Significados de nuclear periphery en inglés

Telomeres in human sperm nucleus are clustered at the nuclear periphery.

First, chromatin is repositioned away from the nuclear periphery in response to global acetylation.

The nuclear periphery (NP) plays a substantial role in chromatin organization.

Transcriptional activation of this promoter occurs at the nuclear periphery in association with chromosome-end clusters.

The nuclear periphery has conventionally been considered as a zone of inactive chromatin and transcriptional repression.

In addition to unattached kinetochores, MAD-1 localized between separating meiotic chromosomes and to the nuclear periphery.

Previously published image-based studies had suggested that HIV-1 prefers to integrate into chromatin that associates spatially with the nuclear periphery.

It has been suggested that chromatin at the nuclear periphery could act to shield DNA sequences in the nuclear interior from damage.

Moreover, the nuclear periphery itself is heterogeneous, with microdomains of differing compositions, associating with different genomic regions and probably having differential effects on genome function.

DIP1, similar to other nuclear proteins in eukaryotes, is localized to the nuclear periphery and chromatin domain in all nuclei, but disappears at the metaphase.