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Modified posterior approach to the hip joint

Iyer Krishna Mohan

Department of Hepatology and Gastroenterology, Mansoura specialized medical hospital, Mansoura University, Egypt

E-mail : kmiyer28@hotmail.com

DOI: 10.15761/GII.1000101

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Figures & Data

Figure 1. Device used to test stability of the Hip Joint showing the pelvis fixed and protractors to measure the angle of flexion/extension, adduction/abduction and internal rotation/external rotations (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 2. Device used to test stability of the Hip Joint showing the pelvis fixed and protractors to measure the angle of flexion/extension, adduction/abduction and internal rotation/external srotations (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 3. . Internal rotation torque being applied when the Hip Joint is standardized to a fixed angle of flexion and adduction (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 4. Line Diagram showing the osteotomy of the posterior overhanging part of the greater trochanter: (Courtesy: Line Diagram reproduced with the kind permission of Injury/Elsevier): A: Gluteus maximus; B: Gluteus medius; C: Piriformis; D: Triradiate tendon; E: Quadratus femoris; F: Sciatic nerve; G: Greater trochanter, H: Osteotome.

Figure 5. Line Diagram showing the osteotomy completed and the flap retracted. (Courtesy: Line Diagram reproduced with the kind permission of Injury/Elsevier); A: Gluteus maximus; B: Gluteus medius; C: Piriformis; D: Triradiate tendon; E: Quadratus femoris; G: Greater trochanter.

Figure 6. Line Diagram to show that the Osteotomy is completed and the flap retracted, after incising the capsule to expose the Hip Joint, (Courtesy: Reproduced with the kind permission of Injury/Elsevier).

Line diagram showing the following structures: A: Gluteus maximus; B: Gluteus medius; C: Piriformis; D: Triradiate tendon; E: Quadratus femoris; G: Greater trochanter; I: Acetabulum; J: Femoral head.

Figure 7. Hip Joint opened (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 8. Wiring of the trochanteric fragment (Courtesy: Photograph reproduced with the kind s permission of Injury/Elsevier).

Figure 9. Hip Joint reconstituted (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 10. Radiograph of total Hip prosthesis (Courtesy: Radiograph reproduced with the kind permission of Injury/Elsevier).

Figure 11. Radiograph of Bipolar prosthesis (Courtesy: Radiograph reproduced with the kind permission of Injury/Elsevier).

Figure 12. Radiograph of Thompson’s hemi-arthroplasty (Courtesy: Radiograph reproduced with the kind spermission of Injury/Elsevier).

Editorial Information


Article Type

Image Article

2021 Copyright OAT. All rights reserv

Publication history

Received date: October 25, 2016
Accepted date: November 1, 2016
Published date: November 3, 2016

Copyright

© 2016 Mohan IK. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

Citation

Mohan IK (2016) Modified Posterior Approach to the Hip Joint. Glob Imaging Insights 1: DOI: 10.15761/GII.1000101

Corresponding author

Iyer Krishna Mohan

Formerly Locum Consultant Orthopaedic Surgeon, Royal Free Hampstead NHS Trust, Royal Free Hospital, London, United Kingdom

E-mail : kmiyer28@hotmail.com

Figure 1. Device used to test stability of the Hip Joint showing the pelvis fixed and protractors to measure the angle of flexion/extension, adduction/abduction and internal rotation/external rotations (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 2. Device used to test stability of the Hip Joint showing the pelvis fixed and protractors to measure the angle of flexion/extension, adduction/abduction and internal rotation/external srotations (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 3. . Internal rotation torque being applied when the Hip Joint is standardized to a fixed angle of flexion and adduction (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 4. Line Diagram showing the osteotomy of the posterior overhanging part of the greater trochanter: (Courtesy: Line Diagram reproduced with the kind permission of Injury/Elsevier): A: Gluteus maximus; B: Gluteus medius; C: Piriformis; D: Triradiate tendon; E: Quadratus femoris; F: Sciatic nerve; G: Greater trochanter, H: Osteotome.

Figure 5. Line Diagram showing the osteotomy completed and the flap retracted. (Courtesy: Line Diagram reproduced with the kind permission of Injury/Elsevier); A: Gluteus maximus; B: Gluteus medius; C: Piriformis; D: Triradiate tendon; E: Quadratus femoris; G: Greater trochanter.

Figure 6. Line Diagram to show that the Osteotomy is completed and the flap retracted, after incising the capsule to expose the Hip Joint, (Courtesy: Reproduced with the kind permission of Injury/Elsevier).

Line diagram showing the following structures: A: Gluteus maximus; B: Gluteus medius; C: Piriformis; D: Triradiate tendon; E: Quadratus femoris; G: Greater trochanter; I: Acetabulum; J: Femoral head.

Figure 7. Hip Joint opened (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 8. Wiring of the trochanteric fragment (Courtesy: Photograph reproduced with the kind s permission of Injury/Elsevier).

Figure 9. Hip Joint reconstituted (Courtesy: Photograph reproduced with the kind permission of Injury/Elsevier).

Figure 10. Radiograph of total Hip prosthesis (Courtesy: Radiograph reproduced with the kind permission of Injury/Elsevier).

Figure 11. Radiograph of Bipolar prosthesis (Courtesy: Radiograph reproduced with the kind permission of Injury/Elsevier).

Figure 12. Radiograph of Thompson’s hemi-arthroplasty (Courtesy: Radiograph reproduced with the kind spermission of Injury/Elsevier).