Hip disarticulation prostheses are the type of prosthesis used in high-level amputations in which the entire leg is separated at the hip joint. Prosthesis use at this level requires hip, knee and foot movements to be managed together; you can review the general framework of prosthetic applications at this amputation level on a separate page. Applications are planned in line with the specialist physician's assessment and medical report.
Structure of the prosthesis
In this type of prosthesis, the socket section is designed to enclose the hip. The main functions of the socket are:
- Keeping the prosthesis attached to the body
- Supporting the swing movement of the leg
- Transferring the load in a balanced way
In addition to the socket, the prosthesis works together with the selected knee joint components, and since the number of connecting components is greater at this level, keeping the prosthesis lightweight is given importance for ease of use.
Joint options
The hip joint can be selected according to different placements and modes of operation. Common types include:
- Anteriorly positioned hip joints
- Inferiorly positioned free-motion joints
- Inferiorly positioned locking joints
Which joint design is appropriate is assessed according to the person's mobility level, muscle strength and daily living requirements.
Use and adaptation process
High-level prosthesis use requires a certain period of adaptation and getting used to it; general information on the component structure and areas of use of hip disarticulation prostheses can help in understanding this process. During this process, walking with the prosthesis, balance and control of the joints are practiced as part of the rehabilitation program. Selection, adjustment and follow-up of the prosthesis are carried out with the specialist team, in line with the physician's prescription.
This content is for informational purposes only; for diagnosis and treatment, you should consult your physician.
