APA

Lee D. C., Ruiz C. R., Lebson L., Selenica M. B., Rizer J., Hunt J. B., Rojiani R., Reid P., Kammath S., Nash K., Dickey C. A., Gordon M. & Morgan D. (20131211). Aging enhances classical activation but mitigates alternative activation in the central nervous system. : Neurobiology of aging.

Chicago

Lee Daniel C, Ruiz Claudia R, Lebson Lori, Selenica Maj-Linda B, Rizer Justin, Hunt Jerry B, Rojiani Rahil, Reid Patrick, Kammath Sidharth, Nash Kevin, Dickey Chad A, Gordon Marcia and Morgan Dave. 20131211. Aging enhances classical activation but mitigates alternative activation in the central nervous system. : Neurobiology of aging.

Harvard

Lee D. C., Ruiz C. R., Lebson L., Selenica M. B., Rizer J., Hunt J. B., Rojiani R., Reid P., Kammath S., Nash K., Dickey C. A., Gordon M. and Morgan D. (20131211). Aging enhances classical activation but mitigates alternative activation in the central nervous system. : Neurobiology of aging.

MLA

Lee Daniel C, Ruiz Claudia R, Lebson Lori, Selenica Maj-Linda B, Rizer Justin, Hunt Jerry B, Rojiani Rahil, Reid Patrick, Kammath Sidharth, Nash Kevin, Dickey Chad A, Gordon Marcia and Morgan Dave. Aging enhances classical activation but mitigates alternative activation in the central nervous system. : Neurobiology of aging. 20131211.