Massimo AMATO | C.I. DENTAL MATERIALS AND DENTAL AND LABORATORY TECHNOLOGIES

cod. 1060200016

C.I. DENTAL MATERIALS AND DENTAL AND LABORATORY TECHNOLOGIES

	1060200016
	DEPARTMENT OF MEDICINE, SURGERY AND DENTISTRY "SALERNITANA MEDICAL SCHOOL"
	EQF7
	DENTISTRY
	2024/2025

PERCORSO COMUNE

	OBBLIGATORIO
	YEAR OF COURSE 3
	YEAR OF DIDACTIC SYSTEM 2023
	AUTUMN SEMESTER

TEACHING UNITS

	SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
1	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. MATERIALI DENTARI
	MED/28	2	22	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS
2	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. BIOMECCANICA
	ING-INF/06	1	11	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS
3	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. ODONTOIATRIA CONSERVATIVA
	MED/28	2	22	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS
4	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. TECNOLOGIE PROTESICHE E DI LABORATORIO
	MED/28	3	33	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS
5	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. MATERIALI DENTARI AFP
	MED/28	1	21	INTERNAL STAGE	VARIOUS EDUCATIONAL ACTIVITIES
6	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. ODONTOIATRIA CONSERVATIVA AFP
	MED/28	2	42	INTERNAL STAGE	VARIOUS EDUCATIONAL ACTIVITIES
7	C.I. MATERIALI DENTARI E TECNOLOGIE ODONTOSTOMATOLOGICHE E DI LABORATORIO - MOD. TECNOLOGIE PROTESICHE E DI LABORATORIO AFP
	MED/28	2	42	INTERNAL STAGE	VARIOUS EDUCATIONAL ACTIVITIES

PROFESSORS

	MASSIMO AMATO2 T Curriculum
	MASSIMO PISANO1 Curriculum
	ROBERTO GUGLIELMO CITARELLA4 Curriculum
	GIOVANNA DELLA PORTA762 Curriculum
	MARIO CAGGIANO3 Curriculum
	-6

	Objectives
	THE INTEGRATED COURSE OF "DENTAL MATERIALS AND ODONTOSTOMATOLOGICAL AND LABORATORY TECHNOLOGIES" IS STRUCTURED IN FOUR INTEGRATED MODULES TO PROVIDE STUDENTS WITH A CRITICAL KNOWLEDGE OF THE PHYSICAL, TECHNOLOGICAL AND APPLICATION FUNDAMENTALS NECESSARY TO UNDERSTAND THE ROLE OF THE MATERIALS AND THE BEHAVIOR MAIN DENTAL TECHNOLOGIES BASED ON THEM, BOTH IN A CLINICAL AND LABORATORY CONTEXT. AT THE END OF THE COURSE THE STUDENT WILL HAVE ACQUIRED: KNOWLEDGE OF THE FUNDAMENTAL PRINCIPLES OF BIOMECHANICS AND OF THE PROBLEMS INHERENT TO THE STRUCTURE OF MATTER AND THE PRINCIPLES THAT REGULATE ITS PHYSICAL TRANSFORMATIONS. KNOWLEDGE OF THE CLINICAL-PROSTHETIC AND LABORATORY MATERIALS AND TECHNOLOGIES CONNECTED TO THE PROCEDURES FOR THE DESIGN, REALIZATION AND APPLICATION OF FIXED, REMOVABLE, IMPLANT PROSTHETIC DEVICES, MADE WITH DIRECT AND INDIRECT METHODS, AND FINALIZED TO THE PROHYLASSISATION. KNOWLEDGE OF THE DIFFERENT PRODUCT CATEGORIES, INCLUDING THOSE OF PRODUCTS AIMED AT PREVENTION AND ORAL HYGIENE, IN THEIR CLASSIFICATIONS, PHYSICAL, CHEMICAL, BIOLOGICAL AND POSSIBLY AESTHETIC CHARACTERISTICS. KNOWLEDGE OF THE MECHANISMS UNDERLYING THEIR RATIONAL MANIPULATION, THE OPTIMAL METHODS OF THEIR STORAGE AND THE IMPORTANCE OF THEIR CORRESPONDENCE TO INTERNATIONAL STANDARDS AND DIRECTIVES FOR MEDICAL DEVICES ABILITY TO SUPPORT CONVERSATIONS ON TOPICS RELATING TO THE FUNDAMENTAL ASPECTS OF THE DISCIPLINE BY MAKING USE OF AN APPROPRIATE SCIENTIFIC TERMINOLOGY, AND TO THE TOOLS OF MATHEMATICAL AND GRAPHICAL REPRESENTATION OF THE MAIN PHENOMENA DESCRIBED.

