The current work shows that changes in the genetic code of a particular gene can
control epigenetic marks at different genes, implying that a gene's genetic code can affect whether other genes are turned on and off, which makes it important to understand the function of all genes involved, not just the one with the so - called misspelling.
Not exact matches
These
epigenetic marks don't affect the underlying DNA, but they do
control how Sfmbt2 and an associated microRNA (the intronic microRNA - 466b - 3p) are expressed.
The specific pattern of
epigenetic marks in a cell type specifies identity and this
epigenetic control is vital to what makes our cells different, for example a skin cell from a liver cell, when they all contain the same genetic instructions.
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.
Dr. Loftus» current research integrates the identification of these types of
epigenetic modifications that
mark the melanocyte regulatory genomic landscape with regulatory protein and transcription factor chromatin - binding domains, thus defining groups of non-coding DNA sequences utilized in the
control of melanocyte gene expression.