Matches in SemOpenAlex for { <https://semopenalex.org/work/W3007350963> ?p ?o ?g. }
- W3007350963 endingPage "258" @default.
- W3007350963 startingPage "247" @default.
- W3007350963 abstract "Abstract The aim of the existence of every organism is to survive and replicate its genetic material. The pathogen, after infection of the host, has to overcome the host’s defensive barrier. For this, bacterial pathogens use virulence-related factors, such as cell and tissue invasion, adhesion to the surface and toxin production. Numerous pathogenic microorganisms combine their virulence pathways with general mechanisms that allow their adaptation to changing environmental conditions. For this purpose, many bacteria use the global mechanisms of reaction to a stress condition, the stringent response. Here we discuss how the components of stringent response influence the virulence of pathogenic bacteria. 1. Introduction. 2. Metabolism of (p)ppGpp. 2.1. Regulatory targets of (p)ppGpp. 3. Virulence and adaptation to adverse environmental conditions. 4. The role of stringent response in the virulence of Gram-negative bacteria 4.1. Escherichia coli EHEC. 4.2. Escherichia coli UPEC. 4.3. Shigella flexneri. 4.4. Vibrio cholerae. 4.5. Salmonella enterica. 4.6. Pseudomonas aeruginosa. 4.7. Francisella tularensis. 4.8. Bordetella pertussis. 5. The role of stringent response in the virulence of Gram-positive bacteria. 5.1. Enterococcus faecalis. 5.2. Bacillus anthracis. 5.3. Staphylococcus aureus. 5.4. Streptococcus pyogenes. 5.5. Listeria monocytogenes. 6. The effect of the stringent response on the virulence of Mycobacterium tuberculosis. 7. Summary" @default.
- W3007350963 created "2020-03-06" @default.
- W3007350963 creator A5002121418 @default.
- W3007350963 creator A5062076478 @default.
- W3007350963 creator A5066923370 @default.
- W3007350963 date "2019-01-01" @default.
- W3007350963 modified "2023-10-13" @default.
- W3007350963 title "The Role Of The Stringent Components In The Regulation Of Virulence" @default.
- W3007350963 cites W1479973247 @default.
- W3007350963 cites W1486200983 @default.
- W3007350963 cites W1543888238 @default.
- W3007350963 cites W1563095561 @default.
- W3007350963 cites W1573762840 @default.
- W3007350963 cites W1688851527 @default.
- W3007350963 cites W1833541179 @default.
- W3007350963 cites W1881341423 @default.
- W3007350963 cites W1909414136 @default.
- W3007350963 cites W1943112463 @default.
- W3007350963 cites W1965210189 @default.
- W3007350963 cites W1966597734 @default.
- W3007350963 cites W1967384112 @default.
- W3007350963 cites W1980131133 @default.
- W3007350963 cites W1984936076 @default.
- W3007350963 cites W1986842298 @default.
- W3007350963 cites W1995792027 @default.
- W3007350963 cites W1995924159 @default.
- W3007350963 cites W1999382865 @default.
- W3007350963 cites W2006930961 @default.
- W3007350963 cites W2007322603 @default.
- W3007350963 cites W2007324957 @default.
- W3007350963 cites W2007462124 @default.
- W3007350963 cites W2008186432 @default.
- W3007350963 cites W2011764543 @default.
- W3007350963 cites W2023359102 @default.
- W3007350963 cites W2026319544 @default.
- W3007350963 cites W2027010259 @default.
- W3007350963 cites W2028812045 @default.
- W3007350963 cites W2036107776 @default.
- W3007350963 cites W2044493726 @default.
- W3007350963 cites W2044924241 @default.
- W3007350963 cites W2048061766 @default.
- W3007350963 cites W2051395226 @default.
- W3007350963 cites W2052638688 @default.
- W3007350963 cites W2063578981 @default.
- W3007350963 cites W2069419313 @default.
- W3007350963 cites W2077869269 @default.
- W3007350963 cites W2078248420 @default.
- W3007350963 cites W2086253389 @default.
- W3007350963 cites W2091840791 @default.
- W3007350963 cites W2097101221 @default.
- W3007350963 cites W2097183117 @default.
- W3007350963 cites W2099940763 @default.
- W3007350963 cites W2100234064 @default.
- W3007350963 cites W2101336581 @default.
- W3007350963 cites W2103087390 @default.
- W3007350963 cites W2103612354 @default.
- W3007350963 cites W2105526082 @default.
- W3007350963 cites W2108692730 @default.
- W3007350963 cites W2109577885 @default.
- W3007350963 cites W2114361924 @default.
- W3007350963 cites W2125412505 @default.
- W3007350963 cites W2125616096 @default.
- W3007350963 cites W2132756887 @default.
- W3007350963 cites W2134629472 @default.
- W3007350963 cites W2136309052 @default.
- W3007350963 cites W2138611595 @default.
- W3007350963 cites W2139252483 @default.
- W3007350963 cites W2141246506 @default.
- W3007350963 cites W2146120613 @default.
- W3007350963 cites W2151576359 @default.
- W3007350963 cites W2154460798 @default.
- W3007350963 cites W2158435436 @default.
- W3007350963 cites W2158973900 @default.
- W3007350963 cites W2160500822 @default.
- W3007350963 cites W2160677022 @default.
- W3007350963 cites W2161756577 @default.
- W3007350963 cites W2164097967 @default.
- W3007350963 cites W2164838577 @default.
- W3007350963 cites W2167960824 @default.
- W3007350963 cites W2169400224 @default.
- W3007350963 cites W2169660828 @default.
- W3007350963 cites W2171780167 @default.
- W3007350963 cites W2275251131 @default.
- W3007350963 cites W2304555984 @default.
- W3007350963 cites W2425261276 @default.
- W3007350963 cites W2758716503 @default.
- W3007350963 cites W2809372875 @default.
- W3007350963 cites W2901636226 @default.
- W3007350963 cites W3081587882 @default.
- W3007350963 cites W4231530219 @default.
- W3007350963 cites W4232186769 @default.
- W3007350963 cites W4249692247 @default.
- W3007350963 cites W4295850018 @default.
- W3007350963 doi "https://doi.org/10.21307/pm-2019.58.3.247" @default.
- W3007350963 hasPublicationYear "2019" @default.
- W3007350963 type Work @default.
- W3007350963 sameAs 3007350963 @default.
- W3007350963 citedByCount "0" @default.