Under what circumstances does a cerebral palsy FSPR require a lower limb orthopaedic surgery?

The issue has also recently been raised by your fellow patients. A challenge after the FSPR operation is the lack of rehabilitation and the lack of rehabilitation training: It may be the problem of the rehabilitationer, it may be the problem of self-training, but in practice there are many patients, especially when there is a lack of adolescent rebellion, and when there is a lack of rehabilitation, there will be a decline in physical activity, because the patient ‘ s muscle tension will have to be improved through extensive rehabilitation training in order to repair the patient ‘ s walking position, but at this point, when it is not just muscle tension, but also physical malformation, which is a motor, not a real static condition, and in which case, do we have to look at the circumstances in which we have to deal with these so-called malformations? What do you mean, no surgery?

The first is that, in a natural state of relaxation, a patient can easily open his or her lower limbs to 60 degrees (60 degrees bygone) because 60-70 degrees is a watershed, and if he or she can break it to 70 degrees, he or she can naturally reach 60 degrees, and strictly not perform internal laxation. Reasons: 1. Antagons are free enough to be available; 2. If an internal acoustic laxation is performed, the patient, if he/she is too weak to be able to absorb his/her internal muscles, is caught in a tight and embarrassing state, but if he/she is over-opened, his/her lower limbs cannot be repaired and becomes irreversibly deformed, which is the standard to be followed in the internal acoustic laxation operation, and the reason for this is prolonged lack of training or poor power. 3. If the overall muscle strength of the patient is poor and is still something to carry in order to walk, the internal laxation of the muscle is not easily performed, unless it is less than 40 degrees for a double lower limb and the power is low, in which case the internal laxation is given priority because it severely limits the rehabilitation and training of the patient ‘ s muscle strength.

(b) Second: hectic; some patients have an error of less than one centimetre (absolutely static twitch) and in this case are not anxious to perform a hectic extension if the patient ‘ s four-headed muscles are too weak, but can do so by putting down a sloped shoe mat on their feet, making up the difference of one centimetre, quickly helping the patient to complete the training of the four-headed muscles, when the strength of the patient ‘ s four-headed muscles is sufficient: 20 seconds of independence, two-sided sole legs, at which point the muscles are strong enough, and when the scintillation becomes a critical point for the patient ‘ s walking position and stability, it is only possible to do so, if the hectics are just a little bit nervous, not at this point of rush to do a hectic extension, but at the core or to adjust the patient ‘ s entire muscle line and muscle strength;

Third: internal hooves; when a patient ‘ s walking position and power lines are in place, internal hooves lead to deformations of the hooves, knees and ankles, they are considered for corrective hooves for three main purposes:

1. Coordinating the line of power of the patient to walk, adjusting the position of walking, and providing a sound basis for step training, which is the core acclimatization and choice of the lower limb. If the main contradiction is that the patient is poorly trained, not empowered, and if the malformation is not, or is not, the problem of training force has not been resolved at all, since the blindly deformed surgery has been completed, and since it has destroyed the muscle fibre itself, the patient ‘ s muscle strength has been further reduced, leading to no increase in the patient ‘ s inertia and mobility, but rather to a major problem for the patient, i.e., the difficulty of walking, or even the harmful consequences, and the fact that the patient encounters a number of sudden events, such as wrestling, fractures, the need for static, and even the degradation of the action, or even the lack of access to the path, that is, the circumstances in which, after the FSPR operation, we have chosen the orthopaedic of the lower limbs, and how to adapt to the effects of the corresponding surgery, in the hope that these professional judgements will help the patient achieve the best possible treatment.