Linked from

The 18 pages that link to Chromatin, each with the reason it gives.

• EukaryoteRelated: Packaging DNA around histones is a defining feature of eukaryotic genome organization.

• ChromosomeRelated: Chromatin is the material that organizes chromosome DNA in eukaryotic cells.

• EpigeneticsNarrower topic: Epigenetic marks act through chromatin, the physical substrate of gene regulation.

• PromoterRelated: Chromatin accessibility affects whether promoter sequences can be reached.

• DNA methylationNarrower topic: Methylated DNA interacts with chromatin to shape gene accessibility.

• Dosage compensationRelated: Changes to chromatin help establish broad differences in chromosome activity.

• Estrogen receptorRelated: Receptor activity depends on access to regulatory DNA within chromatin.

• Chromatin remodelingNarrower topic: Chromatin is the material whose structure remodeling changes.

• CytogeneticsRelated: Chromatin compaction determines how chromosomes appear and which regions can be examined.

• CentromereNarrower topic: Centromeres are defined partly by their distinctive chromatin organization.

• Cell nucleusRelated: Chromatin organizes the DNA housed in the nucleus and influences its accessibility.

• NucleosomeNarrower topic: Nucleosomes are the repeating structural units of chromatin.

• HistoneNarrower topic: Histones are the principal proteins organizing DNA within chromatin.

• Aaron KlugRelated: Klug’s structural studies helped clarify how DNA is organized in chromatin.

• Schizosaccharomyces pombeRelated: Studies in this yeast have clarified how chromatin organization affects gene expression and chromosome behavior.

• Non-coding DNARelated: Chromatin structure can expose or conceal non-coding regulatory sequences.

• Stefan HellRelated: Fluorescence nanoscopy can resolve aspects of chromatin organization at fine spatial scales.

• Roger D. KornbergRelated: Transcription machinery must operate on DNA packaged in chromatin, a wider context for Kornberg’s research.