Nanobiotechnology is a branch of biotechnology that involves the use of nanoscale materials and techniques to study biological systems and develop new pharmaceutical and biomedical technologies. It involves the integration of nanotechnology and biotechnology to create nanoscale devices, materials, and systems for the diagnosis, treatment, and prevention of diseases.
The science strictly relates to nanomedicine and nanomedicines, widely recognized by EMA and ETPN, that give detailed definitions and guidelines: https://etp-nanomedicine.eu; https://www.ema.europa.eu/en/humanregulatory.
The educational goal of the M.Sc. in Industrial Nanobiotechnologies for Pharmaceuticals is to create highly specialized professionals able to satisfy the needs of research, manufacture and quality control in the area of nanotechnologies applied to industrial pharmaceutical biotechnology.
Overview of the program
- ADVANCED BIOLOGY 6 CFU - 52 hours 2nd semester
- IMMUNOLOGY, BIOTECHNOLOGICAL DRUGS AND VACCINES 9 CFU - 72 hours 2nd semester
- PREFORMULATION AND PHARMACEUTICAL TECHNOLOGY 9 CFU - 84 hours 1st semester
- STATISTICS APPLIED TO PHARMACEUTICAL SCIENCES 6 CFU - 50 hours 1st semester
- TRADITIONAL AND INNOVATIVE DOSAGE FORMS 12 CFU - 100 hours 1st semester
- TRAINEESHIP 12 CFU - 300 hours
- ANALYTICAL CHEMISTRY 3 CFU - 24 hours 1st semester
- BIOLOGY 3 CFU - 24 hours 1st semester
- ORGANIC CHEMISTRY 3 CFU - 24 hours 1st semester
To this rule, EU and non-EU students with a study title obtained abroad must include the course ITALIAN LANGUAGE FOR FOREIGN STUDENTS (3 credits) in their study plan.
To find out the exceptions that exempt you from including this teaching activity, consult the Didactic regulations, art. 8 paragraph 6.
- ITALIAN LANGUAGE FOR FOREIGN STUDENTS 3 CFU - 24 hours 2nd semester
- OTHER ACTIVITIES 3 CFU - 24 hours
- FINAL EXAM 30 CFU - 0 hours
- ADVANCED PHARMACOLOGY 6 CFU - 48 hours
- INDUSTRIALIZATION PROCESSES AND METHODOLOGIES 9 CFU - 72 hours
- NANOTECHNOLOGY - BASED MEDICINES 6 CFU - 48 hours
- ADVANCED BIOCHEMICAL APPROACHES FOR HIGH COMPLEXITY SAMPLES 3 CFU - 24 hours
- ADVANCED THERAPY MEDICINAL PRODUCTS (ATMPS) 3 CFU - 24 hours
- EXPERIMENTAL PHARMACOLOGY 3 CFU - 32 hours
- GENOMICS AND EPIGENOMICS IN MEDICAL AND PHARMACEUTICAL FIELDS 3 CFU - 24 hours
- SPECIFIC APPLICATIONS OF INORGANIC NANOMEDICINES 3 CFU - 24 hours
- SPECIFIC APPLICATIONS OF NANOMEDICINES 3 CFU - 24 hours
- TISSUE ENGINEERING 3 CFU - 24 hours
- ADVANCED BIOLOGY 6 CFU - 52 hours 2nd semester
- IMMUNOLOGY, BIOTECHNOLOGICAL DRUGS AND VACCINES 9 CFU - 72 hours 2nd semester
- PREFORMULATION AND PHARMACEUTICAL TECHNOLOGY 9 CFU - 84 hours 1st semester
- STATISTICS APPLIED TO PHARMACEUTICAL SCIENCES 6 CFU - 50 hours 1st semester
- TRADITIONAL AND INNOVATIVE DOSAGE FORMS 12 CFU - 100 hours 1st semester
- TRAINEESHIP 12 CFU - 300 hours
- ANALYTICAL CHEMISTRY 3 CFU - 24 hours 1st semester
- BIOLOGY 3 CFU - 24 hours 1st semester
- ORGANIC CHEMISTRY 3 CFU - 24 hours 1st semester
To this rule, EU and non-EU students with a study title obtained abroad must include the course ITALIAN LANGUAGE FOR FOREIGN STUDENTS (3 credits) in their study plan.
To find out the exceptions that exempt you from including this teaching activity, consult the Didactic regulations, art. 8 paragraph 6.
- ITALIAN LANGUAGE FOR FOREIGN STUDENTS 3 CFU - 24 hours 2nd semester
- OTHER ACTIVITIES 3 CFU - 24 hours
- FINAL EXAM 30 CFU - 0 hours
- BIOMATERIALS AND BIOCONJUGATES FOR TISSUE REPAIR AND REGENERATION 9 CFU - 72 hours
- INDUSTRIALIZATION AND REGULATION 6 CFU - 48 hours
- PHARMACOLOGICAL AND BIOMECHANICAL ASPECTS 6 CFU - 48 hours
- ADVANCED FORMULATION STRATEGIES IN REGENERATIVE MEDICINE 3 CFU - 24 hours
- ADVANCED THERAPY MEDICINAL PRODUCTS (ATMPS) 3 CFU - 24 hours
- ANALYTICAL METHODS FOR TISSUE REGENERATION 3 CFU - 24 hours
- CELLS BASED MODELS IN BIOPHARMACEUTICS 3 CFU - 24 hours
- EXPERIMENTAL PHARMACOLOGY 3 CFU - 32 hours
- SMALL MOLECULES IN TISSUE ENGINEERING 3 CFU - 24 hours