DENTAL SCIENCE MASTER - catedragmidental.uji.es · ECTS CREDITS / DENTAL SCIENCE MASTER / BASIC COURSES COURSES Anatomy of orofacial structures: a comprehensive approach Embryonic

DENTAL SCIENCEMASTER

ACADEMICS

Full program2018-2020

Master course conducted by:

Julio SuayCristina Martinez

Master Coordinator of practices ASIA & MIDDLE EAST PACIFIC & AFRICA:

Dr. Sibi Xavier

Master Coordinator of practices LATINOAMERICA:

Dr. Jaime Franco

Organization of the credits:

BASIC COURSES: 46 creditsARTICLES AND SEMINARS: 12 credits

SPECIFIC COURSES for each speciality: 18 creditsSPECIFIC PRACTICES: 30

MASTER THESIS: 20 credits.

DENTAL SCIENCE MASTER

BASIC COURSES


ECTS CREDITS / DENTAL SCIENCE MASTER / BASIC COURSES

COURSES

Anatomy of orofacialstructures: a comprehensive

approach

Embryonic development ofthe face and oral cavity

Oral Histology

Applied Physiology &Nutrition

Applied Oral Pathology

Osseointegration

Biomaterials

Biomechanics

Microbiology

New therapies forOsseointegration

Biochemistry

Bio-stadistics

Research Methodology

Genetics Growth andDevelopment

Diagnostics and therapyoptions for sleep apnoea

patients

ECTS

3

2

5

5

3

4,5

6

5

1,5

1,5

2

1,5

3

2

1

PROFESSORS

Francisco OluchaFrancisco Ros


Carmen CardaJavier Martin

Juan VicenteSánchez

María MuriachVictoria Valls

Enrique GarcíaSorribes

Eduardo Maté

Cristina MartínezIsabel GoñiJulio Suay

Jorge García CañadasJosé Gámez

Raúl IzquierdoLuis cabedo

Iliana RecaldeFrancisco Romero

Víctor RodaJosé Vicente García

Ana Piquer

Nuno Araujo Gómes

Ana Sánchez

Ana SánchezCristina Martínez

Julio SuayFrancisco Romero

Aurelio Gómez

Conrado Martínez

Mark Mc Enroe

ECTS/PROFESSOR

21

11

2,52,5

3

1,50,5

1,5

1,5

1,751

1,75

111111

21,51,5

1,5

1,5

11

0,51

3

2

1

POSITION

UJI PhD ProfessorUJI PhD Professor


UV ProfessorUV PhD professor

UJI Professor


PhD Professional

PhD UCM Professor

UJI PhD ProfessorEHU Professor

UJI PhD Professor

UJI PhD ProfessorUJI PhD ProfessorUJI PhD ProfessorUJI PhD Professor

UJI PhDUJI PhD

UJI PhD ProfessorUJI PhD ProfessorUJI PhD Professor

UJI PhD

UJI PhD Professor



UJI PhD Professor

UJI PhD Professor

Professional

DENTAL SCIENCEMASTER BASIC COURSES


ANATOMY OF OROFACIAL STRUCTURES: A COMPREHENSIVE APPROACH

PROFESSORS


UNIT 1. Introduction

1.1. Definitions. Oral Cavity.

UNIT 2. Dental anatomy

2.1. Functions of Teeth. Definitions.2.2. Tooth numbering systems2.3. Dentition. Permantent and Decidous.2.4. Fundamental and Preventative Curvatures2.5. Development of occlusion.2.6. Dental Anomalies2.7. Supporting Structures2.8. Root Morphology2.9. Incisors2.10. Canines2.11. Premolars2.12. Molars2.13. Decidous dentition2.14. Vascularity and innervation of maxilla and mandible2.15. Clinical considerations

UNIT 3. Head and neck anatomy

3.1. Osteology of the Skull3.2. Nose, Nasal Cavity, and Paranasal Sinuses3.3. Muscles of Mastication, Hyoid Muscles, and Sternocleidomastoid and Trapezius Muscles3.4. Temporomandibular Joint3.5. Muscles of Facial Expression3.6. Soft Palate and Pharynx3.7. Arterial Supply and Venous Drainage3.8. Salivary Glands3.9. Nervous System3.10. Lymphatics and Spread of Dental Infection


EMBRYONIC DEVELOPMENT OF THE FACE AND ORAL CAVITY

PROFESSORS


UNIT 1. General embryology

1.1. First week of development: Ovulation to implantation1.2. Second week of development: bilaminar germ disc1.3. Third week of development: Trilaminar germ disc1.4. Third to eight weeks: the embryonic period.

