APA

Terui T., Funayama M., Terunuma A., Takahashi K. & Tagami H. (20000710). Ultraviolet B radiation exerts enhancing effects on the production of a complement component, C3, by interferon-gamma-stimulated cultured human epidermal keratinocytes, in contrast to photochemotherapy and ultraviolet A radiation that show suppressive effects. : The British journal of dermatology.

Chicago

Terui T, Funayama M, Terunuma A, Takahashi K and Tagami H. 20000710. Ultraviolet B radiation exerts enhancing effects on the production of a complement component, C3, by interferon-gamma-stimulated cultured human epidermal keratinocytes, in contrast to photochemotherapy and ultraviolet A radiation that show suppressive effects. : The British journal of dermatology.

Harvard

Terui T., Funayama M., Terunuma A., Takahashi K. and Tagami H. (20000710). Ultraviolet B radiation exerts enhancing effects on the production of a complement component, C3, by interferon-gamma-stimulated cultured human epidermal keratinocytes, in contrast to photochemotherapy and ultraviolet A radiation that show suppressive effects. : The British journal of dermatology.

MLA

Terui T, Funayama M, Terunuma A, Takahashi K and Tagami H. Ultraviolet B radiation exerts enhancing effects on the production of a complement component, C3, by interferon-gamma-stimulated cultured human epidermal keratinocytes, in contrast to photochemotherapy and ultraviolet A radiation that show suppressive effects. : The British journal of dermatology. 20000710.