Injuries in connection with spine surgery tend to be more severe than other orthopedic procedures, usually resulting in disability (Öhrn et al. 2006).
However, most of the optimal techniques follow computationally demanding, time consuming, iterative procedures that usually result in non-robustly stable models with poor frequency response resemblance to the original high order model in some frequency ranges.
Unfortunately, the application of rigorous statistical-minimisation procedures to the problem of gerrymandering usually results in under-representation of minority groups.
This is very different from hypothesis-testing procedures in which poor data quality usually results in higher NO(A ELs.
The procedure usually takes five minutes.
The procedure usually requires that the patient be sedated.
The implanting procedure usually takes less than two hours.
Death usually results from cardiorespiratory failure.
The compensator design procedure usually requires numerous trial and errors.
This usually results in exponential growth.
