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 Ultraviolet light induced injury: immunological and inflammatory effects Clydesdale GJ; Dandie GW; Muller HKImmunol Cell Biol  2001[Dec]; 79 (6): 547-68This article reviews many of the complex events that occur after cutaneous  ultraviolet (UV) exposure. The inflammatory changes of acute exposure of the skin  include erythema (sunburn), the production of inflammatory mediators, alteration  of vascular responses and an inflammatory cell infiltrate. Damage to proteins and  DNA accumulates within skin cells and characteristic morphological changes occur  in keratinocytes and other skin cells. When a cell becomes damaged irreparably by  UV exposure, cell death follows via apoptotic mechanisms. Alterations in  cutaneous and systemic immunity occur as a result of the UV-induced inflammation  and damage, including changes in the production of cytokines by keratinocytes and  other skin-associated cells, alteration of adhesion molecule expression and the  loss of APC function within the skin. These changes lead to the generation of  suppressor T cells, the induction of antigen-specific immunosuppression and a  lowering of cell-mediated immunity. These events impair the immune system's  capacity to reject highly antigenic skin cancers. This review gives an overview  of the acute inflammatory and immunological events associated with cutaneous UV  exposure, which are important to consider before dealing with the complex  interactions that occur with chronic UV exposure, leading to photocarcinogenesis.|Animals[MESH]|Epidermis/immunology/metabolism/pathology/*radiation effects[MESH]|Immune System/*radiation effects[MESH]|Immunosuppression Therapy[MESH]|Inflammation/*etiology/immunology/pathology[MESH]|Langerhans Cells/immunology/radiation effects[MESH]|Macrophages/immunology/radiation effects[MESH]|Mast Cells/immunology/radiation effects[MESH]|Mice[MESH]|Ultraviolet Rays/*adverse effects[MESH]
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