The term bionic prosthetic leg is used to describe microprocessor-controlled prosthetic systems. These systems aim to provide more stable and natural movement during walking by controlling joint motion through sensors and an electronic control unit. Which system is appropriate is determined as a result of a specialist physician's assessment, according to the person's amputation level and general health.
How microprocessor prostheses work
In microprocessor prostheses, the knee or ankle joint is continuously monitored by sensors that detect the gait phase. The collected data are processed by the electronic control unit and the joint's resistance is adjusted in real time. This design aims for:
- Adaptation to different walking speeds
- Balance support when the ground surface changes
- Stable stance that reduces the risk of falling
Below-knee and above-knee applications
The amputation level directly affects the type of prosthesis to be fitted. In below-knee applications, ankle and foot components are generally the focus. In above-knee applications, control of the knee joint becomes important. In both cases, component selection is made taking into account the person's mobility level, muscle strength and daily living needs.
Assessment and adaptation process
Prosthetic applications are carried out in line with the physician's report and prescription. In the process, which consists of measurement, trial and adaptation stages, the prosthesis is adjusted to the individual. Rehabilitation work is an important stage so that the user can use the prosthesis safely. For information on reimbursement and social security coverage, it is appropriate to seek support from the relevant institution and the specialist team.
This content is for informational purposes only; for diagnosis and treatment, you should consult your physician.
