1035041 | CHEMICAL AND PHYSICAL BIOCHEMISTRY | 1st | 7 | FIS/07, ING-INF/07, MED/01, BIO/10 | ITA |
Educational objectives Upon completion of the course the student must know:
the main notions concerning descriptive statistics, the inferential statistics, the various models of epidemiological study, the criteria used to construct and validate a diagnostic test.
At the end of the course the student will have acquired skills that will allow him to be able to perform:
- setting up a scientific research
- define the problem under study
- identify the phenomenon that is the object of the study and measure it
- collect data relating to the phenomenon, catalog them, graphically represent them and synthesize them numerically
- know how to interpret the data relating to statistical significance
- to recognize the various models of epidemiological study
- to know how to evaluate the effectiveness of one treatment over another or to assess the causal link between a hypothetical disease and its risk factor
- know how to interpret the data obtained from scientific publications and try to adapt them and bring them back to their clinical reality according to the guidelines related to Evidence Based Medicine
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THREE-DIMENSIONAL MODELING | 1st | 2 | FIS/07 | ITA |
Educational objectives At the end of the course the student must must have basic knowledge for understanding physical phenomena which are considered within the subjects covered by the degree course.
At the end of the course the student will be able to:
-describe the main physical quantities and the corresponding units measuring;
-describe the principles and physical laws discussed in the course;
- apply the basic concepts acquired to the description of the functioning of some systems that make up the human body;
- understand the operating principles of the biomedical instrumentation.
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THREE-DIMENSIONAL MODELING | 1st | 1 | ING-INF/07 | ITA |
Educational objectives Upon completion of the course the student must know:
the main notions concerning descriptive statistics, the inferential statistics, the various models of epidemiological study, the criteria used to construct and validate a diagnostic test.
At the end of the course the student will have acquired skills that will allow him to be able to perform:
- setting up a scientific research
- define the problem under study
- identify the phenomenon that is the object of the study and measure it
- collect data relating to the phenomenon, catalog them, graphically represent them and synthesize them numerically
- know how to interpret the data relating to statistical significance
- to recognize the various models of epidemiological study
- to know how to evaluate the effectiveness of one treatment over another or to assess the causal link between a hypothetical disease and its risk factor
- know how to interpret the data obtained from scientific publications and try to adapt them and bring them back to their clinical reality according to the guidelines related to Evidence Based Medicine
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THREE-DIMENSIONAL MODELING | 1st | 2 | MED/01 | ITA |
Educational objectives Upon completion of the course the student must know:
the main notions concerning descriptive statistics, the inferential statistics, the various models of epidemiological study, the criteria used to construct and validate a diagnostic test.
At the end of the course the student will have acquired skills that will allow him to be able to perform:
- setting up a scientific research
- define the problem under study
- identify the phenomenon that is the object of the study and measure it
- collect data relating to the phenomenon, catalog them, graphically represent them and synthesize them numerically
- know how to interpret the data relating to statistical significance
- to recognize the various models of epidemiological study
- to know how to evaluate the effectiveness of one treatment over another or to assess the causal link between a hypothetical disease and its risk factor
- know how to interpret the data obtained from scientific publications and try to adapt them and bring them back to their clinical reality according to the guidelines related to Evidence Based Medicine
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THREE-DIMENSIONAL MODELING | 1st | 2 | BIO/10 | ITA |
Educational objectives At the end of the course the student must know the principles of general and organic chemistry and the bases of biochemistry preparatory to the study of biology, physiology and pathology.
At the end of the course the student must be able to understand the main chemical processes that take place in the organism.
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1036213 | MORPHOLOGICAL AND FUNCTIONAL BASIS OF HUMAN BODY | 1st | 6 | BIO/09, BIO/17, BIO/16 | ITA |
Educational objectives At the end of the course of teaching Human Physiology students must know the principles of general physiology such as homeostasis, transmembrane transport mechanisms, electrical and chemical transmembrane gradients, osmotic pressure, cell membrane excitability, synaptic transmission, muscle contraction, and the ability to describe the functioning of the cardiovascular, respiratory, renal, nervous, hormonal systems.
