… There are several examples in the literature whereby changes in nutrition status, either
during development or in adulthood, can affect DNA methylation patterns and have profound …

… Combining the array of technologies developed by Epigenomics, DNA methylation … target
validation and drug development steps. In addition, DNA methylation profiling will constitute an …

… Proper DNA methylation is a prerequisite for normal development and is involved in various
processes such as gene repression, imprinting, X-chromosome inactivation, suppression of …

… that regulate methylation have been linked to human disease, … Genomic maps of DNA
methylation have revealed unexpected … that absence of DNA methylation in the developing mouse …

… Patterns of DNA methylation are established early during development, with two critical … in
a wide variety of human diseases, including cancers, metabolic disorders, and cardiovascular …

… of human disease. Therefore, we studied genome‐wide cardiac DNA methylation in DCM …
in adora2a‐morphants and embryos developed excessive pericardial effusion and precardial …

… Epigenetic reprogramming during fetal growth and development In ontogenic development,
reprogramming of DNA methylation occurs during germ cell development and during …

… into epigenetics in development and human disease. The … models to assess DNA methylation
in disease is an area of … for providing insights into human disease. A number of issues …

… Air pollution exposure-associated DNAm patterns are often correlated with long-term negative
respiratory health outcomes, including the development of lung diseases, a focus in this …

… above diseases with emphasis on their effects/relations on normal patterns of DNA methylation.
… The affected girls are born healthy and lead normal development until 6-18 months, than …