THE INTEGRATED COURSE OF "DENTAL MATERIALS AND ODONTOSTOMATOLOGICAL AND LABORATORY TECHNOLOGIES" IS STRUCTURED IN FOUR INTEGRATED MODULES TO PROVIDE STUDENTS WITH A CRITICAL KNOWLEDGE OF THE PHYSICAL, TECHNOLOGICAL AND APPLICATION FUNDAMENTALS NECESSARY TO UNDERSTAND THE ROLE OF THE MATERIALS AND THE BEHAVIOR MAIN DENTAL TECHNOLOGIES BASED ON THEM, BOTH IN A CLINICAL AND LABORATORY CONTEXT.
AT THE END OF THE COURSE THE STUDENT WILL HAVE ACQUIRED:
KNOWLEDGE OF THE FUNDAMENTAL PRINCIPLES OF BIOMECHANICS AND OF THE PROBLEMS INHERENT TO THE STRUCTURE OF MATTER AND THE PRINCIPLES THAT REGULATE ITS PHYSICAL TRANSFORMATIONS.
KNOWLEDGE OF THE CLINICAL-PROSTHETIC AND LABORATORY MATERIALS AND TECHNOLOGIES CONNECTED TO THE PROCEDURES FOR THE DESIGN, REALIZATION AND APPLICATION OF FIXED, REMOVABLE, IMPLANT PROSTHETIC DEVICES, MADE WITH DIRECT AND INDIRECT METHODS, AND FINALIZED TO THE PROHYLASSISATION.
KNOWLEDGE OF THE DIFFERENT PRODUCT CATEGORIES, INCLUDING THOSE OF PRODUCTS AIMED AT PREVENTION AND ORAL HYGIENE, IN THEIR CLASSIFICATIONS, PHYSICAL, CHEMICAL, BIOLOGICAL AND POSSIBLY AESTHETIC CHARACTERISTICS.
KNOWLEDGE OF THE MECHANISMS UNDERLYING THEIR RATIONAL MANIPULATION, THE OPTIMAL METHODS OF THEIR STORAGE AND THE IMPORTANCE OF THEIR CORRESPONDENCE TO INTERNATIONAL STANDARDS AND DIRECTIVES FOR MEDICAL DEVICES
ABILITY TO SUPPORT CONVERSATIONS ON TOPICS RELATING TO THE FUNDAMENTAL ASPECTS OF THE DISCIPLINE BY MAKING USE OF AN APPROPRIATE SCIENTIFIC TERMINOLOGY, AND TO THE TOOLS OF MATHEMATICAL AND GRAPHICAL REPRESENTATION OF THE MAIN PHENOMENA DESCRIBED.

