An insufficient range of motion can lead to impingement of the prosthetic neck on the acetabular cup.
In some cases, the needle also stopped before the vein because of the insufficient range of motion in the manipulator section responsible for puncture.
Indeed, using the same form of reasoning, that a faculty cannot account for purposive action if its activity is insufficient to initiate motion, Aristotle initially concludes that even desire itself (orexis) cannot be responsible for action.
The venous puncture manipulator used in this experiment was configured on the basis of human anatomy and therefore had an insufficient range of motion, particularly toward the center, where the veins sit more deeply below the skin.
However, a number of recent independent studies have demonstrated that these techniques are insufficient to remove motion confounds, and that even small movements can spuriously bias estimates of functional connectivity.
But it is clear that Leibniz thinks that the sort of unity that might be provided by mere common motion is insufficient for genuine, substantial unity.
The combination of a large range of motion and insufficient bony stabilization makes the glenohumeral joint susceptible to injuries including dislocation in young athletes.
These models do not fully describe and compensate for friction in machine tool systems in case of high speed motion or insufficient lubrication.
The combination of a large range of motion and insufficient bony stabilization makes the glenohumeral joint susceptible to injuries, including dislocation and subsequent chronic instability especially in young active subjects [1].
Models based on a rail description by Timoshenko beams were found to be insufficient, especially for lateral motion where torsion phenomena caused a large discrepancy between calculations and experimental measurements.
