Detailed Depiction of the Adult Female Hip

Description

Centered on the os coxae and proximal femur, the illustration presents the acetabulum receiving the femoral head, with the femoral neck angling medially and the greater trochanter projecting laterally for abductor attachment. Superiorly, the iliac crest arcs toward the anterior superior iliac spine, while the pubic body and inferior pubic ramus run anteromedially and the ischial tuberosity sits posteroinferiorly as a weight-bearing landmark in sitting. A wider subpubic angle and broader pelvic inlet, typical of an adult female pelvis, frame the hip region without obscuring the joint’s bony architecture. Sex-based pelvic morphology matters when you teach or plan around hip biomechanics. A relatively wider pelvis tends to increase the femoral obliquity from hip to knee, which helps explain why some patients present with greater dynamic valgus and altered gluteus medius demand during gait, and why lateral hip pain from greater trochanteric pain syndrome can be stubborn when abductor mechanics are suboptimal. Surgical work benefits from this perspective too: acetabular orientation and femoral neck geometry influence component positioning in total hip arthroplasty and the pattern of femoroacetabular impingement, while bony landmarks such as the anterior superior iliac spine and pubic symphysis anchor pelvic tilt assessments used in preoperative templating. Expect to use this asset in gross anatomy labs, pelvic and hip modules in physical therapy or sports medicine curricula, and orthopedic or radiology publications that need accurate terminology for the coxa (hip bone) and hip joint. It also suits patient-facing education on hip replacement planning when you want to explain why pelvic shape affects alignment targets. Anatomical accuracy verified by SciePro's Medical Advisory Board.