Floral structure has been modified by selecting for mutations of AGAMOUS (AG), a transcription factor that regulates floral organ identity.
To explore whether the methylation-cancer association was modified by selected exposure factors, we conducted analyses stratified by family history of gastric cancer, menopause status, tea drinking, dietary intake of isoflavone and folic acid, and intake of vegetable and fruit.
In order to examine if the effects of the studied polymorphisms are modified by selected environmental exposures and some other covariates, we performed a logistic regression analysis stratified by age, gender, alcohol, smoking status and family history of cancer.
We further explore whether intervention effects were modified by select sociodemographic and health characteristics.
Parameters for the selected method can be modified by double-clicking the name of the method.
In this study, the acicular crystal habit of a model active pharmaceutical ingredient, 5-aminosalicylic acid (5-ASA), was modified by addition of selected organic solvents to the typical aqueous crystallization process.
Considering that up to 60% of genes were modified by H3K4me3, we selected genes that were modified only by DNA methylation without the additional H3K4me3 and compared their methylation intensities and gene expression levels.
Here, the Exon Array PGF was modified by removing a randomly selected probe from each probe set with more than one interrogating probe, and then re-summarizing the expression levels.
Almost all of the examined target DNA sequences in randomly selected embryos were modified by this procedure.
In order to examine if the effect of the selected polymorphisms was modified by some environmental exposures, a stratified logistic regression analysis was performed, adjusting for the confounders previously identified.
