Fifteen years ago in Health Services Research (1999) qualitative research methods were argued to be useful and valid.
After discussing this specific problem in detail, it is argued that the method of solution can readily be applied to other two-phase flow configurations as well.
It is argued that the methods designed here have great utility for direct numerical simulations and large eddy simulations of compressible turbulence.
There has been a slight but discernible recalibration of the clinic/laboratory relationship: it is argued that laboratory methods are now a necessary, though not a sufficient, guide to clinical practice.
It is argued here that methods of population delineation must be based on the combined consideration of spatial distances and genetic differences between adult individuals.
It is argued that scientific methods need to reflect better the realities of multicausality, mixtures, timing of dose, and system dynamics, which characterize the exposures and impacts of EDSs.
Hence the method can be argued to be biased towards the Identification of genes that have a phenotype, yet on the periphery of a pathway within the total HIV-1 Human interactome Second, it does not explain the type of interaction that the suggested gene might have with HIV proteins.
Different approximation methods have been argued to put forward their physical properties.
To substantiate the importance of scalable methods, it was argued that for instance the price could be substantially reduced if OLED displays, currently deposited by evaporation, could be deposited by spray coating and other low-cost methods.
For the large distances between the QTL (> 90 cM) the single QTL method more often positioned the QTL in the correct marker bracket, but considering the broader likelihood peaks of the single point method it could be argued that the multi QTL method was more precise.
