The difference between the extension and flexion gap is the most important factor to make equal-sized extension-flexion gaps; this difference was also assessed in both groups.
However, we found a significant difference between the extensions of dMTs and CPs in the growing long T. brucei flagella, where the CP lagged behind the dMTs extension by approximately 50 nm (p<0.01).
There were no significant differences between the lumbar extension-loading test and the gait-loading test in terms of subjective symptoms, objective neurological findings, or changes in the involved spinal level before and after each loading test.
There were no significant differences between the loss of extension and flexion between groups.
The difference in size between the extension and the flexion gap was calculated by subtracting the mean values of medial and lateral lift-off in flexion from the mean values of the medial and lateral lift-off in extension.
However, in the present study the huge difference in EPCs levels between AMI diabetics and nondiabetics cannot be explained by differences in CAD severity, since there were no significant differences in the extension of coronary stenosis between both groups.
The search volume in these simple tests, in which objects A and B are identical, consists of the outer part of the surface layer of object A, corresponding to the difference between the surface extensions applied to the two objects.
Although pre-operative flexion contracture is reported to influence extension gaps, we found the mean difference of the extension gaps between groups A and B was only about 1 mm and there was no significant difference (Fig. 5).
Differences between the skin types, most notably the extension of the skin at low load, have highlighted some of the limitations of murine skin as a biomechanical model of the human tissue.
ANOVA revealed significant differences between the three groups for elbow extension ROM (F2,100 = 27.72, p < 0.001; Table 4).
