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1 a NLRP3 Non-stimulation R46 BAY SI TAT LPS R46 BAY SI TAT 1,5 1, c Pro-IL-18 Pro-IL-1 LPS + alum d e f IL-1 p17 Pro-IL Casp1 p1 NLRP3 LPS + alum Supplementary Figure 1 Inhiition of Syk or Jnk do not affect the expression of inflammasome molecules. (a,d,f) Immunolot analysis of inflammasome molecules or (,c,e) Enzyme-linked immunosorent assay of IL-18 in peritoneal macrophages (a,d f), one marrow-derived macrophages (), or U937 cells (c) primed with LPS for 4 h (a), followed y stimulation with nigericin for 9 min ( d), or alum for 6 h (e,f). The indicated kinase inhiitors were added to the cultures 1 h efore stimulation., cell lysates;, supernatants. Data are shown as the means ± s.d. of triplicate samples of one experiment representative of three independent experiments. Data were analyzed y one-way ANOVA with Bonferroni multiple comparison test (,c,e). P <.1 and P <.1. Nature Immunology: doi:1.138/ni.749

2 LPS SykA SykB Mapk8A+Mapk9A Mapk8A+Mapk9B SykB+Mapk8A+Mapk9A SykB+Mapk8A+Mapk9B Control None Control SykB Mapk8A+Mapk9B LPS Control SykA SykB Mapk8A+Mapk9A JNK1A+JNKA Mapk8A+Mapk9B JNK1A+JNKB SykB+Mapk8A+Mapk9B SykB+JNK1A+JNKB None Control SykA SykB Mapk8A+Mapk9A JNK1A+JNKA Mapk8A+Mapk9B JNK1A+JNKB a Syk c 4 3 d 15 Poly(dA:dT) Jnk ND ND + Mapk8A + Mapk8B e f Casp1 p1 Casp1 p1 Poly(dA:dT) Supplementary Figure Knockdown of Syk or Mapk8-Mapk9 in primary macrophages. (a,,e,f) Immunolot analysis of caspase-1 or (c,d) enzyme-linked immunosorent assay of IL-18 in peritoneal macrophages unprimed (a,), primed with LPS for 4 h, followed y stimulation with nigericin for 9 min (c,e), or unprimed macrophages stimulated with poly(da:dt) for 3 h (d,f). Macrophages were transfected with sirnas for 48 h. Control, negative control sirna;, cell lysates;, supernatants; ND, not detected. Data are shown as the means ± s.d. of triplicate samples of one experiment representative of three independent experiments. Data were analyzed y one-way ANOVA with Bonferroni multiple comparison test (c,d). P <.1. Nature Immunology: doi:1.138/ni.749

3 a 4 6 c Casp1 p Syk Syk +/ Syk / Syk +/+ Syk / NLRP3 d e Casp1 p1 Casp1 p1 Syk LPS LPS + nigericin Syk NLRP3 Supplementary Figure 3 Syk is not required for NLRP3 inflammasome activation in dendritic cells. (a,) Enzyme-linked immunosorent assay of IL-18 or (c,d) immunolot analysis of inflammasome molecules in one marrow-derived dendritic cells (a,c,d) or one marrow-derived macrophages (,e) primed with LPS for 4 h, followed y stimulation with nigericin for 9 min. Bone marrow-derived macrophages were prepared using L-cell conditioned medium., cell lysates;, supernatants. Data are shown as the means ± s.d. of triplicate samples of one experiment representative of two independent experiments. Data were analyzed y twotailed unpaired t test with Welch s correction (a,). P <.1. Nature Immunology: doi:1.138/ni.749

