Matches in SemOpenAlex for { <https://semopenalex.org/work/W1984473578> ?p ?o ?g. }
- W1984473578 endingPage "1567" @default.
- W1984473578 startingPage "1559" @default.
- W1984473578 abstract "Secretion systems are specialized in transport of proteins, DNA or nutrients across the cell envelope of bacteria and enable them to communicate with their environment. The chaperone-usher (CU) pathway is used for assembly and secretion of a large family of long adhesive protein polymers, termed pili, and is widespread among Gram-negative pathogens [1]. Moreover, recent evidence has indicated that CU secretion systems are also involved in sporulation [2,3]. In this review we focus on the structural biology of the paradigmatic type 1 and P pili CU systems encoded by uropathogenic Escherichia coli (UPEC), where recent progress has provided unprecedented insights into pilus assembly and secretion mechanism. This article is part of a Special Issue entitled: Protein trafficking and secretion in bacteria. Guest Editors: Anastassios Economou and Ross Dalbey." @default.
- W1984473578 created "2016-06-24" @default.
- W1984473578 creator A5055259748 @default.
- W1984473578 creator A5081951575 @default.
- W1984473578 date "2014-08-01" @default.
- W1984473578 modified "2023-10-11" @default.
- W1984473578 title "The molecular dissection of the chaperone–usher pathway" @default.
- W1984473578 cites W1523652012 @default.
- W1984473578 cites W1582134837 @default.
- W1984473578 cites W1850372875 @default.
- W1984473578 cites W1871883442 @default.
- W1984473578 cites W1892978374 @default.
- W1984473578 cites W1964303928 @default.
- W1984473578 cites W1970101599 @default.
- W1984473578 cites W1975214283 @default.
- W1984473578 cites W1983418191 @default.
- W1984473578 cites W1984390448 @default.
- W1984473578 cites W1992285721 @default.
- W1984473578 cites W1993574048 @default.
- W1984473578 cites W1997999034 @default.
- W1984473578 cites W2008649826 @default.
- W1984473578 cites W2009160229 @default.
- W1984473578 cites W2014984055 @default.
- W1984473578 cites W2020557128 @default.
- W1984473578 cites W2020673395 @default.
- W1984473578 cites W2023614099 @default.
- W1984473578 cites W2026957483 @default.
- W1984473578 cites W2027609863 @default.
- W1984473578 cites W2031082075 @default.
- W1984473578 cites W2036083275 @default.
- W1984473578 cites W2037884519 @default.
- W1984473578 cites W2040328437 @default.
- W1984473578 cites W2042588480 @default.
- W1984473578 cites W2045912473 @default.
- W1984473578 cites W2046033225 @default.
- W1984473578 cites W2046721427 @default.
- W1984473578 cites W2054523450 @default.
- W1984473578 cites W2054722926 @default.
- W1984473578 cites W2059486580 @default.
- W1984473578 cites W2061674118 @default.
- W1984473578 cites W2076121111 @default.
- W1984473578 cites W2081305809 @default.
- W1984473578 cites W2087180492 @default.
- W1984473578 cites W2102744286 @default.
- W1984473578 cites W2104600493 @default.
- W1984473578 cites W2107638170 @default.
- W1984473578 cites W2109359144 @default.
- W1984473578 cites W2112638132 @default.
- W1984473578 cites W2114286707 @default.
- W1984473578 cites W2115453381 @default.
- W1984473578 cites W2116729831 @default.
- W1984473578 cites W2118044534 @default.
- W1984473578 cites W2119836979 @default.
- W1984473578 cites W2121956307 @default.
- W1984473578 cites W2122746216 @default.
- W1984473578 cites W2124473677 @default.
- W1984473578 cites W2127241473 @default.
- W1984473578 cites W2129491316 @default.
- W1984473578 cites W2133527730 @default.
- W1984473578 cites W2145548942 @default.
- W1984473578 cites W2148118122 @default.
- W1984473578 cites W2149461468 @default.
- W1984473578 cites W2150825610 @default.
- W1984473578 cites W2154900915 @default.
- W1984473578 cites W2155310680 @default.
- W1984473578 cites W2160114626 @default.
- W1984473578 cites W2161244514 @default.
- W1984473578 cites W2164097967 @default.
- W1984473578 cites W2167115848 @default.
- W1984473578 cites W2171034939 @default.
- W1984473578 cites W264458149 @default.
- W1984473578 doi "https://doi.org/10.1016/j.bbamcr.2013.09.023" @default.
- W1984473578 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24140205" @default.
- W1984473578 hasPublicationYear "2014" @default.
- W1984473578 type Work @default.
- W1984473578 sameAs 1984473578 @default.
- W1984473578 citedByCount "51" @default.
- W1984473578 countsByYear W19844735782014 @default.
- W1984473578 countsByYear W19844735782015 @default.
- W1984473578 countsByYear W19844735782016 @default.
- W1984473578 countsByYear W19844735782017 @default.
- W1984473578 countsByYear W19844735782018 @default.
- W1984473578 countsByYear W19844735782019 @default.
- W1984473578 countsByYear W19844735782020 @default.
- W1984473578 countsByYear W19844735782021 @default.
- W1984473578 countsByYear W19844735782022 @default.
- W1984473578 crossrefType "journal-article" @default.
- W1984473578 hasAuthorship W1984473578A5055259748 @default.
- W1984473578 hasAuthorship W1984473578A5081951575 @default.
- W1984473578 hasBestOaLocation W19844735781 @default.
- W1984473578 hasConcept C104317684 @default.
- W1984473578 hasConcept C142724271 @default.
- W1984473578 hasConcept C174832134 @default.
- W1984473578 hasConcept C2775962898 @default.
- W1984473578 hasConcept C46371251 @default.
- W1984473578 hasConcept C49039625 @default.
- W1984473578 hasConcept C523546767 @default.
- W1984473578 hasConcept C54355233 @default.