The phrase "adjustment of leg" is correct and usable in written English.
It can be used in contexts related to physical therapy, orthopedics, or any situation where modifications to a leg's position or function are being discussed.
Example: "The doctor recommended an adjustment of leg to improve the patient's mobility after the injury."
Alternatives: "leg modification" or "leg alignment adjustment".
Clinical advantages of the modular neck include intraoperative adjustment of leg length via the neck-head taper and femoral anteversion via the neck-stem taper.
Modular femoral heads offer the advantages of increased intraoperative flexibility through the adjustment of leg length and offset, whereas a modular femoral neck can also allow independent adjustment of femoral anteversion.
The IR-HGS association was not changed after further adjustment of leg strength.
In addition, individual adjustment of leg length, offset, and anteversion can be obtained.
Leg retraction leads to automatic adjustment of leg contact angle with changes in terrain height (Seyfarth et al. 2003).
Modularity at the head-neck junction of the femoral component in THA became popular as a design feature with advantages of decreasing implant inventory and allowing adjustment of leg length, offset, and soft tissue balancing through different head options.
Head modularity allows adjustments of leg length and offset [ 1– 3] and also allows the use of ceramic as a bearing option.
To compensate the energy variation between the current and desired apex states, a stiffness adjustment of the leg spring in stance phase is presented.
After adjustment of the leg volume measurements at V2 with the above defined time-correction formula, within-individual coefficient of variance for both legs appeared to be even lower than without adjustment (Table 2).
This means that multiple neck options permit correct offset reconstruction and better adjustment of retroversion/anteversion and leg length.
A recently published model of an elastically operating, segmented leg predicts that proper adjustment of joint elasticities to the leg geometry and initial conditions of ground contact provides internal leg stability.