UNIT 2. Development of orofacial structures

2.1. Development of the face and neck2.2. Development of the palate2.3. Development of the jaws2.4. Development of the tongue and salivary glands2.5. Tooth development and eruption2.6. Amelogenesis2.7. Dentinogenesis2.8. Development of the dental pulp2.9. Development of the root and periodontal ligament2.10. Development of the dentitions


ORAL HISTOLOGY

PROFESSORS

Carmen CardaJavier Martin

UNIT 1. Histology essentials.

1.1. Tissue types, properties, components and locations.1.1.1. Covering and glandular epithelia1.1.2. Connective tissue1.1.3. Striated and smooth muscles1.1.4. Nervous tissue1.2. Bone tissue histology. Primary and secondary bone.1.3. Dental tissues.1.3.1. Pulp-dentin complex1.3.2. Enamel

UNIT 2. Periodontal tissues.

2.1. Supporting periodontal tissues.2.1.1. Cementum2.1.2. Periodontal ligament2.1.3. Alveolar bone2.2. Protection periodontal tissues.2.2.1. Attached gingiva2.2.2. Free gingiva2.2.3. Mucogingival junction

UNIT 3. Dental and periodontal tissue formation, renwing and ageing.

3.1. Dental implant osseointegration histology.3.2. Tissue engineering applied to dental and periodontal tissues regeneration.

UNIT 4. Examination of images from microscopy slides from basic and dental tissues and relatedstructures: oral mucosa, bone, dental and periodontal tissues, implant osseointegration.


APPLIED PHYSIOLOGY & NUTRITION

PROFESSORS

Juan Vicente SánchezMaría MuriachVictoria Valls

UNIT 1. Oral Physiology

1.1. Parts and general functions1.2. Secretion1.2.1. Composition of the glandular secretion1.2.2. Function of glandular secretion in the early phase of digestion1.2.3. Regulation of secretion1.3. Neurophysiology of the mouth1.3.1. General review of the interaction between sensory inputs and motor control1.3.2. Sensory innervation of the mouth. Somatic and autonomic branches.1.3.3. Motor control of oral movements1.3.4. Pain receptors in the mouth. Characteristics of pain in dental processes1.3.5. Esophageal motility and laryngeal coordination

UNIT 2. Physiology of the dental pieces

2.1. Normal general physiology of dental pieces. Structure and equilibrium between osteolysis andosteoformation2.2. Changes in physiology for dental disorders2.3. Osteointegration of alocomponents

UNIT 3. Oral digestion as a part of the integral digestion

3.1. Cephalic digestion3.2. Intestinal digestion

UNIT 4. New trends in oral physiology

4.1. New developments in sensorial receptors4.2. Role of the intestinal microbioma in oral pathology4.3. Translational progresses in osteointegration4.4. Oral pathology associated to systemic pathology (i.e. Alzheimer disease).

UNIT 5. Nutrition


APPLIES ORAL PATHOLOGY

PROFESSORS

Enrique García SorribesEduardo Maté

UNIT 1. Middle rhomboid glossitis

UNIT 2. Lip and tongue cancer

UNIT 3. Pathology and surgery of the third molar

UNIT 4. Peri-implantitis

UNIT 5. Jaw cysts and tumours

UNIT 6. Dental trauma


OSSEOINTEGRATION

PROFESSORS

Cristina MartínezIsabel GoñiJulio Suay

UNIT 1. Osseo regeneration.

UNIT 2. Implants osseointegration

UNIT 3. Biocompatibility.


BIOMATERIALS

PROFESSORS

Jorge García CañadasJosé Gámez

Raúl IzquierdoLuis cabedo

Iliana RecaldeFrancisco Romero

UNIT 1. Material Science Basis.

UNIT 2. Materials properties.

UNIT 3. Stainless Steels

UNIT 4. Titanium alloys

UNIT 5. Specific materials for dental use.

UNIT 6. New dental implant surfaces.


BIOMECHANICS

PROFESSORS

Víctor RodaJosé Vicente García

Ana Piquer

UNIT 1. Fundamental biomechanical principles for dental implant design

UNIT 2. Mechanics of rigid bodies

2.1. Statics of particles2.2. Equilibrium of rigid solids2.3. Internal forces

UNIT 3. Strength of materials

3.1. Elasticity and biomedical materials3.2. Relevant failure theories3.3. Fatigue

UNIT 4. Introduction to computer simulations

UNIT 5. 3D modelling basis


MICROBIOLOGY.

