Within so -
called epigenetic research, several studies have suggested that human precursor cells have a memory of past environmental exposures.
Not exact matches
Most
research on
epigenetics has focused on the way everyday experiences alter patterns of gene activity in DNA during life through a chemical process of gene tagging
called methylation, which usually silences genes.
This realm of
research is
called epigenetics, and at the heart of it is chromatin — the nucleic acids and proteins that package DNA to fit inside cells.
Research carried out between the groups of Wolf Reik and Peter Rugg - Gunn in the Epigenetics research programme at the Babraham Institute have investigated the early stages of the development of cells called primordial germ cells and developed strategies to generate these cells in
Research carried out between the groups of Wolf Reik and Peter Rugg - Gunn in the
Epigenetics research programme at the Babraham Institute have investigated the early stages of the development of cells called primordial germ cells and developed strategies to generate these cells in
research programme at the Babraham Institute have investigated the early stages of the development of cells
called primordial germ cells and developed strategies to generate these cells in the lab.
Much of the previous
research on
epigenetics has focused on the fact that everyday experiences alter patterns of gene activity in DNA during life through a chemical process of gene tagging
called methylation, which usually silences genes.
The
research group has previously shown that age, diet and exercise affect the so -
called epigenetic risk of type 2 diabetes.
In a review article published April 5 in the New England Journal of Medicine, scientist Andrew Feinberg, M.D.,
calls for more integration between two fields of DNA - based
research: genetics and
epigenetics.
In this @NEJM review article, scientist Andy Feinberg
calls for more integration of
epigenetics and genetics
research.
Your
research is an area
called «
epigenetics.»
A major milestone in
epigenetic research occurred in 1980 when University of Southern California molecular biologist Peter Jones discovered that a compound
called azacitidine — already known to stop leukemia cells from dividing — also blocks DNA methylation.