Learning objectives
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Prerequisites
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Course unit content
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Full programme
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Bibliography
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Teaching methods
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Assessment methods and criteria
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
Other information
see lectures:
Diagnosis of TSE in animals;
Technique in cytodiagnostic; Biotecnologies applied to Clinical Pathology;
Technique of molecular biology applied to diagnostic in genetic disorders;
Technique of histopathology
2030 agenda goals for sustainable development
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