New! PrivateView
Beta
Histones are highly basic proteins that package DNA into nucleosomes in eukaryotic cell nuclei and some Archaea. Learn about the five families of histones, their chemical modifications, their roles in gene regulation and DNA replication, and their variants and pseudogenes.
Copied 
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaHistone modification All the histone protein are chemically modified. Chemically modification of histones are associated with structural change that occurs at the time of replication and transcription. The 3 most common types of chemical modification are: Acetylation; Methylation; Phosphorylation; Acetylation:- All the core histone are acetylated. The major target for acetylation are lysine 1 the N-terminals tails of histones H3 & H4.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
Betahistone, type of protein that plays a critical role in the structural organization and regulation of DNA within the nucleus of eukaryotic cells. Histones were discovered in avian red blood cell nuclei by German biochemist Albrecht Kossel about 1884.. Histones are water-soluble and contain large amounts of basic amino acids, particularly lysine and arginine.They combine ionically with DNA to form nucleoprotein complexes known as nucleosomes.Each nucleosome is made up of an octamer of two ...
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaHistone is a protein that provides structural support for a chromosome and regulates gene expression. Learn how histones wrap DNA, form nucleosomes, and have different marks that indicate gene activity.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaLearn about histones, the proteins that package and regulate DNA in eukaryotic cells. Find out the types, functions and modifications of histones, and how they affect chromatin structure and gene expression.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaEach histone octamer is composed of two copies each of the histone proteins H2A, H2B, H3, and H4. The chain of nucleosomes is then wrapped into a 30 nm spiral called a solenoid, where additional ...
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaThis histone database can be used to explore the diversity of histone proteins and their sequence variants in many organisms. The resource was established to better understand how sequence variation may affect functional and structural features of nucleosomes. To get started, select a histone type to explore its variants.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
Beta3.1. Histone H2A family. The Histone H2A family has the largest number of variants among core histones. H2A variants are also highly diverse, with only ∼48–60% sequence identity in general compared to canonical H2A (Fig. 1A).Interestingly, H2A variants have divergent C-terminus and acidic patches (Fig. 1A &D).The C-terminus of H2A contains the docking domain crucial for nucleosome stability.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaLearn about histone, a basic protein in chromatin structure, and its post-translational modification, histone acetylation. Compare different methods for histone acetyltransferase detection with various performances and applications.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
New! PrivateView
BetaLearn about histone octamer, a complex of eight positively charged histone proteins that assist in DNA packaging and regulation. Find out the classes, structure, diagrams and function of histone octamer and its role in nucleosome and chromatin formation.
Copied
See Cached Version
Your search and this result
- The search term appears in the result: histone
- The website matches one or more of your search terms
- Other websites that include your search terms link to this result
- The result is in English (India)
Searches related to histone
Searches related to histone
Histones are highly basic proteins that package DNA into nucleosomes in eukaryotic cell nuclei and some Archaea. Learn about the five families of histones, their chemical modifications, their roles in gene regulation and DNA replication, and their variants and pseudogenes.
Wikipedia