4 None Counts LPS a c Nigericin p-syk Syk Poly(dA:dT) p-syk Syk LPS + nigericin BAY BAY (min) IP: a-syk IB: a-p-tyr (min) IP: a-syk IB: a-p-tyr (min) e f LPS + nigericin p-jnk Jnk Poly(dA:dT) g p-jnk Jnk LPS + nigericin (min) BAY (min) BAY 3 6 (min) k ( min) MitoSOX (FL) No staining BAY TAT p-jnk p-jnk Jnk Jnk Syk +/ Syk / d Poly(dA:dT) p-jnk (min) h 15 1 WT Card9 / i 15 1 WT Card9 / j BHA Jnk 5 5 Supplementary Figure 4 Implication that Syk contriutes to inflammasome activity through an unknown mechanism. (a g) Immunolot analysis of kinases, (h j) enzyme-linked immunosorent assay of IL-18, or (k) FACS analysis of mitochondrial ROS in peritoneal macrophages primed with LPS for 4 h, followed y stimulation with nigericin for the indicated times (a,c,e,g,h,j,k), or unprimed macrophages stimulated with poly(da:dt) for 3 h (,d,f,i,j). The kinase inhiitors and BHA (5 mm) were added to the cultures 1 h efore stimulation (a e,j,k). The cells were incuated with nigericin for min in the presence of MitoSOX (5 mm) and analyzed on a flow cytometer (k). Data are shown as the means ± s.d. of triplicate samples of one experiment. Data shown in e,f,h k are representative of three independent experiments and those in a d,g are representative of two independent experiments. Data were analyzed y two-tailed unpaired t test with Welch s correction (h j). P <.1. Nature Immunology: doi:1.138/ni.749

5 speck + cells (fold) a Nuclei Merge WT Mapk8 / Mapk9 / Syk +/ Nuclei Syk / Merge c None Poly(dA:dT) (3 h) BAY d Poly(dA:dT) (3 h) f Poly(dA:dT) ( h) MW I + DSS (kda) 91 Oligomer Dimer 37 8 Monomer Nuclei e BAY BAY Poly(dA:dT) (h) Merge I S Supplementary Figure 5 Requirement of Syk and Jnk for speck formation induced y poly(da:dt). (a d) staining or (e,f) immunolot analysis of in peritoneal macrophages primed with LPS for 4 h, followed y stimulation with nigericin for 9 min (a,), or unprimed macrophages stimulated with poly(da:dt) for the indicated times (c f). The kinase inhiitors were added to the cultures 1 h efore stimulation (c f). is shown in green, nuclei in lue (a c). The numer of speck-positive cell was counted and normalized to that of dimethyl sulfoxide (d). Triton-solule (S) and Triton-insolule (I) fractions (right margin; e) or Tritoninsolule fractions treated with DSS (I + DSS; f). Data are shown as the means ± s.d. of triplicate samples of one experiment. Data shown in c f are representative of three independent experiments and those in a, are representative of two independent experiments. Data were analyzed y Kruskal-Wallis test with Dunn s multiple comparison test (d). Scale ar, 1 mm. P <.5. Nature Immunology: doi:1.138/ni.749

6 T87 S16 T15 T15 T151 S15 S58 S153 S9 T17 T88 T16 S166 T53 T14 T69 T71 S1 T19 S16 S193 T9 S174 S63 S137 Y144 Y36 Y185 Y6 Y64 Y59 Netphos prediction score Supplementary Figure 6 Prediction of phosphorylation sites in mouse. Possile phosphorylation sites in the amino acid sequence of mouse were predicted y using the online program NetPhos.. The threshold is.5. Nature Immunology: doi:1.138/ni.749

7 a NLRP3 R58W Pro-IL-1 IB: a-flag IB: a-casp1 IB: a-il-1 NLRP3 R58W Pro-IL-1 IB: a-flag IB: a-casp1 IB: a-il-1 Supplementary Figure 7 Reconstitution of inflammasome system in HEK93 cells. (a, ) Immunolot analysis of inflammasome molecules in reconstituted HEK93 cells transfected as descried in Fig. 5a,. Nature Immunology: doi:1.138/ni.749

