Sentence examples for mean methylation changes from inspiring English sources

Figs 3 and 4 present the mean methylation changes of the replicated genes.

A mean methylation change of −1.9% was also measured at the MEST DMR of children born to obese fathers, although this was not significant (s.e.=1.0; P=0.=1.0

Rlf-DMRs with ≥8 CpGs and mean methylation change >15% were used for downstream analyses.

Loci with coverage ≥8 in at least one biological replicate for wild-type and mutant were retained and Rlf-DMRs were identified using t-statistic quantile cut-offs of 0.01 and 0.99, requiring >10 CpGs per Rlf-DMR and a mean methylation change >15%.

Globally, DKO cells are hypomethylated in comparison to WT (mean methylation shown on top left).

M + and M- means methylation positive and methylation negative, respectively.

We identified 116,603 age-associated DMPs ('age DMPs', adjusted P < 0.05) including 3,244 probes with mean DNA methylation change greater than 0.2.

We report the mean frequency of methylation changes with upper and lower 95%% confidence intervals for the genomic features (Fig.  2b).

Although a certain susceptibility of the postnatal IGF2 dmethylationtion pattern to environmental factors during early developmental stages was also reported by other groups [ 9, 10], it is not known whether such small methylation changes (IGF2 dmeanSN3 mean difference in our cohort: + 1.87% in donors) can significantly alter the complex regulation of gene transcription at 11p15.

The observed changes in mean methylation, e.g., of an imprinted gene, could be due to an increased rate of single CpG methylation errors at random positions of each or most sperm or to allele methylation errors.

On the autosomes, the outcome was reversed: 50.3 % of the statistically significant probes had a fold-change difference in mean methylation of >1.5, while only 1.1%% had a fold-change difference of <0.75 (Fig.  2b).