APA

Cermak N., Olcum S., Delgado F. F., Wasserman S. C., Payer K. R., A Murakami M., Knudsen S. M., Kimmerling R. J., Stevens M. M., Kikuchi Y., Sandikci A., Ogawa M., Agache V., Baléras F., Weinstock D. M. & Manalis S. R. (20170605). High-throughput measurement of single-cell growth rates using serial microfluidic mass sensor arrays. : Nature biotechnology.

Chicago

Cermak Nathan, Olcum Selim, Delgado Francisco Feijó, Wasserman Steven C, Payer Kristofor R, A Murakami Mark, Knudsen Scott M, Kimmerling Robert J, Stevens Mark M, Kikuchi Yuki, Sandikci Arzu, Ogawa Masaaki, Agache Vincent, Baléras François, Weinstock David M and Manalis Scott R. 20170605. High-throughput measurement of single-cell growth rates using serial microfluidic mass sensor arrays. : Nature biotechnology.

Harvard

Cermak N., Olcum S., Delgado F. F., Wasserman S. C., Payer K. R., A Murakami M., Knudsen S. M., Kimmerling R. J., Stevens M. M., Kikuchi Y., Sandikci A., Ogawa M., Agache V., Baléras F., Weinstock D. M. and Manalis S. R. (20170605). High-throughput measurement of single-cell growth rates using serial microfluidic mass sensor arrays. : Nature biotechnology.

MLA

Cermak Nathan, Olcum Selim, Delgado Francisco Feijó, Wasserman Steven C, Payer Kristofor R, A Murakami Mark, Knudsen Scott M, Kimmerling Robert J, Stevens Mark M, Kikuchi Yuki, Sandikci Arzu, Ogawa Masaaki, Agache Vincent, Baléras François, Weinstock David M and Manalis Scott R. High-throughput measurement of single-cell growth rates using serial microfluidic mass sensor arrays. : Nature biotechnology. 20170605.