PROFESSORS

Nuno Araujo Gómes

UNIT 1. Basic principles of endogenous infections.

1.1. Disease transmission1.2. Disease prevention1.3. Nature, Type of Microorganisms/Pathogens1.4. Factors influencing Microbial Oral infections1.5. Bacterial and fungal adhesion mechanisms.1.6. Coagregation and formation of the bacterial plaque.1.7. Biofilm formation and structure1.8. Phenotypic and molecular techniques for the periodontal microbiota study1.9. Antibiotic mechanisms and resistance

UNIT 2. Microbiology in Oral Implantology

2.1. Bacterial mechanisms and composition of dental degradation.2.2. Peridontitis pathogeny2.3. Microbiota composition associated to peri-implantitis2.4. Intrinsic susceptibility factors to peri-implantitis-related infections


NEW THWEAPIES FOR OSSEOINTEGRATION

PROFESSORS

Ana Sánchez

UNIT 1. Introduction to Gene Therapy.

1.1. History of gene therapy1.2. Molecular basis.1.3. Design of gene therapy strategy

UNIT 2. Gene therapy approaches to regenerating the musculoskeletal system

2.1. Gene activated Matrix

UNIT 3. Nanotechnology and dental implants.

UNIT 4. Gene therapy in periodontics.

UNIT 5. Introduction to Regenerative Medicine and Tissue Engineering.

5.1. Bone Cell Types and Bone Healing5.2. Tissue engineering in periodontal defects5.3. Regenerative Medicine for Periodontal and Peri-implant Diseases


BIOCHEMISTRY

PROFESSORS

Ana SánchezCristina Martínez

BLOCK I: INTRODUCTION AND BIOCHEMISTRY FOUNDATIONS

UNIT 1. Introduction to Biochemistry and Chemical Foundations of Life

1.1. Basic concepts in modern biochemistry. Origin of Biochemistry as anexperimental science. Relationship with other sciences. Role of biochemistry within the context ofbiomedical sciences1.2. Chemical components of cells1.2.1. Inorganic compounds1.2.2. Organic compounds

BLOCK II. STRUCTURE OF BIOLOMECULES

UNIT 2. Proteins and amino acids

2.1. Characteristics2.2. Amino acids: Structure and classification. Properties2.3. Peptidic bond2.4. Structure of proteins2.5. Classification of proteins2.6. Biological function of proteins

UNIT 3. Carbohydrates.

3.1. General properties3.2. Structural characteristics and classification3.3. Monosaccharides3.4. Disaccharides3.5. Polysaccharides. Classification. Function

UNIT 4. Lipids.

4.1. General properties4.2. Structure, properties and functions of lipids. Fatty acids4.3. Classification I. Lipid saponification4.4. Classification II. Non-saponification Lipids4.5. Monolayers, bilayers and micelles

UNIT 5. Nucleic acids.

5.1. Structural elements: nucleosides and nucleotides5.1.1. Types of nucleic acids: DNA, RNA5.1.2. Nucleotides of biological interest with energetic function5.2. Structure of DNA5.3. Structure of RNA and different types of RNA molecules


BLOCK III. FUNCTION OF BIOMOLECULES

UNIT 6. Enzymes.

6.1. Definition and characteristics of enzymes6.2. Enzymes and catalytic molecules. Enzyme kinetics6.3. Regulation and control of enzyme activity and pH.6.4. International Classification6.5. Cyclooxygenase and inflammatory processes

UNIT 7. Biochemical Composition of Biological Membranes and Extracellular Matrix.

7.1. Introduction. Composition and structure7.2. Membrane dynamics7.3. Proteins in the membrane: Proteins involved in Transport7.4. Components of extracellular matrix and lamina basal; relationship with periodontal disease

UNIT 8. Composition and Function of Saliva

8.1. Composition8.1.1. Organic compounds8.1.2. Inorganic compounds8.2. Saliva functions8.2.1. Buffering function: acid-base equilibrium8.2.2. Effect of low pH values on demineralization process8.3. Carbohydrates into the oral cavity

BLOCK IV. METABOLISM

UNIT 9. Cellular Metabolism.

9.1. Capture of nutrients and production of energy9.2. Nutrition forms9.3. Metabolic processes: nutrition, cellular respiration and biosynthesis9.4. Definition of Metabolism. Types of metabolism: Catabolism and anabolism

UNIT 10. Carbohydrate, Lipid and Protein Metabolism.

