In addition, data will include the theoretical concepts used in the different cases, how these concepts are used and applied, and the associated technical support available for the web-based technology in each case.
We make the case that these concepts are not "value free" and that the course of our analysis is significantly altered through the palette of concepts used.
In these cases, the concept of a "necessary" condition is rarely, if ever, meaningful.
In these cases the concept of theoretical sampling and theoretical saturation and the theory behind it seem to have been lost on the way and replaced with the less theoretically sustained terms of "purposive sampling" and "data saturation" or merely "saturation".
In both cases, the concepts that were addressed adequately tended to have consistently high ratings from all reviewers.
In all these analytically challenging cases, the concept of derivatization can play an accelerating role.
We use case examples to demonstrate these concepts.
The evolution of eyes is used as a case study to illustrate these concepts, and several of the most common misconceptions about complex organ evolution are discussed.
While it seems like these subjects are too basic to be discussed in a journal article, it is often the case that we forget these concepts when planning and designing dissolution tests and interpreting the results that come from these tests.
