Prospective Evidence on Artificial Intelligence−Assisted Melanoma Diagnostics: A Systematic Review and - Summary - MDSpire

Prospective Evidence on Artificial Intelligence−Assisted Melanoma Diagnostics: A Systematic Review and

  • By

  • Sara Laiouar-Pedari

  • Arlene Kühn

  • Christoph Wies

  • Carina Nogueira Garcia

  • Jana Therés Winterstein

  • Lukas Heinlein

  • Annemarie Hoffsommer

  • Tirtha Chanda

  • Sarah Haggenmüller

  • Titus J. Brinker

  • May 1, 2026

  • 0 min

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Objective:

To evaluate the diagnostic performance of dermoscopy alone versus dermoscopy supported by AI or AI alone in melanoma detection through a systematic review and meta-analysis of prospective studies, highlighting AI's potential to enhance diagnostic accuracy.

Key Findings:
  • AI systems demonstrated diagnostic performances comparable to or exceeding those of expert dermatologists, with specific metrics indicating sensitivity and specificity improvements.
  • Prospective studies provide a more reliable assessment of AI's diagnostic capabilities compared to retrospective studies.
  • The integration of AI in clinical practice for melanoma detection is promising but requires further validation in real-world settings.
Interpretation:

The findings suggest that AI can enhance melanoma detection accuracy, but the clinical readiness for its widespread implementation needs further investigation, particularly in real-world applications.

Limitations:
  • Most studies evaluated were limited in scope and may not fully represent real-world clinical scenarios, with potential biases in study designs and data collection methods affecting generalizability.
Conclusion:

AI shows potential as a decision-support tool in melanoma diagnostics, but further prospective validation is essential for clinical integration, emphasizing the need for additional studies.

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