Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801100830> ?p ?o ?g. }
- W2801100830 endingPage "6413" @default.
- W2801100830 startingPage "6406" @default.
- W2801100830 abstract "Fidelity of histone gene regulation, and ultimately of histone protein biosynthesis, is obligatory for packaging of newly replicated DNA into chromatin. Control of histone gene expression within the 3‐dimensional context of nuclear organization is reflected by two well documented observations. DNA replication‐dependent histone mRNAs are synthesized at specialized subnuclear domains designated histone locus bodies (HLBs), in response to activation of the growth factor dependent Cyclin E/CDK2/HINFP/NPAT pathway at the G1/S transition in mammalian cells. Complete loss of the histone gene regulatory factors HINFP or NPAT disrupts HLB integrity that is necessary for coordinate control of DNA replication and histone gene transcription. Here we review the molecular histone‐related requirements for G1/S‐phase progression during the cell cycle. Recently developed experimental strategies, now enable us to explore mechanisms involved in dynamic control of histone gene expression in the context of the temporal (cell cycle) and spatial (HLBs) remodeling of the histone gene loci." @default.
- W2801100830 created "2018-05-17" @default.
- W2801100830 creator A5008755139 @default.
- W2801100830 creator A5031362021 @default.
- W2801100830 creator A5035428725 @default.
- W2801100830 creator A5058050922 @default.
- W2801100830 creator A5066298772 @default.
- W2801100830 creator A5079712015 @default.
- W2801100830 creator A5081119848 @default.
- W2801100830 creator A5091394978 @default.
- W2801100830 date "2018-05-10" @default.
- W2801100830 modified "2023-10-17" @default.
- W2801100830 title "Higher order genomic organization and regulatory compartmentalization for cell cycle control at the G1/S‐phase transition" @default.
- W2801100830 cites W1120562402 @default.
- W2801100830 cites W1505430080 @default.
- W2801100830 cites W1522062692 @default.
- W2801100830 cites W1605145036 @default.
- W2801100830 cites W1835394273 @default.
- W2801100830 cites W1857356080 @default.
- W2801100830 cites W1969768044 @default.
- W2801100830 cites W1978252332 @default.
- W2801100830 cites W1979544334 @default.
- W2801100830 cites W1986542724 @default.
- W2801100830 cites W1993147437 @default.
- W2801100830 cites W1996011102 @default.
- W2801100830 cites W1997362516 @default.
- W2801100830 cites W1997589266 @default.
- W2801100830 cites W2005883889 @default.
- W2801100830 cites W2009115308 @default.
- W2801100830 cites W2009491803 @default.
- W2801100830 cites W2010560455 @default.
- W2801100830 cites W2022489847 @default.
- W2801100830 cites W2024875576 @default.
- W2801100830 cites W2030528311 @default.
- W2801100830 cites W2031519766 @default.
- W2801100830 cites W2037285029 @default.
- W2801100830 cites W2037618508 @default.
- W2801100830 cites W2042091432 @default.
- W2801100830 cites W2044146927 @default.
- W2801100830 cites W2044403064 @default.
- W2801100830 cites W2046309583 @default.
- W2801100830 cites W2049476059 @default.
- W2801100830 cites W2050710133 @default.
- W2801100830 cites W2051139385 @default.
- W2801100830 cites W2052315522 @default.
- W2801100830 cites W2062228343 @default.
- W2801100830 cites W2063030184 @default.
- W2801100830 cites W2077155166 @default.
- W2801100830 cites W2077923531 @default.
- W2801100830 cites W2080086131 @default.
- W2801100830 cites W2082627972 @default.
- W2801100830 cites W2086365424 @default.
- W2801100830 cites W2090037139 @default.
- W2801100830 cites W2092769914 @default.
- W2801100830 cites W2095877884 @default.
- W2801100830 cites W2097740735 @default.
- W2801100830 cites W2100287099 @default.
- W2801100830 cites W2104798106 @default.
- W2801100830 cites W2107176055 @default.
- W2801100830 cites W2107244138 @default.
- W2801100830 cites W2111779859 @default.
- W2801100830 cites W2116855282 @default.
- W2801100830 cites W2118322545 @default.
- W2801100830 cites W2124235504 @default.
- W2801100830 cites W2126282428 @default.
- W2801100830 cites W2126294946 @default.
- W2801100830 cites W2132916730 @default.
- W2801100830 cites W2142880034 @default.
- W2801100830 cites W2150212324 @default.
- W2801100830 cites W2151898178 @default.
- W2801100830 cites W2152605077 @default.
- W2801100830 cites W2152701020 @default.
- W2801100830 cites W2164576460 @default.
- W2801100830 cites W2169389191 @default.
- W2801100830 cites W2182733429 @default.
- W2801100830 cites W2270112065 @default.
- W2801100830 cites W2293954090 @default.
- W2801100830 cites W2309374135 @default.
- W2801100830 cites W2515073808 @default.
- W2801100830 cites W2515517029 @default.
- W2801100830 cites W2544044666 @default.
- W2801100830 cites W2614199773 @default.
- W2801100830 doi "https://doi.org/10.1002/jcp.26741" @default.
- W2801100830 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6043376" @default.
- W2801100830 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29744889" @default.
- W2801100830 hasPublicationYear "2018" @default.
- W2801100830 type Work @default.
- W2801100830 sameAs 2801100830 @default.
- W2801100830 citedByCount "12" @default.
- W2801100830 countsByYear W28011008302019 @default.
- W2801100830 countsByYear W28011008302020 @default.
- W2801100830 countsByYear W28011008302021 @default.
- W2801100830 countsByYear W28011008302022 @default.
- W2801100830 countsByYear W28011008302023 @default.
- W2801100830 crossrefType "journal-article" @default.
- W2801100830 hasAuthorship W2801100830A5008755139 @default.
- W2801100830 hasAuthorship W2801100830A5031362021 @default.
- W2801100830 hasAuthorship W2801100830A5035428725 @default.