At the end of the course the students have to know how to make the connections between the functioning of the different systems studied, for example the respiratory and the cardiovascular systems, in order to describe the unity of such systems within the human body.
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THREE-DIMENSIONAL MODELING | 1st | 2 | BIO/09 | ITA |
Educational objectives At the end of the course of teaching Human Physiology students must know the principles of general physiology such as homeostasis, transmembrane transport mechanisms, electrical and chemical transmembrane gradients, osmotic pressure, cell membrane excitability, synaptic transmission, muscle contraction, and the ability to describe the functioning of the cardiovascular, respiratory, renal, nervous, hormonal systems.
At the end of the course the students have to know how to make the connections between the functioning of the different systems studied, for example the respiratory and the cardiovascular systems, in order to describe the unity of such systems within the human body.
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THREE-DIMENSIONAL MODELING | 1st | 1 | BIO/17 | ITA |
Educational objectives Upon completion of the course, the student must know the basics of the general human anatomy, as well as the physiological mechanisms that regulate the main functions of the organs and systems, with particular reference to the stomatognathic apparatus. The educational objective of the course is to provide a simplified teaching approach for an effective process of teaching and learning anatomy.
Upon completion of the course the student must be able to make comparisons from the point of view of the general morpho-functional organization of the various apparatuses and be able to describe the single organs, from the macroscopic, topographic, microscopic and functional point of view, using the correct terminology.
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THREE-DIMENSIONAL MODELING | 1st | 3 | BIO/16 | ITA |
Educational objectives Upon completion of the course, the student must know the basics of the general human anatomy, as well as the physiological mechanisms that regulate the main functions of the organs and systems, with particular reference to the stomatognathic apparatus. The educational objective of the course is to provide a simplified teaching approach for an effective process of teaching and learning anatomy.
Upon completion of the course the student must be able to make comparisons from the point of view of the general morpho-functional organization of the various apparatuses and be able to describe the single organs, from the macroscopic, topographic, microscopic and functional point of view, using the correct terminology.
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1035043 | CELLULAR AND MOLECULAR BASIS OF LIFE | 1st | 7 | BIO/13, MED/03, MED/04, MED/07, MED/07 | ITA |
Educational objectives At the end of the course the student must know morpho-functional and metabolic characteristics of the prokaryotic cell and eukaryotic, the fundamentals of the genetic code and of the regulation of gene expression, of the mechanisms of inheritance e the nature of gene mutation, aspects of genetic pathology and of development, of molecular and cell pathology and of environmental pathology; acquires knowledge of the fundamentals of neoplastic transformation and inflammation, of pathogenic microorganisms for humans, of relationships between host and pathogenic organisms; the main techniques of classical microbiology and the general principles of immunology.
At the end of the course the student must demonstrate that he has acquired the critical skills and tools necessary to understand the evolutionary approach to biological phenomena; must be able to distinguish the main genetic diseases; be able to distinguish genetic and developmental pathologies, molecular, cellular, environmental, neoplastic and inflammatory pathologies; be able to recognize the morphological, structural and genetic characteristics of microorganisms and their pathogenicity, to understand the mechanisms of action of the main antibacterial and antiviral drugs and be able to distinguish the prevention tools such as vaccines.
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THREE-DIMENSIONAL MODELING | 1st | 2 | BIO/13 | ITA |
Educational objectives At the end of the course the student must know the structure of the eukaryotic and prokaryotic cell and their morph-functional and metabolic characteristics.
At the end of the course the student must demonstrate that he has acquired the skills and critical tools necessary to understand the evolutionary approach to biological phenomena.
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THREE-DIMENSIONAL MODELING | 1st | 1 | MED/03 | ITA |
Educational objectives At the end of the course the student must know morpho-functional and metabolic characteristics of the prokaryotic cell and eukaryotic, the fundamentals of the genetic code and of the regulation of gene expression, of the mechanisms of inheritance e the nature of gene mutation, aspects of genetic pathology and of development, of molecular and cell pathology and of environmental pathology; acquires knowledge of the fundamentals of neoplastic transformation and inflammation, of pathogenic microorganisms for humans, of relationships between host and pathogenic organisms; the main techniques of classical microbiology and the general principles of immunology.
