- Illustrations
- Hip Joint
Hip Joint
The black woman's hip emphasizing a lateral orientation.
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Description
Lateral profile of an adult Black female figure centers the coxal region, with the iliac crest and greater trochanter forming the dominant bony landmarks beneath the soft tissue contour of the hip. Superior to the acetabular level, the iliac wing and anterior superior iliac spine define the anterior pelvic rim, while the gluteal prominence lies posterior to the hip joint line and the proximal femoral shaft descends distally toward the thigh. The femoral head sits medial and slightly anterior to the greater trochanter, articulating with the acetabulum of the innominate bone, a relationship that the side view conveys cleanly even in a surface-rendered model. Skin and surface form are the focus. For teaching surface anatomy, this perspective matters because it maps palpation targets to underlying joint geometry: the greater trochanter is lateral to the femoral head, and the acetabulum sits just inferior to the anterior inferior iliac spine, which helps learners avoid “chasing” the joint line too far posteriorly. Clinically, the lateral hip is where greater trochanteric pain syndrome localizes, often involving the gluteus medius and minimus tendons and the trochanteric bursae, and this orientation supports explanation of why pain worsens with side-lying or single-leg stance. Orthopedic surgeons also plan incisions and retractor placement for the direct lateral (Hardinge) approach to total hip arthroplasty using these same surface cues, balancing exposure against abductor preservation. Clear landmarks matter. Use this asset in musculoskeletal anatomy and physical examination courses to illustrate palpation of the iliac crest, ASIS, and greater trochanter, and in patient-facing education for lateral hip pain, hip injections, or post-arthroplasty precautions where body habitus and skin tone representation should be accurate. It also fits orthopedics and sports medicine texts discussing Trendelenburg gait mechanics and abductor tendinopathy. Anatomical accuracy verified by SciePro's Medical Advisory Board.