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. 2011 Feb 17;2:15. doi: 10.3389/fmicb.2011.00015

Table 1.

Inflammasome-mediated pathogen recognition and response.

Organism PRR PAMP(s), Activator(s) Other coactivators Inflammasome in vitro function Inflammasome in vivo function Inflammasome Inhibitors References
BACTERIA
S. enterica NLRC4 Flagellin, PrgJ, SopE K + efflux? IL-1β secretion, caspase-1 processing, pyroptosis Host survival, bacterial clearance (Mariathasan et al., (2004; 2006); Franchi et al., (2006); Lara-Tejero et al., (2006); Mariathasan et al., 2006, Miao et al., (2006, 2010a, b); Raupach et al., (2006); Sun et al., (2007); Muller et al., (2009); Arlehamn et al. (2010); Broz et al., (2010); Miao et al., 2010a, Miao et al., 2010b, Arlehamn et al., 2010)
NLRP3 ? IL-1β secretion, caspase-1 processing Host survival, bacterial clearance
L. pneumophila NLRC4 Flagellin Naip5 IL-1β secretion, caspase-1 processing, pyroptosis, bacterial clearance, reduced ER recruitment to LCV Bacterial clearance (Diez et al., (2003); Wright et al., (2003); Amer et al., (2006); Molofsky et al., (2006); Ren et al., (2006); Zamboni et al., (2006); Coers et al., (2007); Fortier et al., (2007); Lamkanfi et al., (2007); Lightfield et al., (2008); Vinzing et al., (2008); Case et al., (2009); Fortier et al., (2009); Silveira and Zamboni et al., (2010))
M. tuberculosis NLRP3 ESAT-6, Ag85 K + efflux IL-1β secretion, caspase-1 processing, prevent phagosome maturation arrest, bacterial clearance ASC- dependent granuloma formation? zmp1 (Koo et al., (2008); Master et al., (2008); Kurenuma et al., (2009); Carlsson et al., (2010); Mayer-Barber et al., (2010); McElvania Tekippe et al., (2010); Mishra et al., (2010); Walter et al., (2010))
L. monocytogenes NLRC4 Flagellin LLO IL-1β secretion, caspase-1 processing, pyroptosis, bacterial clearance Host survival (Tsuji et al., (2004); Hara et al., (2008); Warren et al., (2008); Kim et al., (2010); Meixenberger et al., (2010); Rathinam et al., (2010); Sauer et al., (2010); Tsuchiya et al., (2010); Wu et al., (2010))
NLRP3 LLO cathepsin B?
AIM2 DNA Type I IFN
F. tularensis AIM2 DNA Lysosomal activation, Type I IFN IL-1β secretion, caspase-1 processing, pyroptosis, Host survival, bacterial clearance, mvIN (Gavrilin et al., (2006); Henry et al., (2007); Fernandes-Alnemri et al., (2010); Jones et al., (2010); Rathinam et al., (2010); Ulland et al., (2010))
B. anthracis NLRP1 Lethal Toxin, muramyl-dipeptide NOD2? Endosome acidification, proteasome activity, K + efflux IL-1β secretion, caspase-1 processing, pyroptosis Host survival (Boyden and Dietrich et al., (2006); Squires et al., (2007); Fink et al., (2008); Hsu et al., (2008); Wickliffe et al., (2008); Newman et al., (2010); Terra et al., (2010))
Fungi
C. albicans NLRP3 SYK, K + efflux, ROS, cathepsin B? IL-1β secretion, caspase-1 processing, B cell activation Host survival, fungal clearance, (Gross et al., (2009); Hise et al., (2009); Joly et al., (2009); Kumar et al., (2009), van de Veerdonk et al., (2009))
Plasmodium NLRP3 Hemozoin? SYK/LYN, cathepsin B? IL-1β secretion, caspase-1 processing Reduced host survival? (Dostert et al., (2009); Griffith et al., (2009); Shio et al., (2009); Labbe et al., (2010); Reimer et al., (2010))
Viruses
Influenza NLRP3 M2 ion channel, ssRNA K + efflux, cathepsin B, ROS IL-1β secretion, caspase-1 processing IL-1β secretion, Host survival, pulmonary healing? NS1 (Schmitz et al., (2005); Stasakova et al., (2005); Allen et al., (2009); Ichinohe et al., (2009, 2010); Thomas et al., (2009); Ichinohe et al., 2010)
Vesicular stomatitis virus RIG-I 5′ triphosphate on RNA K + efflux IL-1β secretion, caspase-1 processing (Poeck et al., (2010))
mCMV AIM2 DNA IL-1β secretion, caspase-1 processing Reduced splenic viral titre, Increased IFN-γ NK cells (Rathinam et al., (2010))
Vaccinia virus AIM2 DNA IL-1β secretion, caspase-1 processing (Hornung et al., (2009); Rathinam et al., (2010); Fernandes-Alnemri et al., (2009))