Matches in SemOpenAlex for { <https://semopenalex.org/work/W2065851573> ?p ?o ?g. }
- W2065851573 endingPage "23" @default.
- W2065851573 startingPage "1" @default.
- W2065851573 abstract "Understanding how Salmonella species establish successful infections remains a foremost research priority. This gastrointestinal pathogen not only faces the hostile defenses of the host’s immune system, but also faces fierce competition from the large and diverse community of microbiota for space and nutrients. Salmonella have solved these challenges ingeniously. To jump-start growth, Salmonella steal hydrogen produced by the gastrointestinal microbiota. Type 3 effector proteins are subsequently secreted by Salmonella to trigger potent inflammatory responses, which generate the alternative terminal electron acceptors tetrathionate and nitrate. Salmonella exclusively utilize these electron acceptors for anaerobic respiration, permitting metabolic access to abundant substrates such as ethanolamine to power growth blooms. Chemotaxis and flagella-mediated motility enable the identification of nutritionally beneficial niches. The resulting growth blooms also promote horizontal gene transfer amongst the resident microbes. Within the gastrointestinal tract there are opportunities for chemical signaling between host cells, the microbiota, and Salmonella . Host produced catecholamines and bacterial autoinducers form components of this chemical dialogue leading to dynamic interactions. Thus, Salmonella have developed remarkable strategies to initially shield against host defenses and to transiently compete against the intestinal microbiota leading to successful infections. However, the immunocompetent host is subsequently able to reestablish control and clear the infection." @default.
- W2065851573 created "2016-06-24" @default.
- W2065851573 creator A5079711675 @default.
- W2065851573 date "2014-07-10" @default.
- W2065851573 modified "2023-10-18" @default.
- W2065851573 title "The Dynamic Interactions between <i>Salmonella</i> and the Microbiota, within the Challenging Niche of the Gastrointestinal Tract" @default.
- W2065851573 cites W121064638 @default.
- W2065851573 cites W1483396672 @default.
- W2065851573 cites W1487786274 @default.
- W2065851573 cites W1511054657 @default.
- W2065851573 cites W1522528227 @default.
- W2065851573 cites W1570691327 @default.
- W2065851573 cites W1649341603 @default.
- W2065851573 cites W1846146659 @default.
- W2065851573 cites W1846678829 @default.
- W2065851573 cites W1851276803 @default.
- W2065851573 cites W1901435509 @default.
- W2065851573 cites W1911152711 @default.
- W2065851573 cites W1938034723 @default.
- W2065851573 cites W1954387384 @default.
- W2065851573 cites W1964048031 @default.
- W2065851573 cites W1965518698 @default.
- W2065851573 cites W1966223820 @default.
- W2065851573 cites W1967821667 @default.
- W2065851573 cites W1968105193 @default.
- W2065851573 cites W1974044888 @default.
- W2065851573 cites W1974064502 @default.
- W2065851573 cites W1975409716 @default.
- W2065851573 cites W1975540898 @default.
- W2065851573 cites W1976623095 @default.
- W2065851573 cites W1976763516 @default.
- W2065851573 cites W1977440279 @default.
- W2065851573 cites W1978955250 @default.
- W2065851573 cites W1979633235 @default.
- W2065851573 cites W1980355960 @default.
- W2065851573 cites W1980914602 @default.
- W2065851573 cites W1981571167 @default.
- W2065851573 cites W1982379122 @default.
- W2065851573 cites W1983983049 @default.
- W2065851573 cites W1984913731 @default.
- W2065851573 cites W1987066442 @default.
- W2065851573 cites W1987436161 @default.
- W2065851573 cites W1989889539 @default.
- W2065851573 cites W1990242215 @default.
- W2065851573 cites W1990393870 @default.
- W2065851573 cites W1991860284 @default.
- W2065851573 cites W1993799354 @default.
- W2065851573 cites W1995618975 @default.
- W2065851573 cites W1995808861 @default.
- W2065851573 cites W1996135784 @default.
- W2065851573 cites W1996219535 @default.
- W2065851573 cites W1997119394 @default.
- W2065851573 cites W1999699598 @default.
- W2065851573 cites W2000672451 @default.
- W2065851573 cites W2000707384 @default.
- W2065851573 cites W2004413279 @default.
- W2065851573 cites W2004690000 @default.
- W2065851573 cites W2005940058 @default.
- W2065851573 cites W2006166158 @default.
- W2065851573 cites W2008758799 @default.
- W2065851573 cites W2008821578 @default.
- W2065851573 cites W2009256745 @default.
- W2065851573 cites W2009265628 @default.
- W2065851573 cites W2009598673 @default.
- W2065851573 cites W2011067750 @default.
- W2065851573 cites W2011787460 @default.
- W2065851573 cites W2014494685 @default.
- W2065851573 cites W2014746756 @default.
- W2065851573 cites W2015975525 @default.
- W2065851573 cites W2017776724 @default.
- W2065851573 cites W2021071631 @default.
- W2065851573 cites W2023097406 @default.
- W2065851573 cites W2023184347 @default.
- W2065851573 cites W2023822923 @default.
- W2065851573 cites W2024375133 @default.
- W2065851573 cites W2026503311 @default.
- W2065851573 cites W2026658658 @default.
- W2065851573 cites W2026894676 @default.
- W2065851573 cites W2029298401 @default.
- W2065851573 cites W2030207385 @default.
- W2065851573 cites W2031458021 @default.
- W2065851573 cites W2032520208 @default.
- W2065851573 cites W2032817554 @default.
- W2065851573 cites W2033239478 @default.
- W2065851573 cites W2033627048 @default.
- W2065851573 cites W2034400607 @default.
- W2065851573 cites W2035475175 @default.
- W2065851573 cites W2039176236 @default.
- W2065851573 cites W2040641257 @default.
- W2065851573 cites W2042045767 @default.
- W2065851573 cites W2042274557 @default.
- W2065851573 cites W2043772594 @default.
- W2065851573 cites W2043806528 @default.
- W2065851573 cites W2047508652 @default.
- W2065851573 cites W2050381177 @default.
- W2065851573 cites W2050634031 @default.
- W2065851573 cites W2052233918 @default.
- W2065851573 cites W2052255348 @default.