	Prerequisites
	PROPEDEUTICITY AND BARRINGS AS PER ART. 11 OF THE PUBLISHED EDUCATIONAL REGULATION

	Contents
	THE INTEGRATED COURSE OF DENTAL MATERIALS AND ODONTOSTOMATOLOGICAL TECHNOLOGIES IS ARTICULATED IN 4 LESSON MODULES AND 3 PRACTICAL ACTIVITY MODULES (AFP. HOURS), PROSTHETIC AND LABORATORY TECHNOLOGIES (3 CFU = 33 HOURS), BIOMECHANICS (1 CFU = 11 HOURS), AFP - MOD. DENTAL MATERIALS (1 CFU = 21 HOURS), AFP - MOD. CONSERVATIVE DENTISTRY (2 CFU = 42 HOURS), AFP - MOD. PROSTHETIC AND LABORATORY TECHNOLOGIES (2 CFU = 42 HOURS). MOD. BIOMECHANICS (1 CFU = 11 HOURS): DEGREES OF FREEDOM, CONSTRAINTS, FORCES AND MOMENTS, DISPLACEMENTS, TENSIONS AND DEFORMATIONS. TYPES OF STRESS: TRACTION, COMPRESSION, CUT, TORSION, BENDING. LEVERS. STATICALLY DETERMINED SYSTEMS. JOINT STRESSES. MECHANICAL CHARACTERISTICS OF A MATERIAL. GENERAL PRINCIPLES OF CALCULATION OF STRUCTURAL ELEMENTS. EXPERIMENTAL AND NUMERICAL METHODS OF ANALYSIS OF TENSIONS AND DEFORMATIONS. BIOMECHANICS OF BONE AND ITS REMODELING. MOD. DENTAL MATERIALS (2 CFU = 22 HOURS, 1 THEORETICAL-PRACTICAL CFU = 21 HOURS): DENTAL MATERIALS IN ORTHOGNATODONTICS, EFFECTS OF ETCHING ON INTEGRAL ENAMEL AND MICRO- AND MACROSCOPIC ANALYSIS OF THE SURFACE, PROBLEMS OF ORTHOGNATODONTICS AND ULTRASTRUCTURAL OF THE SINGLE AND TWO-COMPONENT ORTHODONTIC ADHESIVES, THE ORTHODONTIC BRACKETS IN CERAMIC, METAL AND POLYCARBONATE, FACTORS THAT INFLUENCE THE ENAMEL-COMPOSITE-BRACKETT INTERFACE BOND, RELEASE FORCES OF THE ORTHODONTIC BRACKETS, TACTICAL BRACKETS. ORTHODONTIC WIRES: EVOLUTIONS OF PHYSICAL-MECHANICAL-THERMAL CHARACTERISTICS AND CLINICAL USE. ORTHODONTIC BANDS. PROBLEMS OF THE RECONDITIONING OF ORTHODONTIC BRACKETS, WIRES AND BANDS. DENTAL MATERIALS IN PERIODONTAL AND IMPLANTOLOGY, HINTS OF PERIODONTAL ANATOMY, HINTS OF ETHIOPATHOGENESIS OF PERIODONTAL DISEASE. RESORBABLE MEMBRANES: STRUCTURE AND FUNCTION. NON-RESORBABLE MEMBRANES: STRUCTURE AND FUNCTION. AUTOLOGOUS, HETEROLOGICAL, ALLOPLASTIC FILLING MATERIALS IN PERIODONTICS AND IMPLANTOLOGY. AMELOGENINE IN PERIODONTAL THERAPY, TITANIUM IN IMPLANTOLOGY, NEEDLES AND THREADS FOR SUTURE, HEMOSTATICS. MOD. CONSERVATIVE DENTISTRY (2 CFU = 22 HOURS, 2 THEORETICAL-PRACTICAL CFU = 42 HOURS): AMALGAM, COMPOSITES / ADHESIVE SYSTEMS, CLASS I FOR COMPOSITE RESTORATION, CLASS II FOR COMPOSITE RESTORATION, CLASS III AND IV FOR RESTORATION IN COMPOSITE, CLASS V FOR RESTORATION IN COMPOSITE, COMPOMERS, DENTAL CEMENTS, GUTTAPERCA, GOLD FOR ORIFICATIONS, MATERIALS FOR POST-ENDODONTIC RESTORATION, USE OF ENDODONTIC POSTS, MATERIALS AND TECHNIQUES FOR WHITENING. CERAMIC VENEERS: TYPOLOGY, INDICATIONS, CONTRAINDICATIONS. DENTAL MATERIALS IN ODONTOSTOMATOLOGICAL PREVENTION: SYSTEMIC FLUORIDE, TOPICAL AND SEALANTS. MOD. LABORATORY PROSTHETIC TECHNOLOGIES (3 CFU = 33 HOURS, 2 THEORETICAL-PRACTICAL CFU = 42 HOURS): DENTAL MATERIALS IN PROSTHETICS IMPRESSION MATERIALS: CLASSIFICATION AND FUNDAMENTAL REQUIREMENTS. HYDROCOLLOIDS AND ELASTOMERS, IMPRESSION HOLDERS, DENTAL PLASTERS, SILICONES AND POLYESTERS, GOLD, PORCELAINS, SYNTHETIC RESINS, ALLOYS FOR SKELETONALS. CEMENTS FOR FIXING BRIDGES AND CROWNS.

