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1. Design: Retrospective review of scapular or glenoid fractures.

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

3. Exercises to center the humeral head in the glenoid fossa were done to achieve glenohumeral control, and then progressed to more challenging positions.

4. To study the related anatomy of a glenoid fossa approach -one of surgical approaches to the lateral skull base .

5. Patients: All treated scapular or glenoid fractures over 7 years (1999-2005) were determined.

6. The stresses in the glenoid fossa were the greatest in the back slope of the articular eminence. The regions of the greater compressive stresses of the mandible were those around the force line.

7. Of a total of 227 scapular or glenoid fractures, 37 were treated with open reduction internal fixation and formed the basis of study.

8. Objective:To investigate the position of the glenoid fossa in different sagittal skeletal features.

9. Conclusions: Biologic resurfacing of the glenoid can provide pain relief similar to total shoulder arthroplasty.

10. Howeer, a subset of patients hae deelopment of glenoid arthritis and rotator cuff deficiency due to tuberosity failure.

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11. The glenoid fossa exhibits retroversion and a spiral twist in the horizontal plane, this anatomy property should be considered in the design of shoulder prosthesis.

12. Conclusion Glenoid labrum is one of the most frequent parts of shoulder joint to be injured.

13. Objective To analysis the position of glenoid fossa in subjects with different skeletal features.

14. Summary: Displaced intra-articular fractures of the glenoid are rare and frequently result from high-energy injuries.

15. Objective To introduce anatomical basis of glenoid fossa approach and the clinical value of this approach for removal of glomus jugulare tumor.

16. Results The double contrast CT arthrography showed posterior bone defects, posterior glenoid labrum tear and enlargement of posterior capsular cavity.

17. The use of three-dimensional data provided greater agreement among observers with regard to the zone of glenoid bone loss, glenoid prosthetic fit, and surgical decision-making.

18. Results MRI of shoulder in 34 cases showed full-thickness and partial-thickness tears of the rotator cuff, tendinitis, glenoid labrum tear, synovitis, biceps tendinitis, biceps dislocation and tumors.

19. The deformation volume of the articular disc is bigger than that of the glenoid fossa and the condyle.

20. Objective To discuss the practical significance and clinical therapeutic effects of shoulder arthroscopy technique in the diagnosis and treatment of glenoid labrum injury.

21. A partial dislocation (subluxation) means the head of the upper arm bone (humerus) is partially out of the socket ( glenoid ).

22. ConclusionsOur study demonstrated that mandibular deviation may result in adaptive remodeling of condyle and glenoid fossa as well as the location change of condyle in relative to glenoid fossa.

23. Objective To investigate the classification, operative indication and methods of glenoid cavity fractures.

24. Objective To investigate the effect of unilateral mastication on glenoid fossae by means of animal experiment.

25. Conclusion: In the aspect of variety, it's more steep on the frontier wall of the glenoid fossa in low angle type.

26. Imaging examinations showed that the upper ends of posterior ramus were in the glenoid fossa, and with time going on, it became a smooth and flat ball gradually.