APA

Minekawa A., Abe T., Inoshita A., Iizuka T., Kakehata S., Narui Y., Koike T., Kamiya K., Okamura H., Shinkawa H. & Ikeda K. (20100208). Cochlear outer hair cells in a dominant-negative connexin26 mutant mouse preserve non-linear capacitance in spite of impaired distortion product otoacoustic emission. : Neuroscience.

Chicago

Minekawa A, Abe T, Inoshita A, Iizuka T, Kakehata S, Narui Y, Koike T, Kamiya K, Okamura H-O, Shinkawa H and Ikeda K. 20100208. Cochlear outer hair cells in a dominant-negative connexin26 mutant mouse preserve non-linear capacitance in spite of impaired distortion product otoacoustic emission. : Neuroscience.

Harvard

Minekawa A., Abe T., Inoshita A., Iizuka T., Kakehata S., Narui Y., Koike T., Kamiya K., Okamura H., Shinkawa H. and Ikeda K. (20100208). Cochlear outer hair cells in a dominant-negative connexin26 mutant mouse preserve non-linear capacitance in spite of impaired distortion product otoacoustic emission. : Neuroscience.

MLA

Minekawa A, Abe T, Inoshita A, Iizuka T, Kakehata S, Narui Y, Koike T, Kamiya K, Okamura H-O, Shinkawa H and Ikeda K. Cochlear outer hair cells in a dominant-negative connexin26 mutant mouse preserve non-linear capacitance in spite of impaired distortion product otoacoustic emission. : Neuroscience. 20100208.