Übersetzung für "Euchromatin" in Deutsch

The whole long chromosome arm is composed by euchromatin only.

This indicates the transition from euchromatin to heterochromatin within the KSHV genome.

This included both regions of heterochromatin and euchromatin.

Euchromatin can be transitioned into heterochromatin, which can control gene expression within a cell.

Euchromatin consists of loosely wrapped chromatin, so the DNA is more accessible.

Euchromatin is the type that contains active DNA, i.e. it can be expressed in protein.

Initially, the KSHV contains euchromatin, with high levels of H3K4me3 and H3K27ac.

With euchromatin, in contrast, the transcription factors bind to DNA in such a way that they enhance each other's function.

Tightly packed chromatin is called heterochromatin, while less tightly packed chromatin is known as euchromatin.

Euchromatin looks more like the Matterhorn: one high peak without secondary peaks,” as Thomas Jenuwein describes the results.

In contrast to euchromatin, genes in heterochromatin are usually switched off as the DNA is not easily accessible to the proteins required to switch genes on.

The structure of the chromatin is heavily tied to its function, and euchromatin and heterochromatin can change depending on the requirements of the genes within them.

However, when a virus encounters oral epithelial cells, it adopts more euchromatin, which results in lytic gene expression that facilitates viral replication.

As euchromatin is more open in order to allow the recruitment of RNA polymerase complexes and gene regulatory proteins, so transcription can be initiated.

In contrast to less densely compacted regions known as euchromatin, in which the transcription factors accumulate at specific sites, the binding sites of transcription factors in heterochromatin are much more randomly distributed.

For the researchers, an important difference between heterochromatin and euchromatin lies in the control of gene activity and the formation of RNA.

Although the cells incorporated the protein into their chromosomes in many sites, the de novo assembly of ectopic kinetochores occurred not randomly but preferentially at the transition between gene-poor (heterochromatin) and gene-rich (euchromatin) sections, most often at the ends of the chromosomes, the telomeres.