10.1 Carbohydrate Metabolism10.1.1. Catabolism10.1.2. Anabolism10.2. Lipid Metabolism.10.2.1. Catabolism of lipids. Degradation of triglycerids10.2.2. Beta-oxidation10.2.3. Anabolism of lipids10.2.4. Ketosis10.3. Protein Metabolism.10.3.1. Catabolism of proteins. Degradation of proteins10.3.2. Urea Cycle10.3.3. Anabolism of proteins. Essential amino acids


BIO-STADISTICS

PROFESSORS

Julio SuayFrancisco Romero

UNIT 1. Introduction to statistics

UNIT 2. Design of experiments

UNIT 3. Population Comparison

3.1. Parametric and non-parametric methods3.2. ANOVA analysis3.3. Chi-squared test

UNIT 4. Regression and correlation

UNIT 5. Software data processing


RESEARCH METHODOLOGY

PROFESSORS

Aurelio Gómez

UNIT 1. Introduction, definitions and concepts (1hour)

UNIT 2. Searching for Scientific information (2hours)

2.1. Library Technology2.2. Use of databases

UNIT 3. Bibliometrics (2hours)

3.1. Citation3.2. Impact factor3.3. Other factors

UNIT 4. Primary Literature (2hours)

4.1. Reading scientific papers4.2. Critical analysis of research results

UNIT 5. Doing Science: Where do questions come from? (2hours)

5.1. Science as asking questions5.2. Basic considerations

UNIT 6. Asking Questions: The art of framing hypotheses and predictions (2hours)

6.1. Observation6.2. Exploratory analysis6.3. Forming hypotheses

UNIT 7. Answering Questions: What do the results say? (2hours)

7.1. Confirmatory analysis7.2. What is statistical significance7.3. Significance tests

UNIT 8. Presenting Information: How to communicate outcomes and conclusions (2 hours)

8.1. Presenting figures and tables8.2. Presenting results8.3. Writing reports and articles


GENETICS GROWTH AND DEVELOPMENT

PROFESSORS

Conrado Martínez Cadenas

UNIT 1. BASIC GENETICS

1.1. Genetic and hereditary. Congenital. Somatic. Genotype and Phenotype1.2. Types of genetic diseases1.3. Patterns of monogenic inheritance: autosomal dominant, recessive and sex-linked1.4. Mitochondrial inheritance. Heteroplasmy1.5. Penetrance and variable expressivity. Pleiotropy1.6. Allelic and Genetic Heterogeneity. Anticipation1.7. Mosaicism and Epigenetics1.8. Linkage and association studies1.9. Cancer Genetics. Oncogenes and tumour suppressor genes. Virus and cancer.1.10. Complex characters and multifactorial/multigenic genetic diseases. Threshold susceptibility1.11. Twin studies. Concordance and heritability1.12. Genetic counselling.1.13. Genetic tests and diagnostic genetic tests. Prenatal testing and PGD.

UNIT 2. EVOLUTIONARY MEDICINE

2.1. Principles of Darwinian evolutionary medicine.2.2.Selection and evolutionary trade-offs2.3. Epidemiological transition2.4. Diet and disease. Agriculture and nutritional deficiency. The thrifty genotype2.5. Evolution and Cancer. Example: breast cancer in the Western world.2.6. The ‘Old Friends’ hypothesis and the rise of autoimmune disease and allergy.

UNIT 3. HEREDITARY AND GENETIC MALFORMATION DISORDERS

3.1. Chromosomal abnormalities3.2. Heritable connective tissue disorders3.3. Skeletal and bone gain-of-function genetic syndromes and dysplasias3.4. Other malformation syndromes and dysplasias


DIAGNOSTIC AND THERAPY OPTIONS FOR SLEEP APNOEA PATIENTS

PROFESSORS

Mark Mc Enroe

UNIT 1. Clinical presentation of sleep apnoea

UNIT 2. Diagnostic options

UNIT 3. Treatment options and pitfalls

UNIT 4. Benefits of working with other medical professionals

ARTICLES


ECTS CREDITS / DENTAL SCIENCE MASTER / ARTICLES

PROFESSORS

Sibi Xabier

Jaime Franco

Julio Suay

Cristina Martinez

Francisco Olucha

Raúl Izquierdo

Ana Sánchez

Isabel Goñi

Juan Vicente Sánchez

Conrado Martinez

Víctor Roda

Aurelio Gómez

ECTS/PROFESSOR

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

POSITION

Professional

Professional

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

EHU PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

DENTAL SCIENCEMASTER ARTICLES

ARTICLES

Articles: to submit one article to dental publications. (3 ects). First in the master web platform

