Fracture & Trauma
Acetabular Fracture Surgery in Surat
Hip socket fracture surgery at Vedaant Orthopaedic Center, Surat — where accurate reconstruction of the joint surface decides whether the hip survives long term.
In short: The acetabulum is the socket of the hip joint. Fractures usually follow high-energy injury such as a road traffic accident. Because the break runs through a weight-bearing joint surface, restoring that surface accurately is the single factor most strongly linked to whether the hip develops arthritis afterwards.
Why these fractures are treated differently
Most fractures need to heal in reasonable alignment. Acetabular fractures need to heal in near-perfect alignment, and the tolerance is measured in millimetres.
The reason is mechanical. The hip transmits several times body weight through a curved socket, and load is spread across that whole surface. A step or gap left in the surface concentrates that load onto a small area of cartilage, which then wears out. The relationship between the accuracy of reduction and the later development of arthritis is one of the more consistent findings in trauma surgery.
This is also why these injuries are treated as a specialist problem. The first operation is by far the best opportunity to get the surface right. Salvaging a socket that healed in a poor position is considerably harder, and often means hip replacement into scarred, deformed bone.
How they happen
- Road traffic accidents — commonly a dashboard injury, where force travels up the thigh bone and drives the femoral head into the socket.
- Falls from height, transmitting force through the leg into the pelvis.
- Falls from standing in older patients with weak bone, where a relatively minor fall breaks an osteoporotic socket.
In high-energy injury the patient is assessed as a whole before the fracture is addressed. Acetabular fractures frequently accompany chest, abdominal and head injuries, and those take precedence.
Assessment
- Full trauma assessment, since these injuries rarely occur alone
- Checking the sciatic nerve, which runs immediately behind the socket and can be injured
- Pelvic X-rays including oblique views
- CT with reconstructions — essential, since plain films consistently understate the fracture pattern
- Assessment of whether the hip is stable and congruent, or subluxating
- Urgent reduction if the hip is dislocated, since delay threatens the blood supply to the femoral head
A dislocated hip alongside an acetabular fracture is an emergency. The femoral head’s blood supply is at risk while it remains out of joint, and prompt reduction reduces the chance of it dying later.
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Pelvic or hip socket injury needing specialist assessment?
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Treatment
Non-surgical management is reasonable where the fracture is undisplaced, the hip remains congruent and stable, and the weight-bearing part of the socket is intact. It means a period of protected weight-bearing with close radiographic monitoring.
Surgical fixation is indicated where the surface is displaced, the hip is unstable or subluxating, a fragment is trapped inside the joint, or the weight-bearing dome is involved. The approach is chosen according to which columns of the socket are broken, and the aim is anatomical reduction held with plates and screws.
Primary hip replacement is sometimes the better option in an older patient with osteoporotic, badly comminuted bone, where accurate fixation is unlikely to be achievable and where a single definitive operation serves the patient better than fixation followed by later replacement.
Recovery
| Stage | What to expect | What you can do |
|---|---|---|
| Week 0–6 | Protected weight-bearing to avoid loading the reconstructed surface. | Transfers and walking with crutches or a frame, touch weight-bearing only. |
| Week 6–12 | X-rays confirm the fracture is uniting before load is increased. | Weight-bearing progressed on instruction. Hip movement and strengthening. |
| Month 3–6 | Walking without aids for most patients as strength returns. | Progressive strengthening; return to sedentary work. |
| Year 1+ | Periodic X-rays to watch for post-traumatic arthritis. | Normal activity within comfort; high-impact loading discouraged. |
Risks
- Post-traumatic arthritis, the main long-term concern, and strongly related to how accurately the surface was restored.
- Avascular necrosis of the femoral head, particularly after dislocation.
- Sciatic nerve injury, from the original trauma or from surgical retraction.
- Heterotopic ossification — bone forming in the surrounding muscle, which can restrict movement.
- Infection and blood clots, as with any major pelvic surgery.
Frequently asked questions
Why is a CT scan necessary?
Plain X-rays consistently understate acetabular fracture patterns. CT with reconstructions shows which columns are broken, whether fragments are trapped in the joint, and how much of the weight-bearing dome is involved — all of which determine the surgical approach.
Will I get arthritis afterwards?
It is the main long-term risk, and the likelihood relates closely to how accurately the joint surface was restored and how much cartilage was damaged at the moment of injury. Some cartilage damage happens on impact and cannot be undone by surgery.
Can a hip replacement be done later if needed?
Yes. Replacement after a healed acetabular fracture is more complex than a routine one because of scarring, deformity and retained metalwork, but it is a well-established option where arthritis develops.
How long before I can put weight on the leg?
Typically several weeks of protected weight-bearing, progressed once X-rays show union. The exact instruction depends on the fracture pattern and the fixation used.
Why does the hip need to be relocated urgently?
While the femoral head is out of joint its blood supply is compromised, and prolonged dislocation raises the risk of the bone dying afterwards. Reduction is therefore treated as an emergency.
Related treatments
Visit the clinic
Vedaant Orthopaedic CenterUG/9B Galloping Corridor, GD Goenka School Road
(Canal Road – VIP Road)
Surat, Gujarat 395007
| Monday | 10:00 am – 8:00 pm |
|---|---|
| Tuesday | 10:00 am – 8:00 pm |
| Wednesday | 10:00 am – 8:00 pm |
| Thursday | 10:00 am – 8:00 pm |
| Friday | 10:00 am – 8:00 pm |
| Saturday | 10:00 am – 8:00 pm |
| Sunday | 10:00 am – 1:00 pm |
Medically reviewed by Dr Dev Padia, MS Ortho (USA)
Orthopaedic & Joint Replacement Surgeon, Vedaant Orthopaedic Center, Surat.
Last reviewed:
The information on this website is for general guidance and does not replace a personal medical consultation. Please consult a qualified doctor about your own symptoms.