Female
Views: 0 Author: Jerry Publish Time: 2026-09-28 Origin: Site
Stable Reconstruction. Early Mobilization. Better Quality of Life.
“The bipolar implant system showed precise modular design, excellent compatibility, and ease of implantation, providing good stability, especially for elderly patients requiring partial hip replacement.”
This clinical case from Venezuela describes an 81-year-old female patient with a left hip fracture who underwent partial hip replacement, also known as hip hemiarthroplasty. A modular bipolar hip prosthesis was used to reconstruct the hip, with the goal of restoring joint stability and supporting postoperative mobilization.
Preoperative X-ray showing a left hip fracture.
Postoperative X-ray showing a bipolar hip prosthesis with good position and stability.
Preoperative X-ray imaging documents the left hip fracture before hip hemiarthroplasty. Postoperative radiographic imaging shows the implanted bipolar hip prosthesis, providing a visual reference for its position following partial hip replacement.
The modular bipolar prosthesis system used in this hip hemiarthroplasty includes a cementless long femoral stem, a metal femoral head, and bipolar head components. The implant components and dedicated hip arthroplasty instrument set support the preparation and placement of the prosthesis during partial hip replacement.
An 81-year-old woman with a left hip fracture was treated at Central Hospital of Caracas, Venezuela. No major comorbidities were reported.
Under spinal anesthesia, the fractured femoral head was replaced with a modular bipolar prosthesis. Proper implant fit and stability were confirmed.
The procedure was completed without complications. Follow-up showed satisfactory recovery, stable healing, and improved function.
The case involved an elderly female patient with a left hip fracture who required surgical treatment to restore hip stability and support early mobilization.
The patient underwent partial hip replacement using a modular bipolar prosthesis system.
A bipolar prosthesis is commonly used for elderly patients with hip fractures because it can provide stable reconstruction, modular compatibility, and reliable postoperative hip function.
The surgical area was the hip joint, specifically the left hip.
The goal was to reconstruct the fractured hip, restore joint stability, reduce pain, and help the patient begin postoperative recovery and mobilization.
The case included preoperative X-ray imaging and postoperative radiographic imaging to show the fracture condition and the position of the implanted prosthesis.
A modular bipolar prosthesis system was used for the partial hip replacement procedure.
The system offers modular component matching, stable fixation, and dedicated instrumentation, which can help surgeons adapt the implant to the patient’s anatomy and surgical needs.