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Dermoscopy, total-body photography & AI skin analysis

Magnified skin imaging and whole-body photo mapping, increasingly read by algorithms, to find melanoma early and avoid unnecessary biopsies.

Dermoscopy improves diagnostic accuracy over the naked eye; sequential total-body photography tracks change in high-risk patients. Deep-learning classifiers have matched dermatologists on benchmark images and DermaSensor (elastic scattering spectroscopy, FDA 2024) is cleared for primary care. Real-world impact depends on population, skin tone representation in training data, and workflow; no screening RCT has shown mortality benefit.

Generic schematic · not to scale · placeholder for the early detection front
Plasma · Early signal

How it works

Polarised or immersion magnification of skin structures; convolutional networks trained on labelled lesion images; spectroscopy of tissue optical properties.

Strengths
  • Cheap, non-invasive, repeatable
  • Reduces benign excisions when used well
Limitations
  • Algorithm performance drops on darker skin and rare subtypes
  • No proven mortality benefit for population screening

Latest papers

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Latest papers · live from Europe PMC
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