MacroH2A1 is a histone H2A variant which contains a large non-histone C-terminal region of largely unknown function. Within this region is a macro domain which can bind ADP-ribose and related molecules. Most studies of macroH2A1 focus on the involvement of this variant in transcriptional repression. Studies in mouse embryos and in embryonic stem cells suggested that during early development macroH2A can be found at the centrosome. Centrosomal localization of macroH2A was later reported in somatic cells. Here we provide data showing that macroH2A1 does not localize to the centrosome and that the centrosomal signal observed with antibodies directed against the macroH2A1 non-histone region may be the result of antibody cross-reactivity
Background: Gene expression in eukaryotic cells can be governed by histone variants, which replace r...
MacroH2A histone variants suppress tumor progression and act as epigenetic barriers to induced pluri...
International audienceGenetic loss-of-function studies on development, cancer and somatic cell repro...
MacroH2A core histone variants have a unique structure that includes a C-terminal nonhistone domain....
MacroH2A is a core histone variant that plays an important role in the X-inactivation process during...
AbstractHistone macroH2A, which is a subtype of histone H2A, possesses a histone H2A-like portion fu...
AbstractMacroH2A histones are variants of canonical histone H2A that are conserved among vertebrates...
One of the most striking epigenetic alterations that occurs at the level of the nucleosome is the co...
The importance of epigenetic mechanisms is most clearly illustrated during early development when a ...
One of the most striking epigenetic alterations that occurs at the level of the nucleosome is the co...
In addition to conventional histones, non-allelic variants are also expressed in low amount in eukar...
macroH2A (mH2A) is an unusual histone variant consisting of a histone H2A-like domain fused to a lar...
Background: Gene expression in eukaryotic cells can be governed by histone variants, which replace r...
Genetic loss-of-function studies in development, cancer and somatic cell reprogramming have suggeste...
Background: Gene expression in eukaryotic cells can be governed by histone variants, which replace r...
MacroH2A histone variants suppress tumor progression and act as epigenetic barriers to induced pluri...
International audienceGenetic loss-of-function studies on development, cancer and somatic cell repro...
MacroH2A core histone variants have a unique structure that includes a C-terminal nonhistone domain....
MacroH2A is a core histone variant that plays an important role in the X-inactivation process during...
AbstractHistone macroH2A, which is a subtype of histone H2A, possesses a histone H2A-like portion fu...
AbstractMacroH2A histones are variants of canonical histone H2A that are conserved among vertebrates...
One of the most striking epigenetic alterations that occurs at the level of the nucleosome is the co...
The importance of epigenetic mechanisms is most clearly illustrated during early development when a ...
One of the most striking epigenetic alterations that occurs at the level of the nucleosome is the co...
In addition to conventional histones, non-allelic variants are also expressed in low amount in eukar...
macroH2A (mH2A) is an unusual histone variant consisting of a histone H2A-like domain fused to a lar...
Background: Gene expression in eukaryotic cells can be governed by histone variants, which replace r...
Genetic loss-of-function studies in development, cancer and somatic cell reprogramming have suggeste...
Background: Gene expression in eukaryotic cells can be governed by histone variants, which replace r...
MacroH2A histone variants suppress tumor progression and act as epigenetic barriers to induced pluri...
International audienceGenetic loss-of-function studies on development, cancer and somatic cell repro...