PP has been shown to be useful for identifying knowledge deficit, and opens a way to knowledge exploration.
Optimisation algorithms have shown to be effective in identifying good solutions for the design of efficient building services.
The method has been shown to be capable of identifying simulated mild COPD in an anthropomorphic phantom, and to differentiate patients with severe COPD from healthy subjects.
Unfortunately, traditional measures of preload such as central venous pressure have not consistently been shown to be helpful in identifying volume responsiveness [4, 5].
An additional primer specific for the leader region of the VH3-21 segment is described and is shown to be necessary to identify this diagnostically important variable region.
Early detection of AdV DNA in plasma and sterile fluids has been shown to be useful for identifying patients at risk for invasive AdV disease.
This method was shown to be robust in identifying both explicit and implicit gene relationships.
The LQAS method has been shown to be useful in identifying areas with high prevalence of disease [22] [26].
These signatures genes have been also shown to be useful in identifying pathways relevant to disease[8] and in predicting response to therapy [9].
MALDI-TOF MS has been previously shown to be able to identify microorganisms directly from blood cultures reported as positive by automatic blood culture processing devices [21] [25].
