chromatins การใช้

• These proteins organize the DNA into a compact structure called chromatin.
• Since then, over several decades, chromatin theory has evolved.
• Hyperacetylated chromatin is transcriptionally active, and hypoacetylated chromatin is silent.
• Hyperacetylated chromatin is transcriptionally active, and hypoacetylated chromatin is silent.
• AR acetylation is induced by androgens and determines recruitment into chromatin.
• O-glycosylation of H1 may promote chromatin condensation and compaction.
• This disrupts chromatin and opens up the transcription-binding domains.
• RCC1 is bound to chromatin and therefore located inside the nucleus.
• It is also present in protein complexes involved in chromatin assembly.
• The process is guided by small RNAs and epigenetic chromatin marks.
• Therefore, replication timing dictates the time of assembly of chromatin.
• A resolution of several kilobases can be achieved on interphase chromatin.
• This also suggests an epigenetic mechanism involved in HDAC chromatin regulation.
• Furthermore, H2A . Z has roles in chromatin for genome stability.
• Basically, the chromatin in the nucleus coils into chromosomes.
• Statistical mechanical lattice models for protein DNA binding in chromatin.
• Hepatocyte nuclei are round with dispersed chromatin and prominent nucleoli.
• DNA packaged and condensed in this way is called chromatin.
• Therefore, H4K20me3 serves an additional role in chromatin repression.
• Geminin promotes early neural fate commitment by hyperacetylating the chromatin.