DENTAL SCIENCEMASTER ARTICLES

SEMINARS


ECTS CREDITS / DENTAL SCIENCE MASTER / SEMINARS

PROFESSORS

Sibi Xabier

Jaime Franco

Julio Suay

Cristina Martinez

Francisco Olucha

Raúl Izquierdo

Ana Sánchez

Isabel Goñi

Juan Vicente Sánchez

Conrado Martinez

Víctor Roda

Aurelio Gómez

ECTS/PROFESSOR

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

0,5

POSITION

Professional

Professional

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

EHU PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

UJI PhD Professor

DENTAL SCIENCEMASTER SEMINARS

SEMINARS

Seminars: to present 2 seminars (9 ects). To present online in the master web platform.

DENTAL SCIENCEMASTER SEMINARS

IMPLANTOLOGY SPECIALITY


ECTS CREDITS / DENTAL SCIENCE MASTER / IMPLANTOLOGY SPECIALITY

COURSES

Basic Sciences and Fundamental Implantology

Implantology I

Sterilization and Asepsis

Clinical aspects of Implantology

Diagnosis and Treatment Planning.

Implantology procedures

Medico legal aspect and informed consent

Bio-regeneration and different techniques and

materials

Guided Tissue Regeneration

ECTS

1,5

2

2

2

1

2,5

1,5

2

3,5

PROFESSORS

Fisnik Kasapi

GMI proffessional

A. Moreno

Prof. Dr. Porus Turner

Ahmed Halim Ayoub

Supriya Manvi

Lalith Vivekananda

Ioannis P. Georgakopoulos

D. PeñarrochaM. Peñarrocha

ECTS/PROFESSOR

1

2

2

1

1

2

1,5

1

1,751,75

POSITION

Professional Macedonia

Professional Spain

Murcia University - PhD Professor

PhD Professor

Professional Egypt

PhD Professor

Phd Professor India

Phd Professor Greece

UV PhD ProfessorUV PhD Professor

DENTAL SCIENCEMASTER IMPLANTOLOGY SPECIALITY

BASIC SCIENCE AND FUNDAMENTAL IMPLANTOLOGY

PROFESSORSFisnik Kasapi

History and Biologic Foundations

Osseointegration and Its Maintenance

Edentulous Patients

Restoration of Edentulous Mandibles with Overdentures and Fixed Prostheses

Restoration of Edentulous Maxillae with Overdentures and Fixed Prostheses

Restoration of the Posterior Quadrants of Partially Edentulous Patients

Restoration of Multiple- and Single-Tooth Defects in the Esthetic Zone

Implants and Removable Partial Dentures

Implants in Irradiated Tissues

Implants and Orthodontics


STERILIZATION AND ASEPSIS.

PROFESSORS

A. Moreno

UNIT 1. Introduction

UNIT 2. Terminologies

UNIT 3. History

UNIT 4. Mode of Transmission of infection

UNIT 5. Objectives of infection control

UNIT 6. Personal barrier protection

UNIT 7. Emergency and exposure incident plan

UNIT 8. Methods of sterilization

UNIT 9. Operating room protocol

UNIT 10. Instrument handling and cleaning

UNIT 11. Monitors of sterilization

UNIT 12. Clinical waste disposal

UNIT 13. Storage of sterilized items

UNIT 14. Handpiece and implant kit asepsis

UNIT 15. Conclusion


CLINICAL ASPECTS OF IMPLANTOLOGY.

PROFESSORS


UNIT 1. Dilemmas in Implant Dentistry

UNIT 2. Crestal Sinus Floor Grafting using Piezoelectric pressure and platelet derived growth factors

UNIT 3. Guided bone regeneration and connective tissue grafting to augment bone and soft tissue for predictability in implantology

UNIT 4. Immediate extraction and immediate provisionalization in the anterior maxilla

UNIT 5. Maintainance of implant patients- prevention and treatment of Peri-implantitis.


DIAGNOSIS AND TREATMENT PLANNING. PLACEMENT OF IMPLANTS.

