COMPUTATIONAL CHARACTERIZATION OF GENOME-WIDE DNA METHYLATION AND HYDROXYMETHYLATION IN THE MOUSE HYPOTHALAMUS BY NEXT-GENERATION SEQUENCING DATA

Persistent DNA methylation modifications within the hypothalamus can be related to the long-time period physiological and neuro behavioral changes determined in PAE. Furthermore, correlations among epigenetic changes in peripheral tissues and people within the mind will offer a basis for the improvement of biomarkers of fetal alcohol spectrum disorder (FASD). Finally, findings from research of PAE offer essential perception into the etiology of neuro developmental and intellectual fitness issues, as they percentage severe phenotypes and comorbidities. Aims and objectives: The most important purpose of this studies take a look at is to assess the effect of DNA-Methylation and Hydroxymethylation at the Hypothalamus of mice. This may also deliver a possibility to deal with mind cancers and different neuronal issues.