Linked from

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

• Lung cancerNarrower topic: Lung tumors emerge as airway or lung cells accumulate cancer-promoting changes.

• Skin cancerNarrower topic: Skin cancers develop through accumulated changes rather than a single event.

• Breast cancerNarrower topic: Breast cancer develops as cells accumulate changes that disrupt normal growth controls.

• Occupational cancerNarrower topic: Occupational exposures can trigger or accelerate the stages that turn damaged cells into tumors.

• Radiation-induced cancerNarrower topic: Radiation is one possible initiating influence within the broader process of cancer development.

• Squamous cell carcinomaNarrower topic: Mutations and other changes can turn squamous cells into malignant clones.

• DysplasiaNarrower topic: Dysplasia can be an intermediate stage in some pathways to cancer.

• MesotheliomaNarrower topic: It encompasses the cellular changes through which exposed mesothelial cells become malignant.

• Head and neck cancerNarrower topic: It explains how repeated exposures can transform head-and-neck lining cells.

• Liver cancerNarrower topic: Liver cancers emerge through accumulated cellular changes rather than a single universal cause.

• Tomas LindahlNarrower topic: DNA lesions and their repair influence how mutations accumulate during cancer development.

• TrichloroethyleneNarrower topic: Trichloroethylene exposure can initiate processes linked to kidney cancer and other malignancies.

• Johannes FibigerNarrower topic: Fibiger sought to identify a cause of carcinogenesis through animal experiments.