PROFESSORS

Ahmed Halim Ayoub

UNIT 1. Patient selection:1.1. Medical examination 1.2. Clinical examination1.3. Radiographic examination 1.4. Cast examination

UNIT 2. Treatment planning:2.1. Prosthetic and provisional options2.2. Size of implant choice2.3. Location and number of the implants 2.4. Financial considerations


IMPLANTOLOGY PROCEDURES

PROFESSORS

Supriya Manvi

UNIT 1. Placement of Implants

UNIT 2. Special Situations and Prosthodontic aspect

UNIT 3. Adjunctive Surgical procedures


MEDICO LEGAL ASPECT AND INFORMED CONSENT

PROFESSORS

Lalith Vivekananda

UNIT 1. Medico legal aspects1.1. Introduction. 1.2. Terminologies.1.3. Clinical bioethics.1.4. Legal medicine and dentistry.1.5. Evidence based medicine and the law.1.6. Dentistry and health law in various regions.1.7. Medical liability.1.8. Indemnity insurance.1.9. Treating medico legal cases. 1.10. Role of medical experts.1.11. Legal medical report preparation.1.12. Ethical standards for clinical trails.1.13. Ethical and legal issues in stem cell therapy, regenerative therapy and other modalities.1.14. Legal Record maintenance - privacy and confidentiality.1.15. Publications of medical records- intellectual property and legal considerations.1.16. Negligence and complication – legal considerations.1.17. Role of Dental auxiliary and other consultants. 1.18. Responsibility of the dentist.

UNIT 2. Informed consent 2.1. Introduction.2.2. Terminology.2.3. Purpose of Informed consent.2.4. What dental treatment requires informed consent?2.5. What information needed in the informed consent?2.6. Recomendations/guidelines.2.7. Oral and written consent.2.8. Designing of the informed consent for various procedures2.9. Informed consent and medical law.2.10. Legal advice for consent in different parts of the world.


BIO-REGENERATION AND DIFFERENT TECHNIQUES AND MATERIALS

PROFESSORS

Ioannis P. Georgakopoulos

UNIT 1. Sinus Floor Elevation and Sinus grafting and Implant placement in the Sinus

UNIT 2. IPG DET Technique

UNIT 3. Biological membranes, Bioactive membranes, Collagen membranes, Titanium membranes

UNIT 4. Bone Graft materials

UNIT 5. Immediate Implant Placement

UNIT 6. Immediate Load

UNIT 7. Minimal Invasive Surgery and Flapless Implantology

UNIT 8. Bioengineering Tooth

UNIT 9. Next Generation Regenerative Therapy


GUIDED TISSUE REGENERATION

PROFESSORS

D. PeñarrochaM. Peñarrocha

UNIT 1. Presentation of the subject. Diagnosis and planning 1. Anamnesis. Risk factors and contra-indication.

UNIT 2. Diagnosis and planning 2: Clinical examination.

UNIT 3. Diagnosis and planning 3: Anatomy and radiological examination

3.1. Basic Surgical Procedure for Implant Placement 13.2. Basic surgical procedure for implant placement 2. Osseointegration.3.3. Regeneration of the bony crest3.4. Maxillary sinus lift3.5. Implant placement times after dental extraction: Immediate, early and late implants. Implant loading times: immediate, early and conventional loading.3.6. Great atrophies. Implants in flying buttresses3.7. Early complications in implants.3.8. Late complications. Management of peri-plant diseases


ORTHODONTICS SPECIALITY


ECTS CREDITS / DENTAL SCIENCE MASTER / ORTHODONTICS SPECIALITY

COURSES

Orthodontics and Dentofacial Orthopedics I

Orthodontics and dentofacial orthopaedics II

Orthodontics and dentofacial orthopaedics III

Orthodontics and dentofacial orthopaedics IV

ECTS

7

4

1,25

5,75

PROFESSORS

Dr Manjit Singh

Dr. José Durán von Arx

Dr Manjit Singh

Prof. Shaji T Varghese

ECTS/PROFESSOR

7

4

1,25

5,75

POSITION

Professional

Professional

Professional

PhD Professor

DENTAL SCIENCEMASTER ORTHODONTICS SPECIALITY

ORTHODONTICS AND DENTOFACIAL ORTHOPEDICS I

PROFESSOR

Dr Manjit Singh

UNIT 1. Concept of Beauty & Divine proportions

UNIT 2. Growth and Development Occlusion and guidance of occlusion

UNIT 3. Malocclusion and etiology

UNIT 4. Orthodontic diagnosis

UNIT 5. Removable appliances vs. fixed appliances

UNIT 6. TMJ, Muscles of mastication, Tonsils, Adenoid and Airway (guest lecture by Professor of Anatomy)

UNIT 7. Biology of tooth movement and its effects.

