Despiralization of Chromosomes

Annotation.

Chromosome dispersion is the process of disrupting chromatin condensation in the nucleus of the cell membrane. This occurs by changing the DCD-20 molecule in the presence of various factors. This process is not a random mutation and is necessary to regulate the level of gene expression in response to stimuli.

This article discusses the basic mechanisms of chromosome despiralization, and also provides some examples of gene mutations associated with disruption of this process.

Chromosome decoiling - What is it?

Why is it needed?

Despiralization of chromatin.

Occurs when DNA molecules unwind from the chromatin rods/microfilaments in chromosomes and adopt a more compact conformation, often with a helical conformation. When chrom denaturation begins, the chromatin structure is affected but is largely maintained. Binding to proteins on the chromatin surface helps dss restore the original type of chromatin conformation (the same structure as chromatins + proteins) under the influence of