All four laboratories used methods that allowed uBPA and BPA-G to be measured simultaneously.
Importantly, the four laboratories participating in this Round Robin used methods that allowed for simultaneous detection of uBPA and BPA-G; this is in contrast to prior methods that required two separate measures: the detection of uBPA, followed by the treatment of sample with enzyme to hydrolyze BPA conjugates and a second detection of total BPA uBPAA + BPA-G and BPA-sulfate).
Such findings suggest that we need to use methods that allow us to identify neurobiological abnormalities at the level of the individual, rather than averaging results across a group.
As a means of lowering development and operational costs in the industry, hydrate management is becoming a more viable approach, a strategy which seeks to minimize the risk of plugging conditions using methods that allow transportability of hydrate slurries with the hydrocarbon production fluids.
It is important that the links between the different measures are carefully researched and that this research uses methods that allow for sufficient heterogeneity.
We find a tight link between information supporting detection and localisation, using methods that allow a stronger test of the claim that detection of a mass can occur based on gist without knowledge of location.
From this study, new research questions for the future arise that we could not tackle due to time requirement and cases for comparison, such as Can the design of a research project to use methods that allow for higher degrees of participation facilitate the elicitation of a wider variety of actors' values and perceptions?
While searching for DNA- containing agents that may be infecting swine - regardless of any association with disease - using methods that allow genome amplification without previous knowledge of nucleotide sequences [6], [7] our group identified TTSuV contamination in farming pigs [22].
These studies represent a comprehensive examination of the host endothelial transcriptome during lytic infection by KSHV, using methods that allow quantitative assessment of the magnitude and scope of mRNA abundance changes as infection progresses.
The assumptions made in the design of the computational approach used here are based on using methods that allow for the development of the most appropriate simulation model, given constraints such as simulation size, computational resources, and requirements based on the particular biophysics of the problem.
