"Confirm"
pro-rector in charge
of the academic work
prof. Guminskiy Y.I.
The Calendar Thematic Plan of practical classes at the department of the orthopaedic stomatology, the 4th course, the 7th term
№ / The classes theme / The number of hours1 / Indications to restoring of dental hard tissues defects with the help of inlays (overlays, onlays). Clinical and technological stages of their manufacturing.
2 / Restoring of dental crown with the help of pin teeth. Various constructions of pin teeth (elastic, non-elastic, passive, active). Materials used for their manufacturing. Advantages and disadvantages of various constructions of pin teeth, stages of their manufacturing and materials used for restoring of dental crown by pin teeth.
3 / Cast pinlays, collapsible cast pinlays, glass fiber endo posts and cores, ceramic pinlays. Clinical and technological stages of their manufacturing. Standard pinlay application.
4 / Classifications of cast crowns and combined crowns. Indications and contraindications to their usage. Requirements to cast crowns and combined crowns. Clinical and technological stages of their manufacturing. Problem of crown`s edge adjacent to patient`s gum.
5 / Technological stages of cast crown and combined crown fabricating. Cast procedures. Metal alloys used for casting. Methods used for alloy shrinkage compensating.
6 / Total loss of teeth, its etiology, its clinical picture. The changes in jaw-facial region in case of total loss of teeth. Peculiarities of edentulous patient`s examination. Edentulous jaws` classification. Edentulous jaws` ratio. Prosthetic bed.
7 / Suppli’s classification of compressibility and mobility of oral mucosa, Gavrilov’s buffer zones, their localization. Methods of defining of active mobile oral mucosa, passive mobile oral mucosa of the prosthetic bed (neutral zone, transitional plait).
8 / The factors providing for fixation and stability of complete removable dentures. Anatomical retention, adhesion, functional suckering, artificial teeth setting up. Valve zone, its localization, its importance.
9 / The obtaining of primary (anatomical) impressions. Primary impression`s evaluating. Master cast`s pouring intending for final impression tray fabrication. Impression`s disinfection. Instruments` sterilization.
10 / Final (individual) impression trays for mandible and for maxilla, methods of their fabrication.
11 / Final impression trays` adjustment in patient`s mouth. Functional tests according to Herbst, their application in final trays` adjustment and final impression`s obtaining.
12 / Final impressions.Different impression materials and different methods of final impressions obtaining. Final impression`s evaluating.
13 / Final impressions` modelling. Master cast`s pouring.
14 / Defining of centric relation of edentulous jaws. Jaws` fixation in centric occlusion.
15 / Biomechanics of dental-jaw system.Factors of occlusion.
16 / Articulation laws according to Bonville and Hanau. Advanced views on occusal inter contacts of artificial teeth.
17 / Artificial teeth setting up according to Vasilyev ( on glass slab). Artificial teeth setting up made on spheric surface.
18 / Articulators used for complete removable dentures manufacturing. Rules of its working. Complete removable dentures’ bases designing purposed for speech improvement.
19 / Waxen patterns’ try – in. Possible errors during defining of centric relation of edentulous jaws, their etiology, clinical picture and consequences, their correction in waxen patterns” try – in stage.
20 / Final designing ( modeling ) of waxen patterns of complete removable dentures. Flasking. Acrylic resin’s maturing stages.
21 / Acrylic resin’s moulding by compression, its disadvantages. Acrylic resin’s moulding by casting, its advantages. Acrylic resin’s polymerization. Dentures’ grinding and polishing.
22 / Complete removable dentures’ insertion. Complete removable dentures’ fixation and the factors providing for it. Denture’s borders’ correction. Denture occlusal surface’s correction. Evaluating of CRD effectiveness.
23 / Patient’s adaptation to complete removable dentures. The adaptation’s phases. Doctor’s instructions about CRD usage by patient.
24 / Removable dentures’ influence on the patient’s supporting tissues and on the patient’s organism ( mechanical influence, allergic one, toxic influence).
25 / Orthopaedic treatment of oral mucosa’s diseases caused by CRD. Manufacturing of CRD containing cast metal basis. Manufacturing of CRD containing two layers basis. Metallization of CRD bases. Fabrication of CRD containing basis stamped with the help of thermoplastic materials ( PMMA)
26 / Clinical faults in CRD manufacturing. The methods of their correction.
27 / Technological faults in CRD manufacturing. The methods of their correction.
28 / Relining and rebasing of complete removable dentures.
29 / The concluding class
The department chief assistant prof. Muntyan L.M.
Thematic plan of practical classes for students of the 4th course, 8 semester stomatological faculty
Content module 4. Jaw-and-facial traumatology.
1. Jaws' fractures classification. Mechanism of jaw's fragments removing in case of jaw's fracture.
2. Emergency dentistry. Prosthodontics used for the injured/wounded patients.
3. General characteristics of jaw-and-facial apparatuses, their classification. Transportable splints. Teeth ligature, indications and contraindications to the usage. Possible errors and complications during the teeth ligature.
4. The manufacturing of removable splints, medical and transportable special jaw-and-facial splints made of basic means.
Content module 5. Prosthodontic treatment of consequences and complications of the trauma of jaw-and-facial area.
5.Treatment of jaws' fractures without bony fragments removing with the help of bent wire splints. Possible errors during the splinting.
6. Aetiology, clinicalpicture and prosthodontic treatment of jaws' fractures having the stable removing of bony fragments. The choice of apparatuses in case of bony fragments' removing. The treatment of jaws' fractures if bony fragments remove in the vertical direction.
7. The treatment of jaws' fractures if bony fragments remove in the transversal direction or in the sagittal direction.
8. The treatment of jaws' fractures if the bony fragments are edentulous. The organization of specialized prosthodontic aid used for treatment of the injured/wounded patients. Temporary and permanent splints.
9. Plastic treatment in prosthodontics. Fixative apparatuses.
10. Plastic treatment of the soft tissues of jaw-and-facial area. Moulded apparatuses.
11. Mandible's contraction, its aetiology, pathologic genesis, clinical picture and classification. Prevention of contraction, and prosthodontic treatment of contraction.
12. Aetiology, pathologic genesis, clinical picture and prosthodontic treatment of the fractures knitted incorrectly. Prevention of jaws' deformation caused by trauma or surgical operation.
13. False joint, its clinical picture, pathologic anatomy and classifications. Prosthodontic treatment. Prevention of jaws' deformations caused by trauma or surgical operation.
14. Microstomy, its aetiology, clinical picture and prosthodontic treatment.
15. Hard and soft palate's defects, their aetiology, pathologic genesis, prosthodontic treatment. Prostheses used for restoration of the face's defects.
Content module 6. Cast bridges.
16. Partial loss of the teeth, its aetiology, pathologic genesis and classifications of the defects of the dentures according to Kennedy and to Betelman. Indications and contraindications to the bridge's usage. Necessary requirements to fixed bridges. The main principles of the planning of bridge structure depending on the individual peculiarities of the patient. Biomechanics of fixed bridge.
17. Clinical stages of swaged-and-soldered, cast metal and combined bridges' manufacturing. The factors which provide for bridge's fixation. The analysis of the technological stages of swaged-and-soldered bridge manufacturing. Galvanism, galvanosis.
18. Technological stages of bridges' manufacturing. Comparative characteristic of bridges (swaged-and-soldered, cast metal and combined bridges).
19. Final module control.