Specifically, the study reveals a mechanism that helps explain how dividing cells pass patterns of
epigenetic information called methyl tags to their daughter cells, a crucial part of regulating gene expression across cell generations.
Not exact matches
The findings center on a protein
called UHRF1, a guardian of the cell's
epigenetic information that can recognize patterns of
epigenetic tags and promote the addition of new ones.
Unlike mutations, these changes to the surfaces of genes — part of what's
called epigenetics — alter how those genes behave without rewriting the
information they encode.
Through this packaging mechanism, researchers think that histone proteins are the key to regulating access to the genetic
information by making different parts of the DNA accessible to factors that express the gene, so -
called epigenetic regulation.