Nghĩa của từ acetabular bone bằng Tiếng Việt

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Đặt câu có từ "acetabular bone"

1. Acetabular bone loss after tumor resection.

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

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

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

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

6. 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.

7. Local infection; very short life expectancy (< 3 months); massive deficiency of acetabular bone stock.

8. Treatment of acetabular bone defects presents a great challenge in revision total hip arthroplasty (THA).

9. Deficiencies of the acetabular bone stock are an increasing and challenging problem in revision hip surgery.

10. Primary endoprosthetic replacement should only be considered when the acetabular bone stock allows stable cup fixation.

11. He describes an original technique of reconstruction of the peri-acetabular bone with the ipsilateral proximal femur.

12. The artificial acetabular bone shell layer and the femoral head inner core layer have high tough, shockresistant performance.

13. We followed prospectively 27 patients with severe acetabular bone-stock deficiencies due to developmental dysplasia of the hip.

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

15. Alterations of acetabular bone stock and soft tissue are responsible for a high rate of instability of the THR.

16. The author reports his experience of surgical treatment of extensive metastatic involvement of the acetabulum and peri-acetabular bone.

17. Acute or chronic infections, severe acetabular bone defects preventing adequate anchorage of the prosthesis—particularly destruction of the posterior column.

18. We used computed tomography (CT) and 3D design-based sampling principles (stereology) to estimate changes in acetabular bone density after periacetabular osteotomy.

19. 51 cases of repeat hip replacement have been reviewed, using allografts for acetabular bone loss, stages 2 and 3 (27 lyophilised and 24 deep-frozen).

20. The artificial acetabular bone lining and the artificial femoral head spherical shell layer of the hip joint have high rigid, anti-corrosion and anti-wear performance.

21. In kittens younger than 12 weeks, there is a possibility of premature fusion of the acetabular bone, resulting in development of a deformed, shallow Acetabulum and hip subluxation

22. One of the major factors accounting for this is the compromised acetabular bone quality with structural defects subsequent to collapsing of the femoral head in high-grade AVN.

23. We describe a new operative technique for reconstruction of deficient acetabular bone which allows the implantation of the socket of a total hip replacement at the level of the true acetabulum.

24. An artificial hip joint consisting of multi-layer shell core composite structural components includes an artificial acetabular bone (1) and an artificial femoral head (2) which are mutually matched with each other.

25. Severe acetabular bone defects were predicted by an increased wear rate (odds ratio, OR = 5.782 for wear rate above 200 mm3/y), and increased height of the patient (OR = 0.905 per each centimetre).

26. In this study we implanted an acetabular reinforcement ring with hook (ARRH), which had been used successfully for other indications with acetabular bone stock deficiency, in 32 consecutive THA’s in 29 patients with AVN.

27. Discrepancy between the complaints of the patients with loose components and destruction of acetabular bone led to the development of a four stage radiological grading system which would enable loosening to be anticipated in routine cases.

28. Therefore, it was both interesting and important to evaluate its outcome in revision acetabuloplasty. This phase II multi-centre study involves 44 revision total hip replacements (35 evaluable) in patients with acetabular bone defects who received allografts obtained from femoral heads harvested from living donors.