Researchers based at Rice's Center for Theoretical Biological Physics (CTBP) have constructed computer models to
analyze epigenetic marks, which include proteins bound to DNA as well as chemical modifications to histone proteins.
Not exact matches
«We didn't set out to study the relationship between the
epigenetic chromatin
marks and gene expression during development, but rather to
analyze the function of these
marks in DNA processing.
Using data from blood and brain tissue, a team led by researchers at Johns Hopkins Bloomberg School of Public Health found that they could gain insights into mechanisms that might help explain autism by
analyzing the interplay between genes and chemical tags that control whether genes are used to make a protein, called
epigenetic marks.
The researchers then
analyzed the DNA to examine the degree of an
epigenetic mark called methylation, a chemical tag on genes related to whether they're «turned on» or «off.»