Info 2024/2025 Degree type MASTER'S DEGREE Duration 2 years CFU 120 Class LM-6 BIOLOGY Access Free access Locations GENOVA Language Italian Teaching mode In-person Head of programme STEFANO VANIN Department DIPARTIMENTO DI SCIENZE DELLA TERRA, DELL'AMBIENTE E DELLA VITA Taxes and fees From 0 to 3,000 a year. Find out if you qualify for grants ed exemptions Student exchange International destinations and partners Contacts Read more here Orari delle lezioni EasyAcademy Documents Manifesto degli studi 2024/2025 Didattica programmata 2024/2025 Regolamento 2024/2025 Monitoraggio Information about this Course for previous years is available here BIOLOGIA MOLECOLARE E SANITARIA 9015 Previous years Info
News Call for applications for participation in the Italian Erasmus programme with the University of Naples Parthenope and for study grants - academic year 2024/25
Attenzione! Questo corso di laurea è ad accesso libero, ma prevede il superamento di una verifica. Leggi attentamente le pagine Requisiti di accesso e modalità di iscrizione e Verifica della preparazione personale.
The course in brief Presentation Thanks to an interdisciplinary training strategy, graduates in Applied and Experimental Biology can provide scientifically and professionally comprehensive answers to a wide range of biological problems through the use of modern laboratory techniques and methods of analysing and interpreting results. The course comprises three curricula: biosanitary, foods and nutrition, forensic, with training courses geared towards the specific fields of activity. Learning by doing The course provides a solid theoretical and practical preparation, the latter achieved through advanced teaching labs, characterised by the active participation of students in exercises based on real cases and problems. Seminar activities, held both by course lecturers and by Italian and foreign scholars and professionals, managers and laboratory directors, are planned to deepen and broaden the topics studied, both applicable to the world of research and to that of the profession. Professional outlets Graduates are able to work in basic research laboratories as well as in the health, food and forensic sectors, possessing in-depth knowledge of instrumental methodology, analytical instruments and data acquisition, analysis and interpretation techniques. For example: pharmaceutical industry research activities, food safety laboratory activities, expert activities for toxicological assessments and biological tissue identification. Did you know that. Our MSc course has three curricula that correspond to three areas in which the Biologist can carry out relevant professional activities: Biosanitary, Food and Nutrition, and Forensics. At the end of the course, regardless of which curriculum you follow, you will be able, after passing the state exam, to register with the Order of Biologists (ONB). The biomedical and biomolecular disciplines are studied in depth in the 'Biosanitary' curriculum and provide the opportunity to acquire the most modern techniques used in biomedical research and clinical analysis laboratories. The 'Food and Nutrition' curriculum deepens the disciplines related to the characteristics of food, the mechanisms of nutrition and the prevention of related diseases, and those related to food safety. The 'Forensics' curriculum addresses various topics in biology that can be applied in a law enforcement context. This fascinating field utilises knowledge, techniques and investigative tools that relate to crimes against people, wildlife, the environment as well as fraud and trafficking. Each year you will participate in activities more related to the world of work with workshops, seminars, and practical activities held by academics and professionals in the various fields of biology characteristic of this course of study. Contents An integrated view of biological processes: from cells to organisms, through the tools of experimental research, for the improvement of health and society. The BSc in Applied and Experimental Biology will provide you with a high degree of mastery of the scientific method of investigation, making you capable of working with broad autonomy and taking responsibility for projects and structures. Through significant experimental activity in the laboratory, you will have the opportunity to acquire the cultural tools and critical analysis skills necessary not only for carrying out research activities but also for the application of knowledge in the various contexts of life and society in which we live. In particular, the training you will receive will enable you to work, with specific skills, in activities of promotion, development and management of scientific innovation in the fields of biomedical disciplines, industry, public and private healthcare, at scientific research organisations and foundations, also in accordance with current regulations. Three curricula to choose from The Bachelor's degree course in Applied and Experimental Biology offers three curricula: Biosanitary, Foods and Nutrition and Forensic. The "Biosanitary" curriculum provides for the acquisition of advanced scientific knowledge of the pathogenetic mechanisms underlying the main human diseases as well as the application of the main diagnostic methodologies, aimed at developing a critical view of science that also enables the design and development of research projects. This is achieved through characterising activities in the fields of anatomy, physiology, medical biotechnology, human genetics, physiopathology and laboratory medicine. In the first year you will study: Statistics Human anatomy Molecular Microbiology Biotechnology and Molecular Genetics: Biomedical Biotechnology and Human Molecular Genetics Cell and Developmental Biology Human Physiology Special Pharmacology In the second year you will cover the following subjects: Hygiene Laboratory Medicine: clinical biochemistry and clinical pathology Pathology and Pathophysiology The "Food and Nutrition" curriculum provides for the acquisition of advanced scientific training in the cellular, molecular, and biochemistry of food, the mechanisms of nutrition, and the prevention of related diseases. This training is obtained through characterising activities in the fields of nutrition, biomolecular, biomedical, in the fields of applied biology in the areas of food toxicology and food science and technology. In the first year you will study: Statistics Food Chemistry Molecular Microbiology Biochemistry of Nutrition Human Physiology and Nutrition Food Biotechnology Food Toxicology Nutrition Hygiene In the second year you will cover the following subjects: Instrumental analysis Food Hygiene and Safety Pathology and Pathophysiology Food Safety Management Systems Food Analysis and Legislation The Forensic curriculum provides for the acquisition of advanced skills in the field of human, animal and plant biology, focused on application in forensic contexts such as violent crimes against humans and animals, fraud, illegal species trade and crimes against natural heritage and the environment. In particular, human biology skills will be obtained through characterising activities in the areas of genetics, anatomy, anthropology, toxicology and histology, and environmental skills through microbiology, botany, mycology and zoology. In the first year you will study: Statistics Human anatomy Molecular Microbiology Forensic Anthropology Forensic Genetics Human Physiology Toxicology Forensic Cytology and Histology In the second year you will cover the following subjects: Instrumental analysis Forensic Epidemiology Forensic Pathology Botany and Forensic Mycology Entomology and Forensic Zooology Coordinator Image Welcome to the new degree course in Applied and Experimental Biology! The aim of this degree is to train the "Biologist of the Present and the Future" who is able to face, with theoretical knowledge and practical experience, the challenges that our time poses to the profession of biologist, in scientific research and its application. The events of recent years have highlighted: 1. how important it is to understand the biology, transmission modes and pathogenetic mechanisms of diseases in order to prevent their spread or to develop effective therapies; 2. how proper nutrition and food quality are crucial to maintaining health and preventing disease; 3. how the contribution of biological knowledge plays a key role in the resolution of important legal cases. Stefano Vanin Where we are The course takes place mainly at: Department of Earth, Environmental and Life Sciences - DISTAV Corso Europa 26 16132 Genoawww.distav.unige.it Some lessons and/or workshops take place at: Department of Physics - DIFI Via Dodecaneso 33 16146 Genovawww.difi.unige.it Department of Health Sciences - DISSAL Via Pastore 1 16132 Genovawww.dissal.unige.it Read more Student Desk School of Science MFNsportello@scienze.unige.it Student secretariat School of Sciences MFNstudenti.scienze@unige.it