Contents

THE INTEGRATED COURSE OF DENTAL MATERIALS AND ODONTOSTOMATOLOGICAL TECHNOLOGIES IS ARTICULATED IN 4 LESSON MODULES AND 3 PRACTICAL ACTIVITY MODULES (AFP. HOURS), PROSTHETIC AND LABORATORY TECHNOLOGIES (3 CFU = 33 HOURS), BIOMECHANICS (1 CFU = 11 HOURS), AFP - MOD. DENTAL MATERIALS (1 CFU = 21 HOURS), AFP - MOD. CONSERVATIVE DENTISTRY (2 CFU = 42 HOURS), AFP - MOD. PROSTHETIC AND LABORATORY TECHNOLOGIES (2 CFU = 42 HOURS).

MOD. BIOMECHANICS (1 CFU = 11 HOURS): DEGREES OF FREEDOM, CONSTRAINTS, FORCES AND MOMENTS, DISPLACEMENTS, TENSIONS AND DEFORMATIONS. TYPES OF STRESS: TRACTION, COMPRESSION, CUT, TORSION, BENDING. LEVERS. STATICALLY DETERMINED SYSTEMS. JOINT STRESSES. MECHANICAL CHARACTERISTICS OF A MATERIAL. GENERAL PRINCIPLES OF CALCULATION OF STRUCTURAL ELEMENTS. EXPERIMENTAL AND NUMERICAL METHODS OF ANALYSIS OF TENSIONS AND DEFORMATIONS. BIOMECHANICS OF BONE AND ITS REMODELING.

MOD. DENTAL MATERIALS (2 CFU = 22 HOURS, 1 THEORETICAL-PRACTICAL CFU = 21 HOURS): DENTAL MATERIALS IN ORTHOGNATODONTICS, EFFECTS OF ETCHING ON INTEGRAL ENAMEL AND MICRO- AND MACROSCOPIC ANALYSIS OF THE SURFACE, PROBLEMS OF ORTHOGNATODONTICS AND ULTRASTRUCTURAL OF THE SINGLE AND TWO-COMPONENT ORTHODONTIC ADHESIVES, THE ORTHODONTIC BRACKETS IN CERAMIC, METAL AND POLYCARBONATE, FACTORS THAT INFLUENCE THE ENAMEL-COMPOSITE-BRACKETT INTERFACE BOND, RELEASE FORCES OF THE ORTHODONTIC BRACKETS, TACTICAL BRACKETS. ORTHODONTIC WIRES: EVOLUTIONS OF PHYSICAL-MECHANICAL-THERMAL CHARACTERISTICS AND CLINICAL USE. ORTHODONTIC BANDS. PROBLEMS OF THE RECONDITIONING OF ORTHODONTIC BRACKETS, WIRES AND BANDS. DENTAL MATERIALS IN PERIODONTAL AND IMPLANTOLOGY, HINTS OF PERIODONTAL ANATOMY, HINTS OF ETHIOPATHOGENESIS OF PERIODONTAL DISEASE. RESORBABLE MEMBRANES: STRUCTURE AND FUNCTION. NON-RESORBABLE MEMBRANES: STRUCTURE AND FUNCTION. AUTOLOGOUS, HETEROLOGICAL, ALLOPLASTIC FILLING MATERIALS IN PERIODONTICS AND IMPLANTOLOGY. AMELOGENINE IN PERIODONTAL THERAPY, TITANIUM IN IMPLANTOLOGY, NEEDLES AND THREADS FOR SUTURE, HEMOSTATICS.

