APA

Lima A. C., Batista P., Valente T. A. M., Silva A. S., Correia I. J. & Mano J. F. (20130930). Novel methodology based on biomimetic superhydrophobic substrates to immobilize cells and proteins in hydrogel spheres for applications in bone regeneration. : Tissue engineering. Part A.

Chicago

Lima Ana Catarina, Batista Patrícia, Valente Tiago A M, Silva A Sofia, Correia Ilídio J and Mano João F. 20130930. Novel methodology based on biomimetic superhydrophobic substrates to immobilize cells and proteins in hydrogel spheres for applications in bone regeneration. : Tissue engineering. Part A.

Harvard

Lima A. C., Batista P., Valente T. A. M., Silva A. S., Correia I. J. and Mano J. F. (20130930). Novel methodology based on biomimetic superhydrophobic substrates to immobilize cells and proteins in hydrogel spheres for applications in bone regeneration. : Tissue engineering. Part A.

MLA

Lima Ana Catarina, Batista Patrícia, Valente Tiago A M, Silva A Sofia, Correia Ilídio J and Mano João F. Novel methodology based on biomimetic superhydrophobic substrates to immobilize cells and proteins in hydrogel spheres for applications in bone regeneration. : Tissue engineering. Part A. 20130930.