Chromatin in a sentence

Chromatin and bursts of transcription Chromatin and its interaction with enzymes has been researched, and a conclusion being made is that it is relevant and an important factor in gene expression.

Chromatin main Chromatin is the complex of DNA and protein found in the eukaryotic nucleus, which packages chromosomes.

For example, spermatozoa and avian red blood cells have more tightly packed chromatin than most eukaryotic cells, and trypanosomatid protozoa do not condense their chromatin into visible chromosomes for mitosis.

Histone proteins are the basic packer and arranger of chromatin and can be modified by various post-translational modifications to alter chromatin packing ( Histone modification ).

Inhibition of transcription by MSK1 was most sensitive when the template was in chromatin, since DNA templates not in chromatin were resistant to the effects of MSK1.

Metaphase chromatin and division seeAlso Human chromosomes during metaphase In the early stages of mitosis or meiosis (cell division), the chromatin double helix become more and more condensed.

Modulating nucleosome structure Eukaryotic genomes are ubiquitously associated into chromatin; however, cells must spatially and temporally regulate specific loci independently of bulk chromatin.

This reduces electrostatic attraction between the histone and the negatively charged DNA backbone, loosening the chromatin structure; highly acetylated histones form more accessible chromatin and tend to be associated with active transcription.

It improves chromatin structure and quality and increases sperm count.

Lewis’s pioneering research journey began with a fascination for the proteins and processes that govern the structure of chromatin, and how they impact gene expression and cell differentiation.

Preliminary preclinical and clinical data suggest that ONA-XR has anticancer activity by inhibiting progesterone receptor binding to chromatin, downregulating cancer stem cell mobilization, and blocking immune evasion.

The condensed chromatin was also found around the differentiation-related genes, which kept the genes silent.

DNA spun around these spools is referred to as chromatin.

A research team from Cologne has discovered that a change in the DNA structure—more precisely in the chromatin—plays a decisive role in the recovery phase after DNA damage.

Foghorn Therapeutics Inc, a biopharmaceutical company, discovers and develops medicines targeting genetically determined dependencies within the chromatin regulatory system.

This new understanding of the physical properties of chromatin challenges that idea, and could lead to a more accurate understanding of how the genome is encoded and decoded.

In addition, cohesins play a major role in transcription regulation that is associated with specific promoter chromatin architecture.

ATP-dependent nucleosome remodeling A number of distinct reactions are associated with the term ATP-dependent chromatin remodeling.

Cellular changes The nucleus changes in necrosis, and characteristics of this change are determined by manner in which its DNA breaks down: * Karyolysis: the chromatin of the nucleus fades due to the loss of the DNA by degradation.

Changes associated with apoptosis directly affect the nucleus and its contents, for example, in the condensation of chromatin and the disintegration of the nuclear envelope and lamina.