This professionalizing laboratory is associated with the 2nd year class of Technical science of biomedical laboratory. At the end of the class, the student will acquire knowledge on theory and practice of the following techniques: Cytogenetics and Molecular Cytogenetics, Methodologies of Enzymatic Measurements and Flow Cytometry that are used to determine the diagnosis and the prognosis of genetic and immunologic diseases (Chromosome diseases, paediatric immune-deficiencies, auto-inflammatory diseases, storage diseases like Amyloidosis).
Expected learning outcomes
Following the associated class of the 2nd year, this professionalizing laboratory class aims to show to the students the practice of the above-mentioned technologies together with the associated experimental approaches normally performed in a Research Biomedical Laboratory. In this context, the student will learn what are the duties of the so-called "Laboratory Manager" in all organization and practical steps required to perform these work methodologies.
Lesson period: Second semester
(In case of multiple editions, please check the period, as it may vary)
Methodologies for the diagnosis of genetic diseases due to number or structure (balanced and imbalanced) chromosomal anomalies, of genetic diseases with immune phenotypes (primary immune-deficiencies, auto-inflammatory diseases, and storage diseases like amyloidosis). This program will be performed in 3 different modules: 1) Cytogenetics Main techniques of classical and molecular cytogenetics and applications: techniques of chromosomal preparations, banding techniques. Fluorescent in situ hybridization (FISH). Array-CGH analysis. 2) Enzymatic Arrays Main approaches to measure circulating enzymes indicating organ damage or failures 3) Flow Cytometry Principles of glow cytometry, clinical applications, and main methodologies of analysis both conventional and of last generation.
Each one of these 3 modules will be performed with both frontal and practical lessons.
Prerequisites for admission
Basic Knowledge of Genetics, Immunology and Translational Medicine for the Biomedical Laboratory Technician.
The course is divided into a series of lectures with slide shows in Power Point. All lecture slides are uploaded to the Ariel website of the University of Milan
Materiale didattico viene messo a disposizione sulla piattaforma Ariel dll'Universit' degli Studi di Milano. Principi di citogenetica di Mandrioli.
Assessment methods and Criteria
The assessment of learning takes place through a written test lasting 60 minutes. The test is based on quizzes with multiple choice and open-ended questions distributed among the 3 different modules. The exam is considered successfully completed (Idoneità) if the student has acquired a minimum score of 18/30 in each one of the 3 odues of the course.