1. Acetabular cup

2. Acetabular reamer

3. Acetabular cup inserter

4. An acetabular component for a prosthetic hip joint generally consists of an acetabular shell (60) and an acetabular liner (10).

5. Acetabular Labral Tears.

6. Acetabular cup-liner assembly

7. Expandable, supporting acetabular cup

8. An acetabular liner insertion guide (10) aligns a liner (12) within an acetabular shell.

9. Multiple bearing acetabular prosthesis

10. An acetabular implant assembly

11. Fractures of the femoral head, anterior column, anterior acetabular wall, and high transverse acetabular fractures.

12. Acetabuloplasty if acetabular dysplasia persists.

13. Acetabular cup, system and method

14. Acetabular fractures are severe injuries.

15. Acetabular cup and bone fracture plates

16. Acetabular Rim Damage and the Labrum

17. [Yes/No] Acetabular roofs are discontinuous

18. Relative: acetabular defects, that can be reconstructed by other, smaller implants, for example, press-fit acetabular cups.

19. Acetabular bone loss after tumor resection.

20. Universal acetabular guide and associated hardware

21. The constraining portions may include inclined surfaces to induce rotation of the acetabular liner within the acetabular shell.

22. Segmental acetabular bone defects involving both columns (Paprosky type 3A, 3B) with loosened acetabular cup or a Girdlestone situation.

23. Indications Symptomatic acetabular dysplasia with closed physes.

24. Hip prosthesis with monoblock ceramic acetabular cup

25. Prosthetic acetabular cup and method of implant

26. Universal acetabular cup for a hip prosthesis

27. Fill additional acetabular defects with morsellized bone graft.

28. Orthopaedic implants such as tibial implants, acetabular inserts

29. Acetabular Fractures An Acetabular fracture is a break in the socket portion of the "ball-and-socket" hip joint

30. The position of the transverse acetabular ligament of the pelvis and the position of the acetabular labium of the pelvis are determined.

31. Appreciation of the bone stock in the medial Acetabular wall is significant for making an optimal Acetabular reconstruction plan and avoiding complications.

32. ➤ Frequent characteristics of developmental dysplasia that may be seen on an Anteroposterior pelvic radiograph are a hypoplastic acetabular weight-bearing zone, steeply sloped acetabular roof, lateralized center of rotation, acetabular anteversion or retroversion in the …

33. Coxa profunda refers to a deep acetabular socket

34. Many methods of acetabular reconstruction have been described.

35. Apparatus and method of determining acetabular center axis

36. Constrained acetabular devices are one way of treating this.

37. The Acetabular labrum is triangular in cross-section, with the base applied to the Acetabular rim and the apex being the free margin

38. Primary acetabular bone defects in developmental dysplasia of the hip.

39. Surgical treatment includes the correction of femoral and acetabular pathology.

40. Systems, devices, and methods are provided for aligning acetabular implants.

41. The Acetabulum can fracture through the acetabular physis in immature cats

42. Traumatic disruption of the acetabular triradiate cartilage is an infrequent injury.

43. Pelvic osteotomies were developed to increase or restructure the acetabular surface.

44. “One of the most important findings was any degree of Acetabular

45. Method and system of mapping femoral head for acetabular prosthesis alignment

46. This study demonstrated that through a modified Smith-Peterson approach and with execution of the osteotomies from the inside of the pelvis the acetabular fragment remains vascularized by the supra-acetabular and acetabular branches of the superior gluteal artery, the obturator artery and the inferior gluteal artery.

47. Acetabular cysts, or Acetabular paralabral cysts (APLCs) are common in the hip and can be asymptomatic in as many as 1/4 th of the patients who have them

48. Thirty-three hips with minimal acetabular deficiency required no bone grafting; the remaining 24 hips were treated by morselized or structural allograft in addition to a new acetabular component.

49. A high proportion of acetabular loosening was seen in rheumatoid hips.

50. Acetabular (-lăr), adjective See: illustration Medical Dictionary, © 2009 Farlex and Partners

51. Basically, they are classified as hip dislocations, dislocation fractures and acetabular fractures.

52. In this study 12 select cases with acetabular fractures were peer reviewed.

53. There was significant polyethylene wear and osteolysis associated with the acetabular cup .

54. The acetabular bone defect is filled with autogenous or homogenous bone grafts.

55. We feel that an uncemented spiked acetabular implants is a worthwhile concept.

56. Redislocation occurred in 4 Patients (7% ) , mainly attributed to defective acetabular labium.

57. In an exemplary embodiment, the acetabulum is prepared and fitted with a prosthetic acetabular cup 702 and a prosthetic femoral head 1102 is fitted into the prosthetic acetabular cup 702.

58. Management of primary or secondary acetabular bone loss (D’Antonio type I–IV ).

59. Need for reconstruction of acetabular roof with compact bone grafts fixed with screws.

60. In recent years primary arthroplasty for acetabular fractures has also received increasing attention.

61. The acetabular prosthetic cup is aligned relative to the calculated acetabulum center axis.

62. Acetabular (hip socket) fractures are serious orthopedic injuries, usually resulting from significant trauma

63. The acetabular component is mainly inserted into the bone stock without using cement.

64. Fractures of the posterior wall are the most common of the acetabular fractures.

65. These factors are negative predictors and compromise a favorable outcome after acetabular surgery.

66. One revision was necessary following fracture of an acetabular component secondary to trauma.

67. Methods and devices for patient-specific acetabular component alignment in total hip arthroplasty

68. The majority of Acetabular fractures are caused by some type of high-energy

69. An acetabular total hip component alignment system for accurate intraoperative positioning in inclination

70. All cups but two were radiographically stable, and 11 hips showed acetabular osteolysis.

71. Customized patient-specific acetabular orthopaedic surgical instrument and method of use and fabrication

72. Structured bone grafts, predominantly homologous bone, were used in ten cases for acetabular reconstruction.

73. Provided are acetabular cup implant assemblies that can be used in hip replacement surgery.

74. Labral lesions are common accompanying findings in acetabular dysplasia, representing an important prognostic factor.

75. Replacement of a loosened acetabular cup attended by massive bone defects involving both columns.

76. The method used is a precise tool to estimate changes in acetabular bone density.

77. For large superolateral acetabular bone deficiencies, this implant facilitated a complex reconstruction without the need for bulk structural acetabular bone grafts, provided good clinical results and showed satisfactory stability at the midterm follow-up.

78. Pathology Coxa valga is often associated with shallow acetabular angles and femoral head subluxation

79. This affixing means also releasably secures the ball generally mated with the acetabular cup, so that the positioner flange and the positioner arm can be released and removed from the remainder of the apparatus while the pusher ball remains within the acetabular cup to maintain uninterrupted pressure on the acetabular cup via the pusher arm.

80. The acetabular component (110) is implanted in a recess formed in the patient's acetabulum.