Neonatal Inhibition of DNA Methylation
Alters Cell Phenotype in Sexually Dimorphic Regions of the Mouse Brain Endocrinology April 7, 2017 Morgan Mosley, Jill Weathington, Laura R. Cortes, Emily Bruggeman, Alexandra Castillo - Ruiz, Bingzhong Xue, and Nancy G. Forger Many of the best - studied neural sex differences relate to differences in cell number and are due to the hormonal control of developmental cell de
Cell Phenotype in Sexually Dimorphic Regions of the Mouse Brain Endocrinology April 7, 2017 Morgan Mosley, Jill Weathington, Laura R. Cortes, Emily Bruggeman, Alexandra Castillo - Ruiz, Bingzhong Xue, and Nancy G. Forger Many of the best - studied neural sex
differences relate to
differences in
cell number and are due to the hormonal control of developmental cell de
cell number and are due to the hormonal control of developmental
cell de
cell death.
As we did not observe any proliferation or apoptosis
differences in the non-CSC or the CSC - enriched fraction in ER - α — positive
cell lines, we hypothesize that either self - renewal symmetry is
altered or
cells are caused to dedifferentiate resulting in the increased CSC numbers seen.
The current results suggest that better understanding the way in which mononuclear white blood
cell signaling processes are
altered, net of effects on individual
differences in
cell type composition, is promising as a mechanism by which protective parenting influences young adult pro-inflammatory tendencies among African American youth.