FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383704080> ?p ?o ?g. }

• W4383704080 endingPage "102367" @default.
• W4383704080 startingPage "102367" @default.
• W4383704080 abstract "Macrophages function as tissue-immune sentinels and mediate key antimicrobial responses against bacterial pathogens. Yet, they can also act as a cellular niche for intracellular bacteria, such as Salmonella enterica, to persist in infected tissues. Macrophages exhibit heterogeneous activation or polarization, states that are linked to differential antibacterial responses and bacteria permissiveness. Remarkably, recent studies demonstrate that Salmonella and other intracellular bacteria inject virulence effectors into the cellular cytoplasm to skew the macrophage polarization state and reprogram these immune cells into a permissive niche. Here, we review mechanisms of macrophage reprogramming by Salmonella and highlight manipulation of macrophage polarization as a shared bacterial pathogenesis strategy. In addition, we discuss how the interplay of bacterial effector mechanisms, microenvironmental signals, and ontogeny may shape macrophage cell states and functions. Finally, we propose ideas of how further research will advance our understanding of macrophage functional diversity and immunobiology." @default.
• W4383704080 created "2023-07-10" @default.
• W4383704080 creator A5031762888 @default.
• W4383704080 creator A5084069808 @default.
• W4383704080 date "2023-10-01" @default.
• W4383704080 modified "2023-10-14" @default.
• W4383704080 title "Turning foes into permissive hosts: manipulation of macrophage polarization by intracellular bacteria" @default.
• W4383704080 cites W1495359165 @default.
• W4383704080 cites W1964037649 @default.
• W4383704080 cites W1966113758 @default.
• W4383704080 cites W1984383169 @default.
• W4383704080 cites W1992149604 @default.
• W4383704080 cites W2037604062 @default.
• W4383704080 cites W2038461328 @default.
• W4383704080 cites W2039559526 @default.
• W4383704080 cites W2041639382 @default.
• W4383704080 cites W2048692951 @default.
• W4383704080 cites W2054472394 @default.
• W4383704080 cites W2055224823 @default.
• W4383704080 cites W2058507546 @default.
• W4383704080 cites W2058755167 @default.
• W4383704080 cites W2065210647 @default.
• W4383704080 cites W2067964691 @default.
• W4383704080 cites W2068034671 @default.
• W4383704080 cites W2069234040 @default.
• W4383704080 cites W2070084815 @default.
• W4383704080 cites W2070697846 @default.
• W4383704080 cites W2074895894 @default.
• W4383704080 cites W2089035904 @default.
• W4383704080 cites W2092799418 @default.
• W4383704080 cites W2098142645 @default.
• W4383704080 cites W2100386453 @default.
• W4383704080 cites W2109531704 @default.
• W4383704080 cites W2115617484 @default.
• W4383704080 cites W2120254551 @default.
• W4383704080 cites W2123640179 @default.
• W4383704080 cites W2126439584 @default.
• W4383704080 cites W2129613765 @default.
• W4383704080 cites W2132173287 @default.
• W4383704080 cites W2139420317 @default.
• W4383704080 cites W2140380746 @default.
• W4383704080 cites W2149813574 @default.
• W4383704080 cites W2163175900 @default.
• W4383704080 cites W2402210086 @default.
• W4383704080 cites W2402640398 @default.
• W4383704080 cites W2470923374 @default.
• W4383704080 cites W2551089731 @default.
• W4383704080 cites W2571548261 @default.
• W4383704080 cites W2576516298 @default.
• W4383704080 cites W2736034593 @default.
• W4383704080 cites W2742891955 @default.
• W4383704080 cites W2784315882 @default.
• W4383704080 cites W2789367247 @default.
• W4383704080 cites W2801200290 @default.
• W4383704080 cites W2808863707 @default.
• W4383704080 cites W2808891613 @default.
• W4383704080 cites W2809320065 @default.
• W4383704080 cites W2888406753 @default.
• W4383704080 cites W2902168927 @default.
• W4383704080 cites W2905211622 @default.
• W4383704080 cites W2908299498 @default.
• W4383704080 cites W2945555137 @default.
• W4383704080 cites W2991882421 @default.
• W4383704080 cites W2995958812 @default.
• W4383704080 cites W2996420143 @default.
• W4383704080 cites W2997073647 @default.
• W4383704080 cites W2998342995 @default.
• W4383704080 cites W3008057350 @default.
• W4383704080 cites W3036265910 @default.
• W4383704080 cites W3137895553 @default.
• W4383704080 cites W3159735398 @default.
• W4383704080 cites W3176292550 @default.
• W4383704080 cites W3185416158 @default.
• W4383704080 cites W3208963058 @default.
• W4383704080 cites W3213439007 @default.
• W4383704080 cites W4206995928 @default.
• W4383704080 cites W4210901539 @default.
• W4383704080 cites W4213245349 @default.
• W4383704080 cites W4224998947 @default.
• W4383704080 cites W4225137247 @default.
• W4383704080 cites W4309080193 @default.
• W4383704080 cites W4313706739 @default.
• W4383704080 cites W4315784484 @default.
• W4383704080 cites W4322486696 @default.
• W4383704080 doi "https://doi.org/10.1016/j.coi.2023.102367" @default.
• W4383704080 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37437470" @default.
• W4383704080 hasPublicationYear "2023" @default.
• W4383704080 type Work @default.
• W4383704080 citedByCount "0" @default.
• W4383704080 crossrefType "journal-article" @default.
• W4383704080 hasAuthorship W4383704080A5031762888 @default.
• W4383704080 hasAuthorship W4383704080A5084069808 @default.
• W4383704080 hasConcept C153726182 @default.
• W4383704080 hasConcept C202751555 @default.
• W4383704080 hasConcept C203014093 @default.
• W4383704080 hasConcept C2776682551 @default.
• W4383704080 hasConcept C2779244956 @default.
• W4383704080 hasConcept C2779607309 @default.

• next