Acetabulum Collection

Os coxae, coxal bone, lateral view, anatomy

Harbor seal, Phoca vitulina, green algae
Harbor seal, Phoca vitulina 1, green algae, Acetabularia acetabulum 2 and seaweed, Fucus species 3. Un requin ou veau marin, Phoca vitulina, plante marine Acetabulum, le Tilleul marin

Anatomy of human pelvic bone

Anterior view of human pelvis, with labels

Anatomy of hip fracture

Three dimensional view of human pelvic bones

Hip joint bones and anatomy, artwork C014 / 2032
Hip joint bones and anatomy. Artwork of the bones that form the two hip joints (right and left). The hip is a ball-and-socket joint that provides the mobility needed for walking and running

Cross section biomedical illustration of female type pelvis

Anterior view of human pelvis

Cross section illustration of human pelvis anatomy and male bladder

Anatomy of pelvic bone on female body

Hip pain, artwork C013 / 5917
Hip pain, computer artwork

Hip bones, artwork C016 / 7015
Hip bones. Artwork of a frontal (anterior) view of the left hip, showing the bones that articulate to form this joint. At lower right is the femur (thigh bone)

Hip socket bone grafting, diagram C016 / 6786
Hip socket bone grafting. Diagram showing completed hip socket bone grafting as part of a total hip replacement operation

Hip socket bone grafting, diagram C016 / 6784
Hip socket bone grafting. Diagram showing the second stage in hip socket bone grafting as part of a total hip replacement operation

Hip socket bone grafting, diagram C016 / 6785
Hip socket bone grafting. Diagram showing the third stage in hip socket bone grafting as part of a total hip replacement operation

Hip socket bone grafting, diagram C016 / 6783
Hip socket bone grafting. Diagram showing the first stage in hip socket bone grafting as part of a total hip replacement operation

Hip bones and thigh muscles, artwork C016 / 7016
Hip bones and thigh muscles, artwork

Hip bones, muscles and ligaments, artwork C016 / 7018
Hip bones and thigh muscles. Artwork of a frontal (anterior) view of the left hip, showing bones and some thigh muscles (red). At lower right is the femur (thigh bone)

Total hip replacement, X-rays
Total hip replacement. Coloured X-rays taken during (left) and after (right) surgery to replace the right hip joint of a 65-year-old patient using a prosthetic implant

Hip joint bones and anatomy, artwork C014 / 2031
Hip joint bones and anatomy. Artwork of the bones that form the two hip joints (right and left). The hip is a ball-and-socket joint that provides the mobility needed for walking and running

Bones of the torso, artwork
Bones of the torso and neck, computer artwork. At centre is the spine. The cervical (neck) spine is yellow, the thoracic (upper) spine is red and the lumbar (lower) spine is maroon

Fractured hip, artwork
Fractured hip. Computer artwork of a fracture in the head of the femur (thigh bone)

Hip pain, artwork C013 / 5924
Hip pain, computer artwork

Hip pain, artwork C013 / 5918
Hip pain, computer artwork

Hip pain, artwork C013 / 7803
Hip pain, computer artwork

Hip pain, artwork C013 / 7802
Hip pain, computer artwork

Hip pain, artwork C013 / 7801
Hip pain, computer artwork

Fractured pelvis, X-ray
Fractured pelvis. Coloured X-ray of fractures (red) in the pelvis

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EDITORS COMMENTS

The acetabulum, a crucial component of the hip joint, plays a vital role in our mobility and stability. This concave socket is responsible for connecting the femur to the pelvis, allowing for smooth movement and weight-bearing capabilities. One significant application of the acetabulum is in hip replacement surgeries. When damage or degeneration occurs due to conditions like osteoarthritis or injury, this procedure replaces the damaged joint with an artificial one. The success of such surgeries depends on accurately recreating the shape and function of the acetabulum. Artwork depicting a front view of a body showing a total hip replacement showcases how surgeons meticulously restore functionality by replacing both sides of the joint – including the acetabulum – with prosthetic components. In nature, harbor seals (Phoca vitulina) also rely on their strong hips supported by healthy acetabula to navigate through water effortlessly. These graceful creatures showcase remarkable agility as they glide through their marine habitats. Interestingly, green algae can sometimes find its way into human joints, including the acetabulum. While this may sound unusual, it highlights how intricate our bodies are and how various factors can impact our health. However, not all ailments related to this essential structure involve external elements like algae; some occur internally due to compromised blood supply known as avascular necrosis hip. An illustration demonstrates this condition where insufficient blood flow leads to bone tissue death within the hip joint area. To better understand its anatomy and location within our bodies, we can explore images showcasing anterior views of human pelvises with labeled structures such as bones and organs surrounding it. Moreover, biomedical illustrations provide cross-sectional views that reveal detailed insights into female pelvic bones' three-dimensional structure while highlighting adjacent reproductive systems' complexity. Studying these visuals helps us appreciate just how interconnected our bodies are – from understanding fractures that affect proper functioning to recognizing each component's significance within complex systems like reproduction.