At the end of the course the student must demonstrate that he has acquired the critical skills and tools necessary to understand the evolutionary approach to biological phenomena; must be able to distinguish the main genetic diseases; be able to distinguish genetic and developmental pathologies, molecular, cellular, environmental, neoplastic and inflammatory pathologies; be able to recognize the morphological, structural and genetic characteristics of microorganisms and their pathogenicity, to understand the mechanisms of action of the main antibacterial and antiviral drugs and be able to distinguish the prevention tools such as vaccines.
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THREE-DIMENSIONAL MODELING | 1st | 2 | MED/04 | ITA |
Educational objectives At the end of the course the student must acquire the knowledge of the biological defense mechanisms of the immune system, and vaccination prevention; of the etiological bases and of the pathogenetic mechanisms of the principal pathologies of man, especially of the oral cavity, of inflammatory pathologies and tumors.
At the end of the course the student must be able to distinguish genetic and developmental pathologies, molecular, cellular, environmental, neoplastic and inflammatory pathologies.
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THREE-DIMENSIONAL MODELING | 1st | 2 | MED/07, MED/07 | ITA |
Educational objectives At the end of the course the student must know the basic notions of Clinical and general Microbiology and of the special one of the oral cavity; the main techniques of classical microbiology and the general principles of immunology.
At the end of the course the student must be able to recognize the morphological, structural and genetic characteristics of microorganisms (bacteria, viruses and fungi), the pathogenic factors of microorganisms and the possible interactions between microorganism and host. Furthermore he must know how to apply the general principles of disinfection and sterilization; recognize the mechanisms of action of the main antibacterial and antiviral drugs and be able to distinguish prevention tools such as vaccines.
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1036423 | ETHIOPATHOGENESIS OF DISEASES | 2nd | 6 | MED/08, MED/28 | ITA |
Educational objectives At the end of the course the student must acquire the basic knowledge of the issues that have a greater interest in the dental field and the etiopathogenetic knowledge of diseases of the human body, deepening the knowledge of pathological anatomy with particular reference to the oral cavity. At the end of the course the student must have acquired the basic knowledge in the field of pathophysiology and clinical odontolostomatological diseases in pediatric and adult, the basic notions of epidemiology, diagnosis, prevention and therapy of dental caries, pulpopathies, apical periodontitis and abscess and perimascellar and perimandibular phlegmons; must also know the principles of diagnosis and therapy of periodontal disease, the basics of epidemiology, the diagnosis and surgical treatment of the growth of the jaws, oral precancerosis, oral cavity tumors, salivary gland pathology and pathology of the temporomandibular joint.
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THREE-DIMENSIONAL MODELING | 2nd | 1 | MED/08 | ITA |
Educational objectives At the end of the course the student must acquire the basic knowledge of the issues that have a greater interest in the dental field and the etiopathogenetic knowledge of diseases of the human body, deepening the knowledge of pathology with particular focus to oral cavity.
At the end of the course the student must know how to recognize the most frequent macroscopic and microscopic aspects of oral diseases.
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THREE-DIMENSIONAL MODELING | 2nd | 3 | MED/28 | ITA |
Educational objectives At the end of the course the student must acquire the basic knowledge of the issues that have a greater interest in the dental field and the etiopathogenetic knowledge of diseases of the human body, deepening the knowledge of pathological anatomy with particular reference to the oral cavity. At the end of the course the student must have acquired the basic knowledge in the field of pathophysiology and clinical odontolostomatological diseases in pediatric and adult, the basic notions of epidemiology, diagnosis, prevention and therapy of dental caries, pulpopathies, apical periodontitis and abscess and perimascellar and perimandibular phlegmons; must also know the principles of diagnosis and therapy of periodontal disease, the basics of epidemiology, the diagnosis and surgical treatment of the growth of the jaws, oral precancerosis, oral cavity tumors, salivary gland pathology and pathology of the temporomandibular joint.
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THREE-DIMENSIONAL MODELING | 2nd | 2 | MED/28 | ITA |
Educational objectives Upon completion of the course the student must know the general semeiotic techniques (anamnesis, general purpose examination, complementary examinations) and specialist (extraoral and intraoral objective examination, instrumental surveys, laboratory surveys) and the Physical semiotics comprising the superficial regions of the face, the superficial regions of the neck and the oral cavity.