MOD. CONSERVATIVE DENTISTRY (2 CFU = 22 HOURS, 2 THEORETICAL-PRACTICAL CFU = 42 HOURS): AMALGAM, COMPOSITES / ADHESIVE SYSTEMS, CLASS I FOR COMPOSITE RESTORATION, CLASS II FOR COMPOSITE RESTORATION, CLASS III AND IV FOR RESTORATION IN COMPOSITE, CLASS V FOR RESTORATION IN COMPOSITE, COMPOMERS, DENTAL CEMENTS, GUTTAPERCA, GOLD FOR ORIFICATIONS, MATERIALS FOR POST-ENDODONTIC RESTORATION, USE OF ENDODONTIC POSTS, MATERIALS AND TECHNIQUES FOR WHITENING. CERAMIC VENEERS: TYPOLOGY, INDICATIONS, CONTRAINDICATIONS. DENTAL MATERIALS IN ODONTOSTOMATOLOGICAL PREVENTION: SYSTEMIC FLUORIDE, TOPICAL AND SEALANTS.

MOD. LABORATORY PROSTHETIC TECHNOLOGIES (3 CFU = 33 HOURS, 2 THEORETICAL-PRACTICAL CFU = 42 HOURS): DENTAL MATERIALS IN PROSTHETICS IMPRESSION MATERIALS: CLASSIFICATION AND FUNDAMENTAL REQUIREMENTS. HYDROCOLLOIDS AND ELASTOMERS, IMPRESSION HOLDERS, DENTAL PLASTERS, SILICONES AND POLYESTERS, GOLD, PORCELAINS, SYNTHETIC RESINS, ALLOYS FOR SKELETONALS. CEMENTS FOR FIXING BRIDGES AND CROWNS.

	Teaching Methods
	THE COURSE INCLUDES THEORETICAL LESSONS IN THE CLASSROOM WITH THE SUPPORT OF ELECTRONIC PRESENTATIONS AND THEORETICAL-PRACTICAL ACTIVITIES (INCLUDING LABORATORY). DURING THE HOURS OF THEORETICAL-PRACTICAL ACTIVITY THE STUDENT IS PROPOSED TO IMPLEMENT THE NECESSARY MANEUVERS FOR THE USE OF MORE GENERAL MATERIALS IN DENTAL PRACTICE. THE GENERAL METHOD OF SOLVING PROBLEMS PROPOSED CONSISTS IN UNDERSTANDING THE PROBLEM, PLANNING THE SOLUTION, AND FINALLY IN THE SOLUTION. THIS LAST PHASE PROMOTES THE HABIT OF ASSESSING THE REASONABILITY OF THE ANSWER AND VERIFYING CONSISTENCY WITH THE FUNDAMENTAL PRINCIPLES PRESENTED DURING THE THEORETICAL LESSONS. FRONTAL TEACHING ACTIVITIES AND EXERCISES WITH OBLIGATION TO ATTEND AS PER ART. 10 OF THE PUBLISHED EDUCATIONAL REGULATIONS.

Teaching Methods

THE COURSE INCLUDES THEORETICAL LESSONS IN THE CLASSROOM WITH THE SUPPORT OF ELECTRONIC PRESENTATIONS AND THEORETICAL-PRACTICAL ACTIVITIES (INCLUDING LABORATORY). DURING THE HOURS OF THEORETICAL-PRACTICAL ACTIVITY THE STUDENT IS PROPOSED TO IMPLEMENT THE NECESSARY MANEUVERS FOR THE USE OF MORE GENERAL MATERIALS IN DENTAL PRACTICE. THE GENERAL METHOD OF SOLVING PROBLEMS PROPOSED CONSISTS IN UNDERSTANDING THE PROBLEM, PLANNING THE SOLUTION, AND FINALLY IN THE SOLUTION. THIS LAST PHASE PROMOTES THE HABIT OF ASSESSING THE REASONABILITY OF THE ANSWER AND VERIFYING CONSISTENCY WITH THE FUNDAMENTAL PRINCIPLES PRESENTED DURING THE THEORETICAL LESSONS.
FRONTAL TEACHING ACTIVITIES AND EXERCISES WITH OBLIGATION TO ATTEND AS PER ART. 10 OF THE PUBLISHED EDUCATIONAL REGULATIONS.

