Not exact matches
To explore this question, Peter Jones, PhD, and his team — then at the University of Massachusetts and now at University of Nevada, Reno — investigated
in arhinia patients patterns of
methylation — which can suppress transcription of a DNA segment — at a region of the genome known to be altered
in FSHD2,
revealing that the arhinia patients often had identical
methylation changes in the same region.
A closer look
revealed epigenetic
changes, such as
methylation and histone modification, which shut down selected genes, often
in response to environmental stresses.
Advances
in neuroscience have
revealed that the process of brain development is driven by a dynamic interaction between the genome (nature) and the environment (nurture).25 Epigenetic mechanisms like DNA
methylation and histone acetylation are able to transduce experiences with the environment into long - lasting, even intergenerational
changes in gene expression.26 — 35 So although the inherited genetic program is thought to provide a general blueprint for brain architecture, the environment is able to influence which genes are used, when they are used during the course of development, and where they are used within the developing brain.