UNIT 8. Diagnosis and treatment planning Cephalometrics and software applications

UNIT 9. Treatment concepts-Preadjusted appliances

UNIT 10. Physiology of muscle and Electro myography

UNIT 11. Ortho instrumentation

UNIT 12. Bracket positioning on Typhodont

UNIT 13. Band fabrication on Typhodont

UNIT 14. Biomechanics

UNIT 15. Orthodontics and dentofacial orthopaedics


ORTHODONTICS AND DENTOFACIAL ORTHOPAEDICS II

PROFESSOR

Dr. José Durán von Arx

UNIT 1. Function and shape

UNIT 2. Oral functional disorders: treatment

UNIT 3. Stimulotherapy: devices and clinical cases

UNIT 4. Muscular pattern and dental eruption: clinical cases

UNIT 5. Early treatments and functional appliances

UNIT 6. Statistical study of the effect of different functional appliances

UNIT 7. Fixed appliances: oclusogram and use of coustomized brackets prescription

UNIT 8. Central incisor axis control and parallelism with the facial growth axis

UNIT 9. Biomechanics with ni-ti wires: flat and spee courved wires

UNIT 10. Treatment of deepbite and openbite

UNIT 11. Class I treatments with and without extractions

UNIT 12. Class II/1 treatments with and without extractions

UNIT 13. Class II/2 treatments

UNIT 14. Class III treatments

UNIT 15. Fixed orthodontic treatments and facial aesthetics

UNIT 16. Retention and stability at the end of the treatment

UNIT 17. Removable brackets treatments


ORTHODONTICS AND DENTOFACIAL ORTHOPAEDICS III

PROFESSOR

Dr Manjit Singh

UNIT 1. Versatility of appliances - Roth, MBT

UNIT 2. Severity of malocclusion and methods of gaining space

UNIT 3. Extra oral/intra oral anchorage, mini screws applications

UNIT 4. Wire bending exercises

UNIT 5. Fabrication of Twin block Appliance


ORTHODONTICS AND DENTOFACIAL ORTHOPAEDICS IV

PROFESSOR


UNIT 1. Management of class 1 malocclusion

1.1. Spacing 1.2. Crowding 1.3. Midline diastema 1.4. Bimaxillary protrusion UNIT 2. Management of cleft lip and palate

2.1. Classification 2.2. Etiologic factors 2.3. Problems associated 2.4. Management of cleft lip and palate

UNIT 3. Root resorption and its management

3.1. Etiology 3.2. Types 3.3. Management

UNIT 4. Overjet reduction

4.1. With reduction of tooth material-extraction and proximal stripping 4.2. Without reduction of tooth material-myofunctional appliances

UNIT 5. Management of class 11 malocclusion

5.1. Etiology 5.2. Clinical features 5.3. Management of skeletal and dental class II

UNIT 6. Adult orthodontics

6.1. Indications and contraindications 6.2. Biomechanical considerations 6.3. Diagnosis 6.4. Treatment aspects 6.5. Retention


NEUROMUSCULAR SPECIALITY


ECTS CREDITS / DENTAL SCIENCE MASTER / NEUROMUSCULAR SPECIALITY

COURSES

Neuromuscular I

Neuromuscular II

Science in craniofacial pain / orofacial pain / TMD

Multidisciplinary approach in Neuromuscular Orthodontics

ECTS

7

4

5

2

PROFESSORS

Fabio SavastanoPiero Silvestrini

Manjit Singh

Prafulla ThumatiSanjiv Dagar

Bhawsar Sanjay

ECTS/PROFESSOR

7

4

5

2

POSITION

ProfessionalProfessional

Professional

PhD ProfessorPhD Professor

PhD Professor

DENTAL SCIENCEMASTER NEUROMUSCULAR SPECIALITY

NEUROMUSCULAR I

PROFESSORS

Fabio SavastanoPiero Silvestrini

UNIT 1. Neuromuscular theory and bioelectrical instrumentation

UNIT 2. T.E.N.S.

UNIT 3. E.M.G.

UNIT 4. Interpretation of Mandibular Scanning Procedures

UNIT 5. Management of Neuromuscular Orthodontic Procedures

UNIT 6. Appliances

UNIT 7. Interceptive therapy

UNIT 8. Office organization and management

UNIT 9. The digital office

UNIT 10. Neurology and reflexes of the stomatognathic system

UNIT 11. Muscle Function and occlusion

UNIT 12. Neuromuscular Gnathology


NEUROMUSCULAR II

PROFESSORS

Manjit Singh

UNIT 1. Class II diagnostics

UNIT 2. Class III diagnostics

UNIT 3. Functional appliances

UNIT 4. Bite jumping devices

UNIT 5. Class II Treatment

UNIT 6. Class III Treatment

UNIT 7. Open-bite Treatment

UNIT 8. Neuromuscular theory and bioelectrical instrumentation


SCIENCE IN CRANIOFACIAL PAIN / OROFACIAL PAIN / TMD

PROFESSORS

Prafulla ThumatiSanjiv Dagar

UNIT 1. Physiology of the stomatognathic system:

1.1. Stomatognathic System 1.2. Muscle Function and occlusion1.3. Dynamics of mandibular movements

UNIT 2. Functional Aspects of TMD.

