Matches in SemOpenAlex for { <https://semopenalex.org/work/W2086505124> ?p ?o ?g. }
- W2086505124 endingPage "577" @default.
- W2086505124 startingPage "567" @default.
- W2086505124 abstract "Maturation and maintenance of the intracellular vacuole in which Salmonella replicates is controlled by virulence proteins including the type III secretion system encoded by Salmonella pathogenicity island 2 (SPI-2). Here, we show that, several hours after bacterial uptake into different host cell types, Salmonella induces the formation of an F-actin meshwork around bacterial vacuoles. This structure is assembled de novo from the cellular G-actin pool in close proximity to the Salmonella vacuolar membrane. We demonstrate that the phenomenon does not require the Inv/Spa type III secretion system or cognate effector proteins, which induce actin polymerization during bacterial invasion, but does require a functional SPI-2 type III secretion system, which plays an important role in intracellular replication and systemic infection in mice. Treatment with actin-depolymerizing agents significantly inhibited intramacrophage replication of wild-type Salmonella typhimurium. Furthermore, after this treatment, wild-type bacteria were released into the host cell cytoplasm, whereas SPI-2 mutant bacteria remained within vacuoles. We conclude that actin assembly plays an important role in the establishment of an intracellular niche that sustains bacterial growth." @default.
- W2086505124 created "2016-06-24" @default.
- W2086505124 creator A5006684399 @default.
- W2086505124 creator A5029540752 @default.
- W2086505124 creator A5029576475 @default.
- W2086505124 creator A5033737374 @default.
- W2086505124 creator A5035761978 @default.
- W2086505124 creator A5036786020 @default.
- W2086505124 creator A5051858662 @default.
- W2086505124 creator A5083971720 @default.
- W2086505124 creator A5084483302 @default.
- W2086505124 date "2001-08-01" @default.
- W2086505124 modified "2023-10-18" @default.
- W2086505124 title "Remodelling of the actin cytoskeleton is essential for replication of intravacuolar Salmonella" @default.
- W2086505124 cites W1492437640 @default.
- W2086505124 cites W1492775073 @default.
- W2086505124 cites W1504977545 @default.
- W2086505124 cites W1507485526 @default.
- W2086505124 cites W1545247886 @default.
- W2086505124 cites W1627263949 @default.
- W2086505124 cites W1689227878 @default.
- W2086505124 cites W1878766934 @default.
- W2086505124 cites W1913125369 @default.
- W2086505124 cites W191498507 @default.
- W2086505124 cites W1940122864 @default.
- W2086505124 cites W1942012123 @default.
- W2086505124 cites W1968426638 @default.
- W2086505124 cites W1981518030 @default.
- W2086505124 cites W1981659779 @default.
- W2086505124 cites W1984210761 @default.
- W2086505124 cites W1990407260 @default.
- W2086505124 cites W1992144107 @default.
- W2086505124 cites W1995887685 @default.
- W2086505124 cites W1997119394 @default.
- W2086505124 cites W2007757715 @default.
- W2086505124 cites W2023822923 @default.
- W2086505124 cites W2058428900 @default.
- W2086505124 cites W2062565002 @default.
- W2086505124 cites W2073090407 @default.
- W2086505124 cites W2078347406 @default.
- W2086505124 cites W2082476464 @default.
- W2086505124 cites W2088732289 @default.
- W2086505124 cites W2096212458 @default.
- W2086505124 cites W2096497613 @default.
- W2086505124 cites W2097813770 @default.
- W2086505124 cites W2099573412 @default.
- W2086505124 cites W2110774266 @default.
- W2086505124 cites W2111092197 @default.
- W2086505124 cites W2114629994 @default.
- W2086505124 cites W2115235932 @default.
- W2086505124 cites W2115993724 @default.
- W2086505124 cites W2118341013 @default.
- W2086505124 cites W2120463627 @default.
- W2086505124 cites W2120943652 @default.
- W2086505124 cites W2121396317 @default.
- W2086505124 cites W2123680076 @default.
- W2086505124 cites W2132464310 @default.
- W2086505124 cites W2133880323 @default.
- W2086505124 cites W2134501958 @default.
- W2086505124 cites W2141902291 @default.
- W2086505124 cites W2144770697 @default.
- W2086505124 cites W2144878722 @default.
- W2086505124 cites W2158077160 @default.
- W2086505124 cites W2165607699 @default.
- W2086505124 cites W2170484617 @default.
- W2086505124 cites W265817920 @default.
- W2086505124 cites W70161866 @default.
- W2086505124 doi "https://doi.org/10.1046/j.1462-5822.2001.00141.x" @default.
- W2086505124 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11488817" @default.
- W2086505124 hasPublicationYear "2001" @default.
- W2086505124 type Work @default.
- W2086505124 sameAs 2086505124 @default.
- W2086505124 citedByCount "155" @default.
- W2086505124 countsByYear W20865051242012 @default.
- W2086505124 countsByYear W20865051242013 @default.
- W2086505124 countsByYear W20865051242014 @default.
- W2086505124 countsByYear W20865051242015 @default.
- W2086505124 countsByYear W20865051242016 @default.
- W2086505124 countsByYear W20865051242017 @default.
- W2086505124 countsByYear W20865051242018 @default.
- W2086505124 countsByYear W20865051242019 @default.
- W2086505124 countsByYear W20865051242020 @default.
- W2086505124 countsByYear W20865051242021 @default.
- W2086505124 countsByYear W20865051242022 @default.
- W2086505124 countsByYear W20865051242023 @default.
- W2086505124 crossrefType "journal-article" @default.
- W2086505124 hasAuthorship W2086505124A5006684399 @default.
- W2086505124 hasAuthorship W2086505124A5029540752 @default.
- W2086505124 hasAuthorship W2086505124A5029576475 @default.
- W2086505124 hasAuthorship W2086505124A5033737374 @default.
- W2086505124 hasAuthorship W2086505124A5035761978 @default.
- W2086505124 hasAuthorship W2086505124A5036786020 @default.
- W2086505124 hasAuthorship W2086505124A5051858662 @default.
- W2086505124 hasAuthorship W2086505124A5083971720 @default.
- W2086505124 hasAuthorship W2086505124A5084483302 @default.
- W2086505124 hasConcept C102568950 @default.
- W2086505124 hasConcept C104317684 @default.
- W2086505124 hasConcept C125705527 @default.