Upon completion of the course the student must be able to make a complete oral visit: Medical and dental history, extra-oral examination, diagnostic indexes (periodontal, conservative, orthodontic..), and to be able to interpret the Radiographic documentation in order to know how to classify the clinical signs and symptoms of the main oral pathologies and higher epidemiological index.
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1036424 | DENTAL HYGIENE SCIENCES I | 2nd | 6 | MED/50, MED/28 | ITA |
Educational objectives At the end of the course of SCIENZE DELL'IGIENE DENTALE I students must have the theoretical knowledge to develop a preventive plan focused on knowledge of the dento-periodontal health characteristics related to a proper home and professional oral hygiene maintenance and prevention, with particular attention to materials and techniques.
The student will be able to distinguish the characteristics of health and disease conditions and risk of adult and pediatric patients. In addition, at the end of the course students must have the practical skills of correctly communicate with the patient aimed at dento-periodontal health motivation, health Promotion in the field of Nutrition, oral hygiene, regular checkups, fluoride.
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THREE-DIMENSIONAL MODELING | 2nd | 2 | MED/50 | ITA |
Educational objectives Upon completion of the course the student must know the information related to the instruments and techniques for professional oral hygiene (probes, curettes and sharpening, scalers, polishing of dental elements) and ergonomics of the dental unit with work positions.
Upon completion of the course, the student must be able to provide education on the various methods of oral hygiene and on the use of diagnostic means suitable for highlighting bacterial plaque and dental patina, motivating the need for periodic clinical checks.
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THREE-DIMENSIONAL MODELING | 2nd | 2 | MED/28 | ITA |
Educational objectives The course aims to provide knowledge of basic periodontology, deepening the issues related to anatomy, pathophysiology and periodontal diagnostics. At the end of the course the student must know the anatomy of the periodontium, the etiology of the periodontal disease and the modifiable and non-modifiable risk factors involved in its etiopathogenesis. The student must demonstrate knowledge of the general principles of the diagnosis of periodontal disease and the clinical signs of recognition of the disease. The student must also know the microbiology of the oral cavity and the processes of bacterial plaque formation; must know and be able to compile a periodontal folder. At the end of the course, the student must be able to recognize and interpret the signs of the gingival pathology, intercept the possible modifiable and non-modifiable risk factors, and set up a correct treatment plan.
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THREE-DIMENSIONAL MODELING | 2nd | 2 | MED/50 | ITA |
Educational objectives The course aims to provide knowledge of basic periodontology, deepening the issues related to anatomy, pathophysiology and periodontal diagnostics. At the end of the course the student must know the anatomy of the periodontium, the etiology of the periodontal disease and the modifiable and non-modifiable risk factors involved in its etiopathogenesis. The student must demonstrate knowledge of the general principles of the diagnosis of periodontal disease and the clinical signs of recognition of the disease. The student must also know the microbiology of the oral cavity and the processes of bacterial plaque formation; must know and be able to compile a periodontal folder. At the end of the course, the student must be able to recognize and interpret the signs of the gingival pathology, intercept the possible modifiable and non-modifiable risk factors, and set up a correct treatment plan.
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AAF1186 | FOREIGN LANGUAGES SKILLS | 2nd | 4 | ITA |
Educational objectives At the end of the course the student has to know the basic medical-scientific terminology in English in order to recognize and apply this basis to the critical reading of a medical-scientific text and to manage a patient.
At the endof the course the student must be able to read, translate and interpret a scientific text and be able to approach and manage a patient in English language.
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1035531 | DENTAL HYGIENE INTERNSHIP I | 2nd | 15 | MED/50 | ITA |
Educational objectives Upon completion of the course the student must know the information related to the instruments and techniques for professional oral hygiene (probes, curettes and sharpening, scalers, polishing of dental elements) and ergonomics of the dental unit with work positions.
At the completion of the course the student must know how to provide education on the various methods of oral hygiene and on the use of diagnostic tools suitable for highlighting bacterial plaque and dental patina motivating the need for periodic clinical checks.
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