We are entering an era of epigenome engineering. The precision manipulation of chromatin and epigenetic modifications provides new ways to interrogate their influence on genome and cell function and to harness these changes for applications. We review the design and state of epigenome editing tools, highlighting the unique regulatory properties afforded by these systems
One of the most exciting frontiers in both epigenetics and genome sciences is the new field of epige...
Genome editing technology has evolved rather quickly and become accessible to most researchers. It h...
Epigenetic editing refers to the locus-specific targeting of epigenetic enzymes to rewrite the local...
New methods for epigenome editing now make it possible to manipulate the epigenome in living cells w...
Genome targeting has quickly developed as one of the most promising fields in science. By using prog...
The introduction of CRISPR/Cas has resulted in a strong impulse for the field of gene-targeted epige...
The introduction of CRISPR/Cas has resulted in a strong impulse for the field of gene-targeted epige...
Recent developments in biotechnology have enabled scientists to modulate DNA sequences in a precise ...
Despite significant advances made in epigenetic research in recent decades, many questions remain un...
Genome targeting has quickly developed as one of the most promising fields in science. By using prog...
The regulation of chromatin structure and gene expression depends substantially on a dynamic and int...
Despite significant advances made in epigenetic research in recent decades, many questions remain un...
International audienceAn ongoing challenge in functional epigenomics is to develop tools for precise...
Epigenome editing refers to the generation of precise chromatin alterations and their effects on gen...
This short and focused meeting was set up to bring the audience up to date with a specific set of te...
One of the most exciting frontiers in both epigenetics and genome sciences is the new field of epige...
Genome editing technology has evolved rather quickly and become accessible to most researchers. It h...
Epigenetic editing refers to the locus-specific targeting of epigenetic enzymes to rewrite the local...
New methods for epigenome editing now make it possible to manipulate the epigenome in living cells w...
Genome targeting has quickly developed as one of the most promising fields in science. By using prog...
The introduction of CRISPR/Cas has resulted in a strong impulse for the field of gene-targeted epige...
The introduction of CRISPR/Cas has resulted in a strong impulse for the field of gene-targeted epige...
Recent developments in biotechnology have enabled scientists to modulate DNA sequences in a precise ...
Despite significant advances made in epigenetic research in recent decades, many questions remain un...
Genome targeting has quickly developed as one of the most promising fields in science. By using prog...
The regulation of chromatin structure and gene expression depends substantially on a dynamic and int...
Despite significant advances made in epigenetic research in recent decades, many questions remain un...
International audienceAn ongoing challenge in functional epigenomics is to develop tools for precise...
Epigenome editing refers to the generation of precise chromatin alterations and their effects on gen...
This short and focused meeting was set up to bring the audience up to date with a specific set of te...
One of the most exciting frontiers in both epigenetics and genome sciences is the new field of epige...
Genome editing technology has evolved rather quickly and become accessible to most researchers. It h...
Epigenetic editing refers to the locus-specific targeting of epigenetic enzymes to rewrite the local...