	Verification of learning
	THE EXAM TEST IS AIMED AT ASSESSING THE STUDENT'S ABILITY TO HAVE LEARNED THE FUNDAMENTAL PRINCIPLES OF THE DIFFERENT DISCIPLINES. THE VOTE, EXPRESSED IN THIRTIES WITH POSSIBLE PRAISE, WILL DEPEND ON THE MATURITY ACQUIRED ON THE CONTENTS OF THE INTEGRATED COURSE. FOR THE PURPOSE OF AWARDING THE PRAISE, THE QUALITY OF THE EXHIBITION WILL BE TAKEN INTO ACCOUNT, IN TERMS OF THE USE OF APPROPRIATE SCIENTIFIC LANGUAGE AND THE PROVEN AUTONOMY OF JUDGMENT.

Verification of learning

THE EXAM TEST IS AIMED AT ASSESSING THE STUDENT'S ABILITY TO HAVE LEARNED THE FUNDAMENTAL PRINCIPLES OF THE DIFFERENT DISCIPLINES. THE VOTE, EXPRESSED IN THIRTIES WITH POSSIBLE PRAISE, WILL DEPEND ON THE MATURITY ACQUIRED ON THE CONTENTS OF THE INTEGRATED COURSE. FOR THE PURPOSE OF AWARDING THE PRAISE, THE QUALITY OF THE EXHIBITION WILL BE TAKEN INTO ACCOUNT, IN TERMS OF THE USE OF APPROPRIATE SCIENTIFIC LANGUAGE AND THE PROVEN AUTONOMY OF JUDGMENT.

	Texts
	COLLECTION OF NOTES AND SLIDES DISTRIBUTED BY THE TEACHERS. ODONTOIATRIA RESTAURATIVA ESTETICA. AIC AUTORI VARI. QUINTESSENCE PUBLISHING ITALIA, 2021. V. FEODOSSIEV. RESISTENZA DEI MATERIALI, EDITORI RIUNITI, ROMA 1977. P. BUCCI. COMPENDIO DI MATERIALI DENTARI, ED. FLORIO 2000. F. SIMIONATO. TECNOLOGIE DEI MATERIALI DENTARI, ED. PICCIN 1985. R. W. PHILLIPS, SKINNER. SCIENZA DEI MATERIALI DENTALI, ED. STARDUST 1991. J. LINDHE. PARODONTOLOGIA ED IMPLANTOLOGIA. ED. MARTINA 1999.

Texts

COLLECTION OF NOTES AND SLIDES DISTRIBUTED BY THE TEACHERS.
ODONTOIATRIA RESTAURATIVA ESTETICA. AIC AUTORI VARI. QUINTESSENCE PUBLISHING ITALIA, 2021.
V. FEODOSSIEV. RESISTENZA DEI MATERIALI, EDITORI RIUNITI, ROMA 1977.
P. BUCCI. COMPENDIO DI MATERIALI DENTARI, ED. FLORIO 2000.
F. SIMIONATO. TECNOLOGIE DEI MATERIALI DENTARI, ED. PICCIN 1985.
R. W. PHILLIPS, SKINNER. SCIENZA DEI MATERIALI DENTALI, ED. STARDUST 1991.
J. LINDHE. PARODONTOLOGIA ED IMPLANTOLOGIA. ED. MARTINA 1999.

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Massimo AMATO | C.I. DENTAL MATERIALS AND DENTAL AND LABORATORY TECHNOLOGIES