FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W766402720> ?p ?o ?g. }

• W766402720 endingPage "175" @default.
• W766402720 startingPage "169" @default.
• W766402720 abstract "There is increasing awareness of a relationship between our microbiota and the pathogenesis of allergy and other inflammatory diseases. In investigating the mechanisms underlying microbiota modulation of allergy the focus has been on the induction phase; alterations in the phenotype and function of antigen presenting cells, induction of regulatory T cells and shifts in Th1/Th2 balance. However there is evidence that microbes can influence the effector phase of disease, specifically that certain potentially beneficial bacteria can attenuate mast cell activation and degranulation. Furthermore, it appears that different non-pathogenic bacteria can utilize distinct mechanisms to stabilize mast cells, acting locally though direct interaction with the mast cell at mucosal sites or attenuating systemic mast cell dependent responses, likely through indirect signaling mechanisms. The position of mast cells on the frontline of defense against pathogens also suggests they may play an important role in fostering the host-microbiota relationship. Mast cells are also conduits of neuro-immuo-endocrine communication, suggesting the ability of microbes to modulate cell responses may have implications for host physiology beyond immunology. Further investigation of mast cell regulation by non-pathogenic or symbiotic bacteria will likely lead to a greater understanding of host microbiota interaction and the role of the microbiome in health and disease." @default.
• W766402720 created "2016-06-24" @default.
• W766402720 creator A5004895028 @default.
• W766402720 date "2016-05-01" @default.
• W766402720 modified "2023-10-16" @default.
• W766402720 title "Microbes taming mast cells: Implications for allergic inflammation and beyond" @default.
• W766402720 cites W1532904184 @default.
• W766402720 cites W1564013339 @default.
• W766402720 cites W1574748667 @default.
• W766402720 cites W1598255185 @default.
• W766402720 cites W1603370446 @default.
• W766402720 cites W1607820184 @default.
• W766402720 cites W1652374887 @default.
• W766402720 cites W1777628750 @default.
• W766402720 cites W1893318402 @default.
• W766402720 cites W1959752346 @default.
• W766402720 cites W1968082302 @default.
• W766402720 cites W1970874049 @default.
• W766402720 cites W1972791698 @default.
• W766402720 cites W1973670013 @default.
• W766402720 cites W1974053860 @default.
• W766402720 cites W1974266307 @default.
• W766402720 cites W1975409716 @default.
• W766402720 cites W1977694442 @default.
• W766402720 cites W1981477517 @default.
• W766402720 cites W1984310252 @default.
• W766402720 cites W1988802336 @default.
• W766402720 cites W1989147588 @default.
• W766402720 cites W1989838936 @default.
• W766402720 cites W1990330959 @default.
• W766402720 cites W1998164631 @default.
• W766402720 cites W1999366816 @default.
• W766402720 cites W2000452395 @default.
• W766402720 cites W2000636600 @default.
• W766402720 cites W2002008144 @default.
• W766402720 cites W2002474633 @default.
• W766402720 cites W2004508492 @default.
• W766402720 cites W2008551669 @default.
• W766402720 cites W2009696737 @default.
• W766402720 cites W2012284105 @default.
• W766402720 cites W2018393721 @default.
• W766402720 cites W2019489405 @default.
• W766402720 cites W2025102161 @default.
• W766402720 cites W2030454658 @default.
• W766402720 cites W2032529020 @default.
• W766402720 cites W2039605189 @default.
• W766402720 cites W2042369630 @default.
• W766402720 cites W2044276052 @default.
• W766402720 cites W2044562348 @default.
• W766402720 cites W2049228030 @default.
• W766402720 cites W2055750232 @default.
• W766402720 cites W2060201104 @default.
• W766402720 cites W2060501225 @default.
• W766402720 cites W2060506055 @default.
• W766402720 cites W2062828989 @default.
• W766402720 cites W2067168190 @default.
• W766402720 cites W2067523166 @default.
• W766402720 cites W2067769643 @default.
• W766402720 cites W2068521142 @default.
• W766402720 cites W2077398853 @default.
• W766402720 cites W2078258438 @default.
• W766402720 cites W2082860971 @default.
• W766402720 cites W2086006111 @default.
• W766402720 cites W2087808725 @default.
• W766402720 cites W2088373848 @default.
• W766402720 cites W2090042528 @default.
• W766402720 cites W2098641823 @default.
• W766402720 cites W2100357887 @default.
• W766402720 cites W2101949367 @default.
• W766402720 cites W2106829739 @default.
• W766402720 cites W2110389012 @default.
• W766402720 cites W2110444169 @default.
• W766402720 cites W2115952980 @default.
• W766402720 cites W2123290828 @default.
• W766402720 cites W2132654910 @default.
• W766402720 cites W2133218356 @default.
• W766402720 cites W2133480684 @default.
• W766402720 cites W2134530898 @default.
• W766402720 cites W2140582670 @default.
• W766402720 cites W2140682945 @default.
• W766402720 cites W2144082513 @default.
• W766402720 cites W2144971524 @default.
• W766402720 cites W2148163755 @default.
• W766402720 cites W2150741646 @default.
• W766402720 cites W2150968312 @default.
• W766402720 cites W2151911433 @default.
• W766402720 cites W2155135902 @default.
• W766402720 cites W2155552160 @default.
• W766402720 cites W2156015098 @default.
• W766402720 cites W2157867336 @default.
• W766402720 cites W2158148601 @default.
• W766402720 cites W2159590190 @default.
• W766402720 cites W2161853794 @default.
• W766402720 cites W2164342861 @default.
• W766402720 cites W2165174834 @default.
• W766402720 cites W2166638577 @default.
• W766402720 doi "https://doi.org/10.1016/j.ejphar.2015.06.034" @default.
• W766402720 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26130124" @default.

• next