He is interested in reactivating dormant genes or changing
the regulation of active genes in embryos to bring back ancestral traits that have been lost in evolution.
Not exact matches
Today, a team
of researchers from the University
of Geneva (UNIGE), Switzerland, led by Emmanouil Dermitzakis, Louis - Jeantet Professor at the Faculty
of Medicine, reveals that this is not always the case and that DNA methylation may play both a passive and
active role in
gene regulation.
After having conducted a large - scale study performed on cells from the umbilical cords
of 204 newborns, the researchers from UNIGE demonstrate that DNA methylation may play both a passive and
active role in
gene regulation.
What is known from global studies is that exposure to biologically
active compounds, even at ng / L concentrations, can impact endocrine systems in nature and manifest as negative impacts like altered
gene regulation, the presence
of mixed reproductive tissues (intersex) and skewed sex ratios.