Sfoglia per Relatore
Vascular Tissue Engineering: coupled approach between a computational model and experimental strategies for in vitro pulsatile perfusion cultures on three-dimensional tubular scaffolds
TRESOLDI, CLAUDIA
Vascularization of a scaffold made by hydrogel through a hydro-soluble vascular network obtained with a 3D FDM printer
2017/2018 GORLA, MATTEO
Whole organ engineering : small intestine re-vascularization
2016/2017 RUSSO, SIMONE
Fulltext | Data | Tipo | Titolo | Autore (i) |
---|---|---|---|---|
2016-12-16 | Tesi di Dottorato | Vascular Tissue Engineering: coupled approach between a computational model and experimental strategies for in vitro pulsatile perfusion cultures on three-dimensional tubular scaffolds | TRESOLDI, CLAUDIA | |
2019-04-16 | Tesi di laurea Magistrale | Vascularization of a scaffold made by hydrogel through a hydro-soluble vascular network obtained with a 3D FDM printer | GORLA, MATTEO | |
2017-07-27 | Tesi di laurea Magistrale | Whole organ engineering : small intestine re-vascularization | RUSSO, SIMONE |
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