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. 2014 Dec 17;4(12):140178. doi: 10.1098/rsob.140178

Table 1.

NOD2 binding partners. Where the effects of NOD1 and NOD2 differ, the row is split.

protein name binds interaction localization binding domain effect of interaction linked to disease?
AAMP binds NOD1 weakly [10] inhibits NF-κB signalling [10]
binds NOD2 [10] cytoplasm, plasma membrane [10] NACHT, CARDs [10] inhibits NF-κB signalling [10]
ATG16L1 binds NOD1 [7,11] plasma membrane, bacterial entry sites [7] CARD [11] promotes autophagy [7] Crohn's disesase [5]
BINDS NOD2 [7,11,12] plasma membrane, bacterial entry sites [7] CARDa [12]; Tandem CARDs [11] promotes autophagy [7]
β-PIX binds NOD2 [13] plasma membrane [13] membrane recruitment, inhibits IL-8 production [13]
Beclin binds NOD2 [14]
BID binds NOD1 [15]; binds NOD2 [15] enhances NF-κB and ERK signalling [15]
CAD binds NOD1 [16] inhibits NF-κB signalling [16]
binds NOD2 [16] CARDs [16] inhibits NF-κB signalling [16]
CARD8 binds NOD2 [17] cytoplasm [17] NACHT [17] inhibits NF-κB signalling [17] Crohn's disease [18]
CARD9 binds NOD2 [8] CARD–NACHT linker, NACHT [9] enhances p38 signalling [8] Crohn's disease [6]
Caspase-1 binds NOD1 [19] CARD [19] enhances IL-1β secretion [19]
binds NOD2 [20] Tandem CARDs [20] enhances IL-1β secretion [20]
CD147 binds NOD2 [21] plasma membrane [21] Tandem CARDs [21] inhibits NF-κB and IL-8 signalling [21]
Centaurin-β1 binds NOD1 [22]; binds NOD2 [22] cytoplasm [22] inhibits NF-κB [22]
DUOX2 binds NOD2 [23] cytoplasm, membrane [23] LRR [23] enhances NF-κB [23]
Erbin does not bind NOD1 [24,25]
binds NOD2 [24,25] plasma membrane [24,25] CARDs [24] inhibits NF-κB [24]
FRMPD2 binds NOD2 [26] plasma membrane [26] LRR [26] membrane recruitment, enhances NF-κB [26]
GRIM-19 binds NOD2 [27] intracellular vesicles [27] enhances NF-κB [27]
does not bind NOD1 [27]
HSP70 binds NOD2 [28] promotes NOD2 stability; enhances NF-κB signalling [28]
HSP90 binds NOD1 [29,30] promotes NOD1 stability [29]
binds NOD2 [30,31] CARDs [31] stabilizes NOD2, required for NF-κB signalling [31]
JNKBP1 does not bind NOD1 [32]
binds NOD2 [32] CARDa, LRRs [32] inhibits NF-κB and IL-8 signalling [32]
MAVS does not bind NOD1 [33]
binds NOD2 [33] mitochondria [33] NACHT-LRR [33] antiviral defence [33]
NIK binds NOD2 [34] NACHT-LRR [34] enhances non-canonical NF-κB signalling [34]
NLRC4 binds NOD1 [35] NACHT [35] inhibits NF-κB [35]
binds NOD2 [36,35] CARD [36], NACHT [35] inhibits NF-κB [35]
NLRP1 binds NOD2 [20,37] CARDs [37] enhances IL-1β secretion [20] Crohn's disease [38]
NLRP3 binds NOD2 [37] CARDs [37] Crohn's disease [38]
NLRP12 binds NOD2 [37] CARDs [37]
OAS2 binds NOD2 [39] enhances RNase-L function [39]
Rac1 binds NOD2 [13,40] plasma membrane [13,40] CARDS, LRR [40] membrane recruitment [13,40]
RIG-I binds NOD2 [41] membrane ruffles [41] inhibits NF-κB signalling [41]
RIP2 binds NOD1 [19] CARD [19] required for NF-κB signalling [42]
binds NOD2 [1] plasma membrane [43] CARDs [1] required for NF-κB signalling [42]
SGT1 binds NOD1 [44,30] LRR [44] enhances NF-κB and JNK signalling [44]
binds NOD2 [44,30] no effect on NF-κB or JNK signalling [44]
SLC15A3/4 binds NOD2 [45] endosomal membrane [45] enhances NF-κB signalling [45]
SOCS-3 binds NOD2 [31] CARDs [31] NOD2 degradation [31]
SSH1 binds both NOD1 and NOD2 [46] actin complexes regulation of NOD1 signalling [46]
TLE1 binds NOD2 [47] perinuclear cytosol [47] inhibits NF-κB signalling [47] Crohn's disease [47]
TRAF4 binds NOD1 [48]
binds NOD2 [48] residues 260–301 [48] inhibits NF-κB signalling [48]
TRIM27 Does not bind NOD1 [49]
Binds NOD2 [49] nucleus [49] NACHT [49] NOD2 degradation [49]