of AscelusTM in 7 haematological conditions across a comprehensive series of domains in eleven interlinked work packages, encompassing: Co-design of new digital haematological care pathways, underpinning bespoke platform amendment/integration into hospital IT systems. Patient validation and safety cohort observational studies, drawn from cohort of 4,560 patients in 3 London and 1 Sheffield site(s). Evaluation of patient experience and empowerment using focus groups, Ux laboratories, discrete choice experiments and PAM-13 scores. Economic modelling and cost/benefit analysis. Mixed methods qualitative study of clinician motivators/barriers to adoption Feasibility of future AI development for MGUS monitoring. A new (post-stage 1) work package to assess the enablers and barriers around digital inclusion. Impact and dissemination: The project will allow patients more convenience and control; hospitals/clinicians to have additional capacity for complex cases; the NHS to save resources. It will also facilitate environmental benefits (less driving/car parking). Our highly skilled, multi-disciplinary team with academic, commercial, PPI and clinical backgrounds and national leadership roles provides a great opportunity to spearhead digital transformation in haematology across the UK.

View the original record at the funder ↗

Related Research

Grants with similar aims, by meaning.

Transforming management of advanced prostate cancer through digital health: increasing representation of ethnic minorities and developing a collaboration for research scale-up.
CONSULT: Collaborative Mobile Decision Support for Managing Multiple Morbidities
Statistical Methods for Wider Adoption of Digital Endpoints in Clinical Trials
Regulatory Planning and Quality Management System for Asclepius MedTech Ltd's Remote Digital Tool for use in Surgical Pre-Assessment
Enhancing the credibility, usefulness and relevance of patient experience data in services for people with long-term physical and mental health conditions using digital data capture and improved analysis of narrative data (DEPEND)

Original classification

Research

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.