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This method reproduces the ΔESCF result exactly by changing occupation.
This method reproduces measured flows with an explained variance of 58.7% expressed by the Nash-Sutcliffe coefficient.
This method reproduces reported factors, such as CCR1, CCBP2 and CD97, but also results in a list of promising proteins that likely affect the progression of the infection.
This method reproduces the ordering and also leads to a functional dependence similar to that shown in Figure 5.
In some samples, it was confirmed that this method reproduces the results of relative promoter activity evaluated by the canonical method of CAT reporter assay using [C]-chloramphenicol.
Similar(55)
As validation, it was confirmed that this method reproduced the theoretical value of oxygen diffusivity in nitrogen within 1% when no sample is present.
It is shown that the method reproduces very well the results obtained with full depletion calculations.
It was shown that the method reproduces the turbulent flow statistics with high accuracy.
Like a Xerox machine, the method reproduces the molecule of interest until there are enough copies to be detectable using other laboratory methods.
This analysis demonstrates that the HQRPLN method reproduces the underlying regression parameters for overdispersed count data subject to contamination, and also accurately identifies response outliers.
It is shown that this method well reproduces the measured results.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com