Exercise induces multiple biochemical changes that may affect gene expression [43, 44].
A few of the SNPs identified may affect gene expression, protein function, substrate specificity or resistance development and may be useful for transporter inhibitor/anthelmintic drug design, or in order to anticipate resistance development.
These may affect gene splicing or TF binding [24], [27] and deregulate transcriptional response.
The genotype-expression analysis supports previous reports that a substantial portion of CNVs may affect gene expression.
Because recombination between SNPs may affect gene variability, our description of all the alleles in a single cohort provides valuable information regarding the heterogeneity of TLR genes in an ethnically-defined population.
Early alcohol exposure can disrupt this balance in many ways such as reducing and increasing NMDA and GABA receptors function respectively [22] [26] and altering calcium storage and release [27], [28], which ultimately may affect gene expression [29] [31].
Therefore, to address the mechanism by which AP-2α may affect gene methylation and silencing in these HNSCC cells, ChIP analysis was performed on SCC22B cells with and without downregulation of AP-2α.
Both hypomethylation and hypermethylation events may affect gene expression patterns.
Nevertheless, those SVs may affect gene integrity and expression.
Additionally, the genes within the NOD fragments may affect gene expression elsewhere in the genome.
Polymorphisms at this locus may affect gene activity and thereby affect hormone levels.
