Linked from

The 21 pages that link to Melanoma, each with the reason it gives.

• MelaninRelated: The pigment-producing cells can become malignant, making their biology directly relevant to this cancer.

• Skin biopsyRelated: Biopsy can establish diagnosis and provide features used to assess tumor depth.

• MelanocyteBroader topic: Malignant growth of these pigment-producing cells can form melanoma.

• Skin cancerBroader topic: It is the skin cancer most likely to spread and cause death.

• DermatologyBroader topic: Recognizing suspicious pigmented lesions is a central skin-cancer task.

• Cancer immunotherapyRelated: Checkpoint inhibitors produced durable responses in some advanced melanoma cases.

• SunburnBroader topic: A history of severe or blistering sunburns is associated with increased melanoma risk.

• Basal cell carcinomaCompared with: It arises from a different epidermal cell and has a much greater tendency to metastasize.

• DermoscopyRelated: Dermoscopy helps identify suspicious features that prompt biopsy or specialist assessment.

• EumelaninRelated: Its cells often produce melanin, though tumor pigmentation varies widely.

• Ultraviolet indexBroader topic: Sun exposure is a risk factor the index can help people manage.

• PheomelaninRelated: Pheomelanin-associated oxidative damage may contribute to melanoma risk alongside ultraviolet injury.

• Squamous cell carcinomaCompared with: Despite overlapping skin sites, melanoma arises from a different cell lineage.

• Skin lesionCompared with: Its resemblance to benign pigmented lesions makes recognition of change important.

• Adjuvant therapyBroader topic: Adjuvant immunotherapy is used for selected patients with resected high-risk melanoma.

• Sun protectionBroader topic: Severe sunburn and ultraviolet exposure are among its preventable risk factors.

• Xeroderma pigmentosumBroader topic: XP greatly increases the risk of melanoma on UV-exposed skin.

• NevusCompared with: Melanoma is the dangerous malignant counterpart considered when a pigmented lesion changes.

• Circulating tumor cellsBroader topic: Its circulating cells illustrate challenges in detecting tumors that lack epithelial markers.

• Integumentary systemBroader topic: It shows how pigment-producing cells can become cancerous.

• Integumentary System Physiological PhenomenaBroader topic: Changes in pigment cells show the consequences of DNA damage and disrupted growth control.