Sentence examples for maximum fold changes from inspiring English sources

The α, β, γ parameters represent maximum fold changes: α50, β50, γ50 are the FB signal, producing 50% of the maximum changes.

In order to show the advantage of PRIISM, we identified known cold-response genes using maximum fold changes and principal component analysis in the treatment-frequency dataset compared to the original dataset.

For example, a 20-fold increase in expression level at 5 copies/ng (ERCC-51) is associated with 16-fold and 10-fold difference in the minimum and maximum fold changes detected by the BioMark arrays and ABI 7900HT system respectively.

Additionally, the present study revealed novel genes, e.g. the unknown gene (LOC_Os01g40290), that showed maximum fold change in microarray analyses results.

In addition, we also found that the gene encoding CD24/HSA had the maximum fold change among the down regulated genes.

A more important reason that none of these examples would be excluded by the criteria used by de Jonge et al. is their interpretation of the maximum fold change (MFC).

A candidate housekeeping gene was defined as a gene with the most stable expression, i.e. a gene with a small coefficient of variation (CV) and a maximum fold change <2 (MFC, the ratio of the maximum and minimum values observed within the dataset).

As a result, a list of 15 genes was suggested with the most constant expression level, based on a coefficient of variation smaller than 4%, a maximum fold change smaller than 2 and a mean expression level lower than the maximum expression level minus 2 times the standard deviation.

We used the 48 genes with maximum fold change in that list.

MFC indicates the maximum fold change, i.e., the ratio of the maximum and minimum values observed within the dataset.

Of note, not only the transcriptional regulation of RELB (maximum fold change of 7.4) was more significant than that of RELA (maximum fold change of 6.5), but also RELB had higher transcriptional levels than RELA.