JMIR Formative Research
Process evaluations, early results, and feasibility/pilot studies of digital and non-digital interventions
Editor-in-Chief:
Amaryllis Mavragani, PhD, Scientific Editor at JMIR Publications, Canada
Impact Factor 2.4 More information about Impact Factor CiteScore 4.2 More information about CiteScore
Recent Articles


Transitions of care, where patients move between clinical settings or providers, pose considerable risks to patient safety, situations exacerbated by the absence of adequate digital infrastructure that enables information exchange. The timeliness and accuracy of medication information transfer are central to ensuring patient safety during transitions of care, including post-discharge from the hospital. In designing a multifaceted digital intervention to support the transfer of medication information from hospital to community settings, it was necessary to gauge the views of all relevant stakeholders on the practical challenges involved in transferring medication information.

Mobile health is emerging as a ubiquitous paradigm for delivering health care interventions when self-management is feasible. However, interventions targeting older or frail participants should account for age-related cognitive, visual, and physical needs to optimize usability and long-term retention.

Virtual consultations (VCs), including telephone and video consultations, are increasingly central to primary care. However, evaluation often prioritizes patient satisfaction or technology over quality and safety. Existing frameworks incorporate limited input from general practitioners (GPs) and lack standardized quality and safety indicators.


The Secondary Care Medicines Data (SCMD) makes detailed data on medicines issued by National Health Service (NHS) hospital trusts in England openly available for the first time. These data provide an opportunity to understand medicine use patterns, highlight variation, and drive improvements in evidence-based practice, prescribing safety, and cost-effectiveness. However, this dataset requires extensive domain and technical knowledge to access, clean, transform, and link to other external sources before it can be used effectively.

Health care public reporting (PR) systems are intended to reduce information asymmetry and support informed health care decision-making. However, their adoption remains limited, partly because health care information is complex, difficult to interpret, and may evoke cognitive and emotional responses. Existing research has focused largely on system design and development, with limited attention to how users’ central and peripheral-route information-processing mechanisms shape PR system adoption.

Informal caregivers play a central role in long-term care but experience elevated risks of stress, depressive symptoms, and caregiver burden, alongside barriers to accessing preventive support. Low-threshold digital public health interventions may offer scalable support; however, evidence on their feasibility, usability, and contextual fit remains limited, particularly for heterogeneous caregiver populations.


Wearable physiological sensing and mobile self-report methods offer new opportunities for monitoring occupational well-being in real-world settings. However, interpreting continuous physiological signals in relation to psychological states such as job burnout and work engagement remains challenging, particularly when using deployable systems that rely on proprietary signal processing.

Abnormal reward processing is considered a core feature of severe mental illness (SMI). Deficits in this domain can have severe implications for daily functioning. The Online Positive Valence Study aimed to assess reward processing in bipolar disorder and schizophrenia using the National Institute of Mental Health (NIMH) Research Domain Criteria (RDoC) Positive Valence Systems (PVS) framework in an online task-based study. Recruitment and study adherence fell short of expectations.
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