Significados de nuclear matrix en inglés

Neither viral DNA nor viral DNA polymerase activity was associated with the nuclear matrix.

Recent studies have documented the presence of tumor-associated nuclear matrix proteins in several human cancers.

The functional significance of the nuclear matrix association of these transcription factors remains to be determined.

Thus, the association of the histone deacetylase with the internal nuclear matrix is neither tissue- nor species-specific.

Carcinogenic property of AML1-MTG16 is restricted to its localization in the nuclear matrix.

Electron microscopic study showed that empty capsids were bound to the filamentous networks of the nuclear matrix of the late stage.

We used high-resolution two-dimensional gel electrophoresis to compare nuclear matrix protein patterns in cervical carcinomas with those from normal cervical tissue.

It is thought that the nuclear nonchromatin structures, such as the nuclear matrix and lamina, play regulatory roles in gene expression.

These results may indicate that the nuclear matrix plays some role in the growth of herpes simplex virus, especially during the morphogenesis.

Association of transcription factors with the nuclear matrix represents a mechanism by which nuclear architecture may influence transcriptional control of gene expression.

The data from these experiments reveal that ubiquitously represented and tissue restricted regulatory proteins are associated with nuclear matrix of lens epithelial cells.

These proteins have a short half-life and are localized to the nuclear matrix fraction, as previously reported for the c-myc and N-myc proteins.

However, they do co-localize with non-A, the human orthologs of which are implicated in both RNA splicing and attachment of dsRNA to the nuclear matrix.

The protein composition of the nuclear matrix changes significantly as the osteoblast matures from a proliferating pre-osteoblast to an osteocyte embedded in a mineralized matrix.

Annealing studies were performed on DNA fragments associated with rat and mouse liver interphase nuclear matrix and the metaphase scaffold of Chinese hamster DON cells.

Taken together, our results suggest that developmental association of galectin-1 with the nuclear matrix reflects differential subnuclear binding of galectin-1 during osteoblast differentiation.