Fully automated operator independent segmentation procedures that successfully work in a population with a larger biological variation are extremely difficult to design and usually some kind of operator intervention is required, at least in pathological cases.
Sclerotherapy is a procedure that has been successfully used to permanently remove varicose and telangiectatic veins of the lower extremity and less frequently at other sites.
Here we describe a procedure that has worked successfully for us in the past.
In recent papers, we have presented novel mathematical procedures that can successfully delineate theoretical elastic plastic property closures based on first-order bounding theories for polycrystalline metals.
We found alternative remetalation procedures that led successfully to fully metalated and fully active proteins, but these preparations failed to form any aggregates under conditions that promoted aggregate formation from the as-isolated preparations (data not shown).
Traditional total knee arthroplasty is a safe and effective surgical procedure that has been performed successfully for >40 years.
This paper describes a fully automated rule generation procedure that allows structures to successfully self-assemble in a simulated environment with constrained, continuous motion.
It has been well recognized that a diagnosis procedure that allows operators to successfully identify the nature of an on-going event is inevitable for an effective and appropriate recovery.
The comparison between the results from this study and the results from the actual rocket motor tests shows that the procedure that was developed can be successfully used for the preliminary design of a solid propellant rocket motor.
