… •• ], and are often associated with complex brain disorders [14 • ], evolutionary … chromatin
architecture relates with different aspects of the mammalian brain function, from development …

… the three-dimensional chromatin landscape have enabled a systematic characterization of
gene regulatory architecture. In this review, we outline how chromatin architecture provides a …

… We therefore compared FIREs in NeuN+ and NeuN− cells to identify how local chromatin
architecture differs among these major brain cell types. We detected 3966 and 3967 FIREs in …

… To decipher cell type specific genome architecture, and characterize fine scale changes in
the chromatin interactome across neural development, we compared the 3D genome of the …

… nuclear architecture and chromatin regulation. Here we discuss the relationship between
nuclear organization and function and between chromatin … chromatin regulation in higher brain …

… -independent, long-range chromatin interactions during neural differentiation may therefore
account in part for the global changes in chromatin architecture associated with this process. …

… Furthermore, differentially accessible chromatin overlaps with the genetic architecture of
neuropsychiatric traits and identifies differences in molecular pathways and biological functions. …

… architecture—are both crucial for the development of nervous systems. The dynamic interplay
between cell-type-specific gene expression, chromatin … our diploid chromatin conformation …

… By contrast, much less is understood regarding how mutations in CHD8 underpin altered
brain function and mental disease. Studies on various model organisms have been proven …

… in the rodent and primate brain. We conclude that the nuclear pattern of chromatin and the
epigenetic … Analyses of nuclear architecture and chromatin patterns of neurons, using sections …