1. Condylar position was in the middle of glenoid fossa in posteroanterior direction.

2. Conclusion The new clinical classification of condylar fracture is helpful for clinical treatment and scientific reaearch. Nonsurgical and surgical treatments have their indicat...

3. ObjectiveTo investigate the temporomandibular joint(TMJ) function of the condylar hyperplasia patients after condylectomy.

4. Objective Application mini titanium board regular treatment condylar process fracture, observe the clinical effect after operation.

5. To investigate the clinical effect of saddle-shaped condylar plate in treating the fracture of the femoral intercondylar and supracondylar.

6. Ramus height and condylar width reduced in the mandibular retrusion group, which was a result of condylar growth inhibition during adolescence.

7. Conclusion Lag screw internal fixation method to treat condylar process fractures of the mandible can restore the anatomic contour and physiological function of condylar process.

8. Objective To investigate AO dynamic condylar screw(DCS) in the treatment of long-segmented and comminuted subtrochanteric fracture.

9. This paper reviews aspects of the mechanism of condylar fractures fractures classification and the treatment.

10. Methods 18 cases(23 lesions) of metacarpal and phalangeal condylar fractures were treated by internal fixation with AO minicondylar plates, and given early postoperative mobilization.

11. Objective To observe curative effects of condylar fracture of the femur with supracondylar interlocking intramedullary nail.

12. The direction of condylar subchondral bone trabeculae was arranged obviously perpendicular to the articular surface in central and posterior parts in the disordered occlusion group.

13. In specimen without ligaments, the condylar process rotates around a central axis about 6 mm underneath the condylar crest. The movement occurs between the condylar process and the articular disc.

14. Objective: Evaluate the different kinds of treatment for mandibular condylar process fractures.

15. Objective To win fine functional recover, the suitable treatment methods of condylar process fracture were selected.

16. Objective To study the treatment outcome of metacarpal and phalangeal condylar fractures by internal fixation with AO minicondylar plates.

17. Meanwhile, the disorder structure of joint, obvious deformation and irregularity of articular disc and condylar process were seen in the opposite sides of joint.

18. OBJECTIVE To investigate the effects of compressive stress on the proteoglycan synthesis of rabbit mandibular condylar chondrocytes cultured in vitro.

19. Objective: To evaluate the clinical manifestation and X-ray image of fracture of condylar process after open treatment.

20. Objective To supply anatomic material for preventing internal maxillary artery injury in the surgery of condylar process of mandible.

21. Objective: To study the use of middle and low-set condylar fractures by rigid fixation with miniplates.

22. Objective To investigate diagnosis(), surgery method and prognosis of intracapsular condylar fractures with removing the fragments.

23. Objective: To provide anatomic data for the application of lag screw osteosynthesis in condylar fractures.

24. As a great promising mediator, parathyroid hormone ( PTH ) can not be replaced in modifying condylar development artificially.

25. PURPOSE : To investigate the after surgical treatment of the condylar fracture and their preventions.

26. Objective To study the feasibility of intraoral approach arthroscope - assisted replacement and fixation mandibular condylar process fractures.

27. Objective To evaluate the effectiveness of lag screw internal fixation in treatment of condylar process fractures of the mandible.

28. Methods Forty cases of femoral supracondylar fracture were treated with dynamic condylar screw.

29. Objective To explore the correlation between the joint line and the range of knee flexion after condylar knee joint replacement.

30. Conclusions These date are very important for application of lag screw osteosynthesis in condylar fracture.

31. Objective To investigate the operative approach for condylar and subcondylar fracture.

32. Relative intensity on early phase of DCE MRI and relative intensity-time curves of clivus, original nasopharyngeal tumor, condylar process, and nasal concha were measured.

33. Objective To study the effect of repairing the defect on the condylar articular cartilage by chondrocyte transplantation.

34. Conclusions:There is a normal contact area between the inner surface of lateral femoral tendon and lateral femur condylar to reduce the contact pressure of the lateral surface of patella.

35. For those with middle and big condylar, partial resection of condylar will offer a wider exposing angle, thus the far lateral transcondylar approach seems necessary.

36. Objective:To study the histology, number, thickness of the tidemark in the adult condylar cartilage and their relationship with age, sex and loading.

37. Results All case techniques rear wound I issue heals up, X line inspection condylar process is good, without broken end shift, occlusion relation returns to normal.

38. Objective To study the feasibility of intraoral approach arthroscope-assisted replacement and fixation of mandibular condylar process fractures.

39. Objective: to study the adjustable external fixator for the treatment of tibial and femoral condylar fractures.

40. Methods: 16 patients with tibial plateau and femoral condylar fracture treated with external fixator.

41. Condylar neck is one of the most predilection sites of mandibular fractures.

42. Gender differences in radiuses of the condylar curves were noted.