This page contains information about the admission to HaT PhD for a.y. 2019-2020
General information about how to apply for the HaT PhD can be found here:
https://www.unibo.it/en/teaching/phd/information-enrolling-phd-programme/how-to-apply-phd-programme
It follows the list of the selected research themes (projects) that can be chosen for the 35th cycle, including the required degree to apply.
1. Effect of pathological pelvic version on the risk of impingement or dislocation in total hip replacement patients
* Degree: BIOMED
* Tutors: Faldini - Viceconti
* Full description
2. New insights on atrial fibrillation from imaging and computational modelling
* Degree: TECH
* Tutors: Corsi - Diemberger
* Full description
3. Digital twins for smart hospitals - models, architectures, implementations
* Degree: TECH
* Tutors: Ricci - Agnoletti
* Full description
4. Electrospun scaffolds for the regeneration of tendons and ligaments
* Degree: TECH
* Tutors: Focarete - Traina
* Full description
5. Development of new in vitro models to evaluate drug absorption and metabolism
* Degree: TECH or BIOMED
* Tutors: Focarete - Borghi
* Full description
6. Development of a hydrogel construct engrafted with thrombogenic agents to prevent endoleaks’ occurrence following endovascular abdominal aortic aneurysm repair
* Degree: BIOMED or TECH
* Tutors: Pasquinelli & C.A. Borghi
* Full description
7. Elastomers with tunable degradation as small diameter blood vessel substitutes for peripheral artery disease
* Degree: BIOMED or TECH
* Tutors: Pasquinelli & Lotti
* Full description
8. Patient-specific spinal surgery for severe scoliosis (PS5)
* Degree: TECH
* Tutors: Cristofolini - Greggi
* Full description
9. Innovative technique to repair osteoporotic fractures with bone substitutes
* Degree: TECH
* Tutors: Cristofolini - Guerra
* Full description
10. Exploitation of PALs (Plasma Activated Liquids) for antineoplastic pro-drugs activation through exogenous reactive oxygen and nitrogen species
* Degree: BIOMED
* Tutors: Porcelli - Colombo
* Full description
11. Developing models of schizotypal neurocognitive mechanisms: an integrative use of machine learning, EEG and neurostimulation
* Degree: BIOMED
* Tutors: Romei - Diciotti
* Full description
12. Innovative methods for objective pain measurement
* Degree: TECH
* Tutors: Chiari - Canestrari
* Full description