chromatin

Once again there was an association between action against cancer and changes in chromatin.

Changes in chromatin structure are one way the action of genes is controlled.

Thus, application of that technique to study chromatin behavior may be rather limited.

If dead nuclei present, they are uniform and the chromatin is often.

It is then inserted into the double membrane close to the chromatin.

Throughout her career she has made many contributions to the understanding of chromatin structure and function.

In general terms, there are three levels of chromatin organization:

Chromatin bridges may serve as a marker of cancer activity.

Initially the nucleus was large in size and contained open chromatin.

This is typically achieved via changes of the chromatin structure.

One way that genes are regulated is through the remodeling of chromatin.

One possibility is that as a protein complex it binds to the chromatin.

Chromatin structure-oriented factors are more complex than for initiation control.

Language, after all, is the chromatin of ideas.

There is no peripheral chromatin on the nuclear membrane.

The completely condensed chromatin has a diameter of up to 600 nm.

His group are interested in the mechanisms which remodel and alter chromatin structure.

The chromatin is then fragmented and exposed to antibodies specific to the protein of interest.

H2A plays a major role in determining the overall structure of chromatin.

Chromatin undergoes various forms of change in its structure.

The mechanism behind this could be competition for the same polymerases, or chromatin modification.

There are a number of genes involved in chromatin methylation.

Epigenetic modifications to the chromatin are copied during cell division.

Making use of dyes he was able to find a structure which he named chromatin.

Chromatin changes are a plausible explanation for the co-regulation seen in clusters.