Matches in SemOpenAlex for { <https://semopenalex.org/work/W1982411652> ?p ?o ?g. }
- W1982411652 endingPage "192" @default.
- W1982411652 startingPage "182" @default.
- W1982411652 abstract "Chromatin structure promotes important epigenetic mechanisms that regulate cellular fate by organizing, preserving and controlling the way by which the genetic information works. Our understanding of chromatin and its functions is sparse and not yet well defined. The uncertainty comes from the complexity of chromatin and is induced by the existence of a large number of nuclear proteins that influence it. The intricate interaction among all these structural and functional nuclear proteins has been under extensive study in the recent years. Here, we show that Saccharomyces cerevisiae linker histone physically interacts with Arp4p (actin-related protein 4) which is a key subunit of three chromatin modifying complexes – INO80, SWR1 and NuA4. A single – point mutation in the actin – fold domain of Arp4p together with the knock-out of the gene for the linker histone in S. cerevisiae severely abrogates cellular and nuclear morphology and leads to complete disorganizing of the higher levels of chromatin organization." @default.
- W1982411652 created "2016-06-24" @default.
- W1982411652 creator A5015146860 @default.
- W1982411652 creator A5035916448 @default.
- W1982411652 creator A5039869974 @default.
- W1982411652 creator A5047126296 @default.
- W1982411652 creator A5051585977 @default.
- W1982411652 creator A5073018962 @default.
- W1982411652 creator A5090061232 @default.
- W1982411652 date "2015-02-01" @default.
- W1982411652 modified "2023-09-25" @default.
- W1982411652 title "The linker histone in Saccharomyces cerevisiae interacts with actin-related protein 4 and both regulate chromatin structure and cellular morphology" @default.
- W1982411652 cites W1505536714 @default.
- W1982411652 cites W1531819701 @default.
- W1982411652 cites W1855519055 @default.
- W1982411652 cites W1903792504 @default.
- W1982411652 cites W1922702657 @default.
- W1982411652 cites W1964318436 @default.
- W1982411652 cites W1971857971 @default.
- W1982411652 cites W1977186059 @default.
- W1982411652 cites W1977302271 @default.
- W1982411652 cites W1984354326 @default.
- W1982411652 cites W1989420821 @default.
- W1982411652 cites W1994081548 @default.
- W1982411652 cites W1994924280 @default.
- W1982411652 cites W1995668347 @default.
- W1982411652 cites W1996270170 @default.
- W1982411652 cites W1999851893 @default.
- W1982411652 cites W2021779654 @default.
- W1982411652 cites W2023624041 @default.
- W1982411652 cites W2029331780 @default.
- W1982411652 cites W2031725812 @default.
- W1982411652 cites W2032410204 @default.
- W1982411652 cites W2036231394 @default.
- W1982411652 cites W2036663020 @default.
- W1982411652 cites W2037979189 @default.
- W1982411652 cites W2039963003 @default.
- W1982411652 cites W2040235808 @default.
- W1982411652 cites W2040566675 @default.
- W1982411652 cites W2047205370 @default.
- W1982411652 cites W2049426834 @default.
- W1982411652 cites W2056599175 @default.
- W1982411652 cites W2056727374 @default.
- W1982411652 cites W2061673994 @default.
- W1982411652 cites W2062479691 @default.
- W1982411652 cites W2069281865 @default.
- W1982411652 cites W2076352302 @default.
- W1982411652 cites W2088083858 @default.
- W1982411652 cites W2090037139 @default.
- W1982411652 cites W2094259269 @default.
- W1982411652 cites W2097005988 @default.
- W1982411652 cites W2097782450 @default.
- W1982411652 cites W2102358604 @default.
- W1982411652 cites W2105571605 @default.
- W1982411652 cites W2108053853 @default.
- W1982411652 cites W2109452666 @default.
- W1982411652 cites W2112330852 @default.
- W1982411652 cites W2112656582 @default.
- W1982411652 cites W2112734915 @default.
- W1982411652 cites W2116931062 @default.
- W1982411652 cites W2117792884 @default.
- W1982411652 cites W2120682650 @default.
- W1982411652 cites W2123356282 @default.
- W1982411652 cites W2126824096 @default.
- W1982411652 cites W2132440338 @default.
- W1982411652 cites W2140223357 @default.
- W1982411652 cites W2163551727 @default.
- W1982411652 cites W2171857613 @default.
- W1982411652 cites W4243574300 @default.
- W1982411652 cites W94192450 @default.
- W1982411652 cites W2060069041 @default.
- W1982411652 doi "https://doi.org/10.1016/j.biocel.2014.12.006" @default.
- W1982411652 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25542182" @default.
- W1982411652 hasPublicationYear "2015" @default.
- W1982411652 type Work @default.
- W1982411652 sameAs 1982411652 @default.
- W1982411652 citedByCount "12" @default.
- W1982411652 countsByYear W19824116522016 @default.
- W1982411652 countsByYear W19824116522017 @default.
- W1982411652 countsByYear W19824116522018 @default.
- W1982411652 countsByYear W19824116522019 @default.
- W1982411652 countsByYear W19824116522021 @default.
- W1982411652 countsByYear W19824116522022 @default.
- W1982411652 countsByYear W19824116522023 @default.
- W1982411652 crossrefType "journal-article" @default.
- W1982411652 hasAuthorship W1982411652A5015146860 @default.
- W1982411652 hasAuthorship W1982411652A5035916448 @default.
- W1982411652 hasAuthorship W1982411652A5039869974 @default.
- W1982411652 hasAuthorship W1982411652A5047126296 @default.
- W1982411652 hasAuthorship W1982411652A5051585977 @default.
- W1982411652 hasAuthorship W1982411652A5073018962 @default.
- W1982411652 hasAuthorship W1982411652A5090061232 @default.
- W1982411652 hasConcept C10058791 @default.
- W1982411652 hasConcept C101152365 @default.
- W1982411652 hasConcept C104317684 @default.
- W1982411652 hasConcept C167227067 @default.
- W1982411652 hasConcept C2777576037 @default.
- W1982411652 hasConcept C54355233 @default.