Sentence examples for mechanical alignment were from inspiring English sources

Intra-observer and inter-observer reliabilities and the comparison and relationship between anatomical and mechanical alignment were calculated.Intra- and interclass coefficients for all the three methods indicated excellent reliability, having all the values above 0.80.

No differences in prosthetic or mechanical alignment were found.

Clinical measurements of lower limb mechanical alignment were conducted in a weight-bearing position with a calliper, similarly as previously described [ 7, 21].

Next, mechanical alignment is applied to induce anisotropic deformations in the PME-actuating films.

Thus, mechanical alignment is not affected by anatomic variation [ 19].

Once the correct mechanical alignment was achieved, distraction was started for lengthening (if required).

To restore the correct mechanical alignment is the most important issue during TKA.

For the femur, mechanical alignment is determined by measuring the line joining the center of the femoral head and the center of the femoral notch.

Mechanical alignment is the measure of the angle formed by the intersection of the lines connecting the centers of the femoral head and intercondylar notch and the centers of the ankle talus and tibial spines, with neutral angles between 0-2° varus, varus knee angles >2° inward, and valgus angles >0° outward.

In contrast, knees within an acceptable range of mechanical limb alignment were set as negative findings.

To determine the specificity and sensitivity for each range of anatomic limb alignment, varus or valgus malalignment using mechanical limb alignment were set as positive findings.