APA

Domingo-Rodriguez L., Ruiz de Azua I., Dominguez E., Senabre E., Serra I., Kummer S., Navandar M., Baddenhausen S., Hofmann C., Andero R., Gerber S., Navarrete M., Dierssen M., Lutz B., Martín-García E. & Maldonado R. (20200518). A specific prelimbic-nucleus accumbens pathway controls resilience versus vulnerability to food addiction. : Nature communications.

Chicago

Domingo-Rodriguez Laura, Ruiz de Azua Inigo, Dominguez Eduardo, Senabre Eric, Serra Irene, Kummer Sami, Navandar Mohit, Baddenhausen Sarah, Hofmann Clementine, Andero Raul, Gerber Susanne, Navarrete Marta, Dierssen Mara, Lutz Beat, Martín-García Elena and Maldonado Rafael. 20200518. A specific prelimbic-nucleus accumbens pathway controls resilience versus vulnerability to food addiction. : Nature communications.

Harvard

Domingo-Rodriguez L., Ruiz de Azua I., Dominguez E., Senabre E., Serra I., Kummer S., Navandar M., Baddenhausen S., Hofmann C., Andero R., Gerber S., Navarrete M., Dierssen M., Lutz B., Martín-García E. and Maldonado R. (20200518). A specific prelimbic-nucleus accumbens pathway controls resilience versus vulnerability to food addiction. : Nature communications.

MLA

Domingo-Rodriguez Laura, Ruiz de Azua Inigo, Dominguez Eduardo, Senabre Eric, Serra Irene, Kummer Sami, Navandar Mohit, Baddenhausen Sarah, Hofmann Clementine, Andero Raul, Gerber Susanne, Navarrete Marta, Dierssen Mara, Lutz Beat, Martín-García Elena and Maldonado Rafael. A specific prelimbic-nucleus accumbens pathway controls resilience versus vulnerability to food addiction. : Nature communications. 20200518.