2.1. Free-way space2.2. Diagnosis2.3. Appliances

UNIT 3. Biometric Instruments:

3.1. Theory & bioelectrical instrumentation3.2. T.E.N.S.3.3. E.M.G.3.4. Mandibular scanning3.5. Interpretation of results

UNIT 4. Interceptive therapy

4.1. Interceptive therapy with excess free-way space4.2. Interceptive therapy with reduced free-way space4.3. Interceptive therapy and crowding

UNIT 5. Management of Neuromuscular Procedures Orthodontic

5.1. Diagnostic Procedures5.2. Appliances5.3. Case selection5.4. Treatment and retention

UNIT 6. Neuromuscular Gnathology

6.1. Bite registration techniques6.2. The articulator6.3. The orthotic

UNIT 7. Diagnosis of TMD Disorders) (Temporomandibular Disorders)

7.1. Mandibular Scanning, EMG and TMD7.2. Clinical evaluation


UNIT 8. Treatment of TMD:

8.1. The orthotic8.2. Pharmacology8.3. Psychology8.4. Multidisciplinary approach

UNIT 9. Office organization and management

9.1. The digital office9.2. Teaching your assistant9.3. Documenting your cases9.4. Economics


MULTIDISCIPLINARY APPROACH IN NEUROMUSCULAR ORTHODONTICS

PROFESSORS

Bhawsar Sanjay

UNIT 1. Introduction of Craniofacial Orthopedics

UNIT 2. Importance of Stomatognathic Triad- TMJ, Occlusion, Teeth

UNIT 3. Pathophysiology of TMJ

UNIT 4. Importance of Functionally stable Occlusion

UNIT 5. Importance of Posterior support

UNIT 6. Vertical Relation

UNIT 7. Evaluation of Free way space – 3 dimensionally

UNIT 8. Principal of Neuromuscular dentistry

UNIT 9. Use of Computerised Jaw Tracking, Myography, TENS

UNIT 10. Recording Myocentric

UNIT 11. Neuromuscular Principles in Orthodontics


SPECIFIC PRACTICES


ECTS CREDITS / DENTAL SCIENCE MASTER / SPECIFIC PRACTICES

Practice Coordinator ASIA-PACIFIC-MIDDLE

EAST-AFRICA

Practice Professors

Dr.Supriya Manvi

Dr.Lalith Vivekananda


Prof. George Attokkaran


Dr.Manjit Singh

Dr.Fabio Savastano

Dr. Sanjiv Dagar

Dr.Piero Silvestrini Biavati

Dr. Prafulla Thumati

Dr.Bhawsar Sanjay Vasant

Sibi Xavier

Implant

Implant

Implant

Implant

Ortho

Ortho

Neuro

Neuro

Neuro

Neuro

Neuro

Profesional

Phd University Professor India

Phd University Professor India

University Professor India

University Professor India

Professor India

Professional India

Professional Italy

Professor India

Professional Italy

Professor India

Professor India

DENTAL SCIENCEMASTER SPECIFIC PRACTICES

THESIS DISSERTATION


DENTAL SCIENCE MASTER / THESIS DISSERTATION

Thesis dissertation coordinator India

Thesis dissertation coordinator Latinoamerica

Thesis dissertation coordinator UJI

Thesis dissertation professors

Dr.Supriya Manvi

Dr.Lalith Vivekananda

Dr. Prafulla Thumati

Dr. Shaji Varghese

Dr. Manjit Singh

Dr.Bhawsar Sanjay Vasant

Sibi Xavier

Jaime Franco

Julio Suay

Professional

Professional

UJI PhD Professor Spain

PhD Professor India

PhD Professor India

Professor India

PhD Professor India

Professional

Professor India

DENTAL SCIENCEMASTER THESIS DISSERTATION

Documents

DENTAL SCIENCE MASTER - catedragmidental.uji.es · ECTS CREDITS / DENTAL SCIENCE MASTER / BASIC COURSES COURSES Anatomy of orofacial structures: a comprehensive approach Embryonic