Artificial Intelligent Decision Support for Skin Cancer Diagnostics in Primary Care
- Sponsor
- Linkoeping University
- Study ID
- NCT06932172
- Status
- Recruiting
Conditions
Eligibility Criteria
- Sex
- ALL
- Age
- 18 Years - N/A
- Healthy Volunteers
- Accepted
Interventions
- Artificial inteligence based decision support to detect skin cancer — DEVICEWhen assessing skin lesions in patients seeking primary care, the primary care physician may use the device to be evaluated in the study (Dermalyser) as a complementary diagnostic doecision support to differentiate skin cancers from benign skin lesions. However, the decision on clinical management of the lesion remains with the physician.
Study Details
Background: Artificial intelligence has in numerous studies shown high accuracy in detecting skin cancer when trained on various databases of dermatoscopic images. However, there are very few prospective studies conducted in real clinical settings directed at patients seeking healthcare for assessment of skin lesions, and nosuch studies at all in primary care, where the majority of patients are managed. Project aim: To study the accuracy, reliability, and clinical utility of an AI-based decision support system (Dermalyser), developed for primary care, in distinguishing skin cancer from benign lesions. Method: Cluster-randomized controlled trial at approx. 30 primary care centers in Sweden, Germany, Scotland, the Netherlands and Australia. At study start, the participating primary care centres in each country are equally randomised to either be enabled to use the Dermalyser (intervention phase) or to assess patients according to the standard clinical procedure (control phase). When half of the intended sample size (i.e. 1500 of 3000 participants) have been included, the primary care centres switch phase from intervention to control, or vice versa. During the intervention phase, the physicians may use (if found indicated) Dermalyser as a part of their clinical evaluation, whereas during the control phase the physicians follow their ordinary diagnostic routine without support from Dermalyser. This will direct the participants to either an intervention or a control cohort. Both groups will be followed for up to 5 years, with regard to the tumour diagnoses, proportions of skin cancer/benign lesions, and morbidity and mortality in skin cancer. Possible between-group differences will be investigated statistically. Potential benefits: If the Dermalyser prooves to be safe and diagnotically reliability, it could enhance the chance of detecting skin cancer in early stage in primary care, and to reduce the proportion of benign skin lesion unnecessarily excised or referred to dermatologist.
Key Dates
- First listed
- Apr 17, 2025
- Start date
- Nov 4, 2025
- Status verified
- Jan 2026
- Primary completion
- May 31, 2027
- Completion
- Dec 31, 2031
Study Design
- Enrollment
- 3,000 participants (estimated)
- Allocation
- RANDOMIZED
- Intervention model
- CROSSOVER
- Primary purpose
- DIAGNOSTIC
Arms
- Experimental: Possibility to use AI supportThe primary care physician may use the AI decision support (Dermalyser) in their assessment of skin lesions.
- No Intervention: Control
Primary Outcome Measure
Proportion of skin cancers [ Time Frame: From enrollment until all included lesions have been diagnosed following standard clinical investigation procedure, which we consider in the normal case will not exceed 6 months from inclusion. ]
Central Contacts
- Magnus Falk, Professor+46708106176
- Panos Papachristou, MD, PhD+46702298892
Find similar trials
Related Studies
- Integrated Cancer Repository for Cancer ResearchRecruiting · University of Nebraska · Greenwood Village, Colorado
- Patient Satisfaction With Appearance, Scar Outcome and Quality of Life After Skin Cancer SurgeryEnrolling By Invitation · Memorial Sloan Kettering Cancer Center · Sacramento, California
- DNA Repair Activity in the Skin of Day and Night Shift WorkersRecruiting · Wright State University · Fairborn, Ohio
- Circulating Tumor DNA (ctDNA) for Early Treatment Response Assessment of Solid TumorsRecruiting · Washington University School of Medicine · St Louis, Missouri