APA

Guyon L., Lepeltier E., Gimel J., Calvignac B., Franconi F., Lautram N., Dupont A., Bourgaux C., Pigeon P., Saulnier P., Jaouen G. & Passirani C. (20191120). Importance of Combining Advanced Particle Size Analysis Techniques To Characterize Cell-Penetrating Peptide-Ferrocifen Self-Assemblies. : The journal of physical chemistry letters.

Chicago

Guyon Léna, Lepeltier Elise, Gimel Jean-Christophe, Calvignac Brice, Franconi Florence, Lautram Nolwenn, Dupont Aurélien, Bourgaux Claudie, Pigeon Pascal, Saulnier Patrick, Jaouen Gérard and Passirani Catherine. 20191120. Importance of Combining Advanced Particle Size Analysis Techniques To Characterize Cell-Penetrating Peptide-Ferrocifen Self-Assemblies. : The journal of physical chemistry letters.

Harvard

Guyon L., Lepeltier E., Gimel J., Calvignac B., Franconi F., Lautram N., Dupont A., Bourgaux C., Pigeon P., Saulnier P., Jaouen G. and Passirani C. (20191120). Importance of Combining Advanced Particle Size Analysis Techniques To Characterize Cell-Penetrating Peptide-Ferrocifen Self-Assemblies. : The journal of physical chemistry letters.

MLA

Guyon Léna, Lepeltier Elise, Gimel Jean-Christophe, Calvignac Brice, Franconi Florence, Lautram Nolwenn, Dupont Aurélien, Bourgaux Claudie, Pigeon Pascal, Saulnier Patrick, Jaouen Gérard and Passirani Catherine. Importance of Combining Advanced Particle Size Analysis Techniques To Characterize Cell-Penetrating Peptide-Ferrocifen Self-Assemblies. : The journal of physical chemistry letters. 20191120.