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Week Lectures Practical sessions Dissection room Histology lab 13. (Competition 2nd round) 14. 37. Morphology and histology of the uterus, divisions and content of the broad ligament 38. Morphology and histology of the vagina and the external genital organs 39. The pelvic and urogenital diaphragms (male, female) 40. Cross sections of the male and female pelvis, 41. Development and malformations of the genital system, hermaphroditism. 42. Development of serous membranes, separation of body cavities GENERAL DENTAL MATERIALS Lecturer: Dr. András Kóbor D.M.D. Second Semester Lectures (1 hour/week) History of dental education Impression materials I. Impression materials II. Metals, technologies Casts, models and dies Precious alloys, non precious alloys Investment materials, flasking methods Dental ceramics I- Silicate ceramics Dental ceramics II- Oxidceramics Dental resins Luting cements Restorative materials Technologies: CAD/CAM,CNC, sintering Auxiliary materials Consultation SEMMELWEIS UNIVERSITY / FACULTY OF DENTISTRY Dissection of abdominal and pelvic visceral complexes. Demonstration of pelvic situs. Test: urogenital apparatus, pelvic floor, perineum, hernia canals Uterine tube, uterus (proliferation, secretion), vagina Review Faculty of Dentistry 289
SEMMELWEIS UNIVERSITY / FACULTY OF DENTISTRY 290 PHYSICAL BASES OF DENTAL MATERIALS Tutor: Dr. István Voszka First Semester Lecture (2 hours/week) 1. Basic forms of material, atoms, interactions, bonds 2. Multiatomic systems. Gases. Interpretation of temperature. Boltzmann-distribution. Fluids. Interface phenomena. Liquid crystals. 3. Solid materials. 4. Methods for structure examination (diffraction, microscopic, spectroscopic methods) 5. Crystallisation. Metals, alloys. 6. Ceramics, polymers, composites. 7. Mechanical properties of materials 1. Elasticity. 8. Mechanical properties of materials 2. Plasticity, hardness. 9. Mechanical properties of materials 3. Rheological properties, viscoelasticity. 10. Other physical (optical, electrical, thermal) properties of materials 11. Comparison of the properties of dental materials 12. Bases of biomechanics. Structure, mechanical and other properties of tissues. 13. Physical bases of implantology. 14. Physical bases of orthodontics. MEDICAL BIOLOGY (Cell Biology) Department of Genetics, Cell- and Immunobiology Lecturer: Prof. Dr. András Falus Tutor: Dr. Valéria László First semester Lecture: 2 hours per week Practice: 1 hour per week Credit: 3 Topics: 1.) Eukaryotic cell organization. 2.) Structure and function of plasma membrane. 3.) Structure and function of cell nucleus. 4.) Nucleolus and ribosomes. 5.) Structure and function of endoplasmic reticulum. 6.) Golgi and secretion. 7.) Endocytosis. Intracellular digestion 8.) Protein and lipid tranport mechanisms in eukaryotic cell. 9.) Mitochondria and peroxisomes 10.) Cytoskeleton and movement. 11.) Cell communication. Regulation of cellular functions. 12.) Cells in their social context. 13.) Cell cycle and its regulation
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Week Lectures Practical sessions<br />
Dissection room Histology lab<br />
13.<br />
(Competition<br />
2nd<br />
round)<br />
14.<br />
37. Morphology and histology of the<br />
uterus, divisions and content of the<br />
broad ligament<br />
38. Morphology and histology of the<br />
vagina and the external genital<br />
organs<br />
39. The pelvic and urogenital<br />
diaphragms (male, female)<br />
40. Cross sections of the male and<br />
female pelvis,<br />
41. Development and malformations of<br />
the genital system,<br />
hermaphroditism.<br />
42. Development of serous membranes,<br />
separation of body cavities<br />
GENERAL DENTAL MATERIALS<br />
Lecturer: Dr. András Kóbor D.M.D.<br />
Second Semester<br />
Lectures (1 hour/week)<br />
History of dental education<br />
Impression materials I.<br />
Impression materials II.<br />
Metals, technologies<br />
Casts, models and dies<br />
Precious alloys, non precious alloys<br />
Investment materials, flasking methods<br />
Dental ceramics I- Silicate ceramics<br />
Dental ceramics II- Oxidceramics<br />
Dental resins<br />
Luting cements<br />
Restorative materials<br />
Technologies: CAD/CAM,CNC, sintering<br />
Auxiliary materials<br />
Consultation<br />
SEMMELWEIS UNIVERSITY / FACULTY OF DENTISTRY<br />
Dissection of<br />
abdominal and pelvic<br />
visceral complexes.<br />
Demonstration of<br />
pelvic situs.<br />
Test: urogenital<br />
apparatus, pelvic<br />
floor, perineum,<br />
hernia canals<br />
Uterine tube, uterus<br />
(proliferation, secretion),<br />
vagina<br />
Review<br />
Faculty of<br />
Dentistry<br />
289
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