#1
9th June 2016, 04:31 PM
| |||
| |||
AIIMS MDS Nov Questions and Answers
Can you provide me the syllabus of M D S (Master of Dental Surgery) program on which the question paper is based as offered by AIIMS or All India Institute of Medical Sciences?
|
#2
9th June 2016, 05:35 PM
| |||
| |||
Re: AIIMS MDS Nov Questions and Answers
The syllabus of M D S (Master of Dental Surgery) program of AIIMS or All India Institute of Medical Sciences is as follows: Syllabus of Course in Orthodontics 1. Applied Anatomy : Applied anatomy of oro-dental tissues with special reference to the jaws, teeth, TMJ, muscles of mastication, deglutition, speech, occlusion and dental morphology. 2. Histology : Normal histology of the teeth, peridontium and oral tissues. 3. Development : Growth and development of the jaws, teeth, supporting structures, TMJ and dentofacial anomalies. 4. Physical anthropology : Evolution of jaws and teeth, study of anthropometric and landmarks. 5. Applied physiology : Physiology of investing tissues arch forms and occlusion, physiology of mastication, deglutition and speech. 6. Nutrition : Study of nutritional factors, vitamins, carbohydrates, fats, proteins, minerals and their individual dental implications. 7. Applied pathology : Development anomalies affecting tooth form and number. Disease of teeth and jaws, heredity and anomalies of the jaws. Effects of endocrine and nutritional deficiencies affecting the development of TMJ teeth & jaws. 8. Applied dental materials : Applications of dental cements, stainless steel wires, band material, solders, impression materials, plaster of Paris, stone plaster, acrylic resins and other materials used in Orthodontics. 9. Applied radiology : Dental radiology including cephlometrics and panoramic. 10. Child psychology from birth to adolescence. 11. Genetics – heredity with special reference to dental and other facial anomalies. 12. Study of biostatics as applied to dentistry and research. ORTHODONTICS 1. History of Orthodontics, scope & limitations 2. Principles of Orthodontics 3. Normal occlusion 4. Recognition of malocclusion, incidence, etiology and classification. 5. Importance of orthodontic records. 6. Cephalometrics, models and photographic analysis. 7. Growth prediction by computers 8. Diagnostic aids. 9. Treatment planning by computer. 10. Preventive and Interceptive orthodontics. 11. Role of extractions 12. Serial extractions. 13. Corrective Orthodontics by removal appliances. 14. Corrective orthodontics by fixed appliances (techniques). 15. Myofunctional appliances 16. Analysis of forces, applied in orthodontic treatment. 17. Biomechanical principles of Orthodontics tooth movement and tissue changes. 18. Anchorage 19. Retention and relapse. 20. Cleft palate Orthodontics, presurgical, mixed dentition and permanent dentition. 21. Surgical Orthodontics 22. Slow & rapid max. expansion. II. Clinical and laboratory techniques 1. Model preparation 2. Cast trimming 3. Wire bending techniques 4. Soldering 5. Manipulation of cold & hot cure acrylic resins 6. Spot welding 7. Impression taking 8. Bite registration 9. Radiographic and cephalometric analysis, tracing digitization. 10. Conventional & prefabricated bands, cementation and arch fixation on the patient. 11. Clinical demonstrations of treatment planning by different methods & techniques. 12. Typodont exercises by both techniques 13. Removable and functional appliances. 14. Direct bonding. here is the attachment |
Thread Tools | Search this Thread |
|