| Code | 5750 |
|---|---|
| Academic Year | 2021-2022 |
| Subject area | Health |
| Campus | Bologna |
| Level | Second |
| Director | Nicola Baldini |
| Duration | Annual |
| Teaching methods | Conventional |
| Language | Italian |
| Cost | 4000 € |
| Application deadline |
Dec 17, 2021 (Expired) |
| Enrolment start and end | From 03/01/2022 to 10/01/2022 |
- Main Department
-
Department of Biomedical and Neuromotor Sciences - DIBINEM
- Professional Profile
- The Master aims to train professionals on techniques, legislation, ethics, and clinical applications of advanced therapies (cellular and gene), harmonizing and integrating the knowledge acquired in the master’s degree courses in Medicine and Surgery, Veterinary Medicine, Biology, Biotechnology, Pharmacy and Industrial Pharmacy and Biomedical Engineering.
- Number of participants
- Min: 4 Max: 12
- Credits
- 60
- Admission qualifications
- First cycle degree/Second cycle or single cycle degree in:
• L-02 Biotechnology
• L-13 Biological Sciences
• L-29 Applied Pharmaceutical Sciences
• L/SNT3 Technical Health Professions (Biomedical Laboratory Techniques only)
• LM-06 Biology
• LM-09 Medical, veterinary and pharmaceutical biotechnologies
• LM-13 Pharmacy and Industrial Pharmacy
• LM-21 Biomedical Engineering
• LM-41 Medicine and Surgery
• LM-42 Veterinary Medicine
• LM-46 Dentistry and dental prostheses
Admission to the Master is subject to positive passing the selection (qualifications and interview). - Selection date
- Dec 21, 2021
- Study plan
- Stemness and cell differentiation
- Microfluidics, organoids, bioprinting
- Nanotechnologies for precision medicine
- 3D culture, bioprinting and microfluidics laboratory
- Optical, confocal and ultrastructural microscopy laboratory
- Machine learning / high throughput
- Advanced therapies for regenerative medicine
- Gene and enzymatic therapies in medical genetics
- Advanced anticancer therapies
- GLP / GMP laboratory
- Legislation and clinical trials
- Management, health economics
- Imaging
- Workshops & Lectures:
- Gene therapies
- New trends in regenerative medicine in the orofacial complex
- Innovative materials for bone substitutes
- Bionspired materials