Sentence examples for mechanical force group from inspiring English sources

At day 37, the defect area of the mechanical force group (0.64±0.19 mm) is significantly different with that of the control group (1.78±0.39 mm) (P<0.001).

At day 27, the mechanical force group showed significant reduction of the defect area (2.25±0.58 mm) compared with the control group (3.47±0.45 mm) (P=0.002).

However, the femur strength of the mechanical force group is significantly weaker than that of intact femur group (80.46±2.79 N) (P=0.028).

At day 7 when loading started, the difference in the CSC filled defect area was not significant between two groups: 9.28±0.36 mm in the mechanical force group and 9.34±0.74 mm in the control, respectively (P=0.859).

The three-point bending test at day 37 illustrated that the mechanical force group with the ultimate load to failure of 69.56±4.74 N was significantly stronger than the control with the ultimate load to failure of 59.17±7.48 N (P=0.039).

Interestingly, at the early stage (the first 10 days after loading started) of bone healing, the defect area of the mechanical force group is not significantly different from that of the control group, revealing that mechanical force did not play the role of promoting bone formation.

Those in one group received mechanical force, manually assisted (MFMA) manipulation to the cervical spine, delivered by means of a hand-held instrument (Activator II Adjusting Instrument).

In this review, we explain the lessons that can be learned from the nature of physical and mechanical force fields exerted in cell group dynamic operations during embryogenesis and how these form simple anatomic tissue structures such as, cell sheets and cell condensates.

In the testing group, the mechanical force was applied through a treadmill exercise.

The only causes of injury death that did not exhibit age variation were poisoning, exposure to inanimate mechanical forces and those grouped into other unintentional injuries, all of which had very small numbers of fatalities.

This group also required the least mechanical force to dilate the cervix (P =.06).