APA

Kirschner K., Samarajiwa S. A., Cairns J. M., Menon S., Pérez-Mancera P. A., Tomimatsu K., Bermejo-Rodriguez C., Ito Y., Chandra T., Narita M., Lyons S. K., Lynch A. G., Kimura H., Ohbayashi T., Tavaré S. & Narita M. (20151228). Phenotype specific analyses reveal distinct regulatory mechanism for chronically activated p53. : PLoS genetics.

Chicago

Kirschner Kristina, Samarajiwa Shamith A, Cairns Jonathan M, Menon Suraj, Pérez-Mancera Pedro A, Tomimatsu Kosuke, Bermejo-Rodriguez Camino, Ito Yoko, Chandra Tamir, Narita Masako, Lyons Scott K, Lynch Andy G, Kimura Hiroshi, Ohbayashi Tetsuya, Tavaré Simon and Narita Masashi. 20151228. Phenotype specific analyses reveal distinct regulatory mechanism for chronically activated p53. : PLoS genetics.

Harvard

Kirschner K., Samarajiwa S. A., Cairns J. M., Menon S., Pérez-Mancera P. A., Tomimatsu K., Bermejo-Rodriguez C., Ito Y., Chandra T., Narita M., Lyons S. K., Lynch A. G., Kimura H., Ohbayashi T., Tavaré S. and Narita M. (20151228). Phenotype specific analyses reveal distinct regulatory mechanism for chronically activated p53. : PLoS genetics.

MLA

Kirschner Kristina, Samarajiwa Shamith A, Cairns Jonathan M, Menon Suraj, Pérez-Mancera Pedro A, Tomimatsu Kosuke, Bermejo-Rodriguez Camino, Ito Yoko, Chandra Tamir, Narita Masako, Lyons Scott K, Lynch Andy G, Kimura Hiroshi, Ohbayashi Tetsuya, Tavaré Simon and Narita Masashi. Phenotype specific analyses reveal distinct regulatory mechanism for chronically activated p53. : PLoS genetics. 20151228.