Molecular and medical biotechnology — Università degli Studi di Verona, Verona

Il piano degli esami

1° anno

• Molecular and cell pathology — 6 CFU
• Molecular mechanisms of disease — 6 CFU
• Three courses among the following (scegli 18 CFU): Microbial biotechnology 6 CFU; Emerging infective diseases 6 CFU; Protein misfolding & human diseases 6 CFU; Human genome sequencing and interpretation 6 CFU; Computational genomics 6 CFU; Cell signaling in health and disease 6 CFU
• One courses among the following (scegli 6 CFU): Clinical molecular biology 6 CFU; Medical genetics and pharmacogenomics 6 CFU; Molecular oncology 6 CFU

2° anno

• Activities to be chosen by the student 12 CFU (scegli 1 CFU):
• Final exam — 40 CFU
• Training — 2 CFU

In qualsiasi anno

• Two courses among the following (a scelta): Biotechnology in neuroscience 6 CFU; Clinical proteomics 6 CFU; Genetic counselling and experimental approaches in hereditary disorders 6 CFU; Radiation physics and radiochemistry for nuclear medicine and pharmaceutical applications 6 CFU; Molecular farming 6 CFU; Toxicology and applied pharmacology 6 CFU; Systems biology 6 CFU
• Activities to be chosen by the student 12 CFU (scegli 12 CFU): Molecular farming 6 CFU; Toxicology and applied pharmacology 6 CFU; Systems biology 6 CFU; Biotechnology in neuroscience 6 CFU; Clinical proteomics 6 CFU; Forensic and analytical toxicology 6 CFU; Chemistry at the interface of biology: approaches for biomolecular characterization 6 CFU; Genetic counselling and experimental approaches in hereditary disorders 6 CFU; Radiation physics and radiochemistry for nuclear medicine and pharmaceutical applications 6 CFU
• One courses among the following (a scelta): Molecular pharmacology 6 CFU; Stem cells biology 6 CFU; Experimental models in biomedical research 6 CFU; Forensic and analytical toxicology 6 CFU
• Two courses among the following (a scelta): Computational biology 6 CFU; Functional proteomics 6 CFU; Supramolecular chemistry of biological systems 6 CFU; Chemistry at the interface of biology: approaches for biomolecular characterization 6 CFU