Total ECTS: 120

Year 1

干细胞研究的革命

• Stem Cell Biology + Lab
• Cellular secretome: components and properties + Lab
• Stem cell research: an anthropological question
• Tissue regeneration during evolution: from invertebrates to vertebrates

高级干细胞生物学

• Genome editing and stem cell reprogramming
• Mechanobiology and signal transduction
• Omic profiling of stem cells

应用生物学的分析工具

• Basics of imaging and spectroscopy
• Fundamentals of programming for biological sciences
• Machine learning for biological sciences
• Protein modeling

退化和再生机制

• Cellular basis of degenerative processes + LAB
• Cellular basis of regenerative processes
• Environmental toxicants in tissue degeneration
• Inflammation in tissue degeneration (inflammation)

Biomaterials and Tissue Engineering

• Nanomaterials
• Principles of biomaterial engineering and scaffold design
• Science at the nanoscale: physics and chemistry of surfaces

完善项目推介和提案

• Academic grant writing for regenerative medicine applications: salient features of a successful proposal + Lab
• Critical reasoning - analysis of current science +Lab
• The processes of patent application + Lab

将干细胞研究从实验室转化为临床研究

• Basics of applied economics
• Introduction to Ethics in clinical trials: ethical committees
• Regulatory aspects in ATMPS and beyond ρ Technology transfer in biotechnology translating into the clinics: research processes and phases of clinical trials

科技英语1

Italian language* (2 ECTS)

*For mother tongue Italian students, Advanced English (2 CFU)

Year 2

基础实验室

• Laboratory safety

从体外到体内临床前模型，走向临床应用

• Advanced therapies in immune-related diseases
• Animal models for regenerative medicine
• Microfluidic-based models: organ on-chip, human on-chip, bioreactors
• Modeling neurodegenerative disorders
• Statistics and mathematical models in biology

Laboratory 1

• Cell culture Lab: cell isolation and culture
• Molecular biology LAB

参考实验室 2

• Advances in imaging and spectroscopy Lab
• A minimal experimentation Lab
• Flow cytometry Lab
• Imaging in cell biology: techniques, technology and tools Lab

“再生医学生物技术创新”专业的毕业生能够在公共或私人机构和生物技术公司从事研究、开发、生产和服务等多个领域的工作。

毕业生将获得再生医学生物技术领域科技创新的进步和发展所需的技能，并将能够管理和设计生物技术方法，以开发和生产新的治疗策略。

毕业生将有许多职业选择，包括：

• 公共或私人机构（大学、研究组织）的研究和服务实验室
• 生物技术和制药行业的研发、监管和质量控制活动
• 国家和国际监管和认证机构
• 开展和支持技术转让活动的公司

参与生物技术补充活动的机构（出版和科学传播、服务
提供者、资助写作和科学支持机构）

此外，通过国家考试后，毕业生可以注册生物学家专业勋章（高级名单），从而能够获得卫生部门的职业机会。

“应用于再生医学的生物技术创新”的毕业生也可以申请博士学位。和其他研究生专业学校，根据 ID 号保留“非医学人员”的访问权。 716/2016，以及国外大学的类似研究生课程。