APA

Nagy L. G., Ohm R. A., Kovács G. M., Floudas D., Riley R., Gácser A., Sipiczki M., Davis J. M., Doty S. L., de Hoog G. S., Lang B. F., Spatafora J. W., Martin F. M., Grigoriev I. V. & Hibbett D. S. (20160426). Latent homology and convergent regulatory evolution underlies the repeated emergence of yeasts. : Nature communications.

Chicago

Nagy László G, Ohm Robin A, Kovács Gábor M, Floudas Dimitrios, Riley Robert, Gácser Attila, Sipiczki Mátyás, Davis John M, Doty Sharon L, de Hoog G Sybren, Lang B Franz, Spatafora Joseph W, Martin Francis M, Grigoriev Igor V and Hibbett David S. 20160426. Latent homology and convergent regulatory evolution underlies the repeated emergence of yeasts. : Nature communications.

Harvard

Nagy L. G., Ohm R. A., Kovács G. M., Floudas D., Riley R., Gácser A., Sipiczki M., Davis J. M., Doty S. L., de Hoog G. S., Lang B. F., Spatafora J. W., Martin F. M., Grigoriev I. V. and Hibbett D. S. (20160426). Latent homology and convergent regulatory evolution underlies the repeated emergence of yeasts. : Nature communications.

MLA

Nagy László G, Ohm Robin A, Kovács Gábor M, Floudas Dimitrios, Riley Robert, Gácser Attila, Sipiczki Mátyás, Davis John M, Doty Sharon L, de Hoog G Sybren, Lang B Franz, Spatafora Joseph W, Martin Francis M, Grigoriev Igor V and Hibbett David S. Latent homology and convergent regulatory evolution underlies the repeated emergence of yeasts. : Nature communications. 20160426.