Risultati della ricerca

• 1. Seminar (100%)

  14-apr-2021 10.18.56

  Seminar Cardiovascular Tissue Engineering, Biomaterials, Biomechanics, scaffolds Monday, 23.04.2021 - h 15:30 On line Seminar TEAMS Code: dwxsxs4 Bioinspired polymer processing: how improved control over biomaterial structure-function can facilitate translation. Prof. .Antonio D’Amore, Fondazione Ri.MED Direct link The abstract of the seminar can be viewed at the following link CECILIA MACALUSO Monday, 23.04.2021 - h 15:30 On line Seminar TEAMS Code: dwxsxs4 Bioinspired polymer processing

• 2. Caruso (40%)

  31-gen-2022 11.15.36

  ., As partner company; support is provided to the Cardiovascular Tissue Engineering team, with which ... l’affiancamento al team Cardiovascular Tissue Engineering con il quale poter effettuare le analisi

• 3. CV_Baccarella_Marta (40%)

  10-giu-2024 17.48.53

  computational approaches applied to cardiovascular tissue engineering scaffolds. In particular, Marta’s ... -fabbricazione e approcci computazionali applicati a scaffolds nell’ambito della cardiovascular tissue engineering. In particolare, l'obiettivo del progetto è quello di identificare un pattern ottimale

• 4. GA_Baccarella_Marta (40%)

  10-giu-2024 17.48.57

  Bio-fabrication methods and computational approaches applied to cardiovascular tissue engineering scaffolds and in-vitro models Marta Baccarella Cardiovascular tissue engineering marta.baccarella@unipa.it Concept: In 2020, 19 million deaths were attributed to CLINICAL NEED cardiovascular diseases (CVDs), including stroke, and atherosclerosis [1]. Blood-contacting devices play a pivotal role in managing CVDs since one of the most common causes of their failure is the formation of blood clots

• 5. Dottorandi e Dottori di Ricerca (34%)

  6-dic-2023 12.23.37

  animal models. He lays the foundation for his research at the Cardiovascular Tissue Engineering Lab ... company; support is provided to the Cardiovascular Tissue Engineering team, with which it is possible

• 6. NIOSI I_CV_2024 (28%)

  5-giu-2024 19.26.51

  of biomaterials degradation and endogenous tissue growth. ERC Founded BioMitral Project, Cardiovascular Tissue Engineering D’Amore Lab, Fondazione Ri.MED. • Tutoring and guiding figure for trainee thesis

• 7. GA_Romano_Enrica (28%)

  11-giu-2024 10.22.26

  Elucidating the role of substrate meso Insert and micro topology in endothelial cell Photo ID growth, proliferation and stability Enrica Romano Cardiovascular Tissue Engineering enrica.romano@unipa.it Concept. One of the current challenges in the field ANATOMY OF THE BLOOD VESSEL of biomedical devices is to address issues like mechanical mismatch, intimal hyperplasia, and thrombogenicity. The interaction between blood and the medical device’s surface triggers coagulation and thrombus formation

• 8. XXXVIII (24%)

  10-giu-2024 17.04.47

  -fabrication methods and computational approaches applied to cardiovascular tissue engineering scaffolds

• 9. XXXVIII (24%)

  10-giu-2024 18.05.42

  -fabrication methods and computational approaches applied to cardiovascular tissue engineering scaffolds

• 10. Seminari (24%)

  18-nov-2024 8.49.51

  affrontare e risolvere problemi avanzati e le relative equazioni con un computer. Seminar Cardiovascular Tissue Engineering, Biomaterials, Biomechanics, scaffolds Monday, 23.04.2021 - h 15:30 On line Seminar