8 PECs ( 1 6 ) Neutrophils ( 1 6 ) F4/8 + cells ( 1 6 ) PECs ( 1 6 ) Neutrophils ( 1 6 ) F4/8 + cells ( 1 6 ) PECs ( 1 6 ) Neutrophils ( 1 6 ) F4/8 + cells ( 1 6 ) PECs ( 1 6 ) Neutrophils ( 1 6 ) F4/8 + cells ( 1 6 ) a 9 6 c Pycard / Pycard / Pycard / d 11 e 6 f g 8 6 Pycard / h Pycard / i 5 4 Pycard / Syk +/ Syk +/ Syk / Syk +/ Syk +/ Syk / Syk +/ Syk +/ Syk / PBS KC PBS KC PBS KC j 1 k l WT WT Mapk8 / Mapk9 / WT WT Mapk8 / Mapk9 / WT WT Mapk8 / Mapk9 / PBS KC PBS KC PBS KC Supplementary Figure 8 Involvement of and Jnk in inflammatory responses to MSU and Alum in vivo. (a f) Infiltration of inflammatory cells in the peritoneal cavity induced y intraperitoneal injection of MSU (a c) or alum (d f) at 6 h after injection. Two hours efore and 3 min later administration of the irritants, the mice were intraperitoneally treated with Jnk inhiitor. (g l) Infiltration of inflammatory cells in the peritoneal cavity induced y intraperitoneal injection of KC or PBS at 1.5 h after injection. Asolute numers of PECs (a,d,g,j), Gr-1 + F4/8 neutrophils (,e,h,k), and F4/8 + monocytes and macrophages (c,f,i,l) in the peritoneum were then determined. Data are shown as dots, and the ars indicate the means ± s.d. (n = 7 for a f; n = 5 for g l; n = 3 for PBS control in g l). Data were analyzed y one-way ANOVA with Bonferroni (a d,f) or Tukey-Kramer (g l) multiple comparison test, or Kruskal-Wallis test with Dunn s multiple comparison test (e)., no significant difference. P <.5, P <.1 and P <.1. Nature Immunology: doi:1.138/ni.749

9 Supplementary Tale 1 List of kinase inhiitors Inhiitor Areviation Target Final conc. R46 R46 Syk 1 M BAY BAY Syk 1 M Syk inhiitor I SI Syk 1 M PP PP Src 5 M 615 JNK 4 M TAT-TI-JIP TAT JNK 4 M SB358 SB p38 1 M FR184 FR Erk 1 M Wortmannin WO PI3K 1 nm Nature Immunology: doi:1.138/ni.749

10 Supplementary Tale Prediction of kinase-specific phosphorylation sites in from different species Tested kinase Target protein Code Position Peptide Score Syk family Mouse Y 144 SVLTEGQYQAVRAET 1.9 JNK family Mouse T 9 KFKMKLLTVQLREGY 1.31 JNK family Mouse T 87 ELAEQLQTTKEESGA 1.65 JNK family Mouse T 88 LAEQLQTTKEESGAV JNK family Mouse S 1 GAVAAAASVPAQSTA JNK family Mouse S 15 AASVPAQSTARTGHF JNK family Mouse S 153 AVRAETTSQDKMRKL JNK family Mouse S 193 LVMDLEQS Syk family Human Y 146 KVLTDEQYQAVRAEP 1.73 JNK family Human Y 187 ALRESQSYLVEDLERY 1.38 JNK family Human S 16 GIQAPPQSAAKPGLHA.5 JNK family Human T 154 QAVRAEPTNPSKMRK JNK family Human T 166 MRKLFSFTPAWNWTC.146 JNK family Human S 195 LVEDLERS 1.54 Syk family Zerafish Y 15 KVITNEDYCTIRNKE 1.89 JNK family Zerafish S 4 QEPRVTKSAIEKLKD JNK family Zerafish T 16 CTIRNKETPQKKMRE 5.14 JNK family Zerafish T 17 KKMRELLTGPITCAG 1.51 Nature Immunology: doi:1.138/ni.749

11 Supplementary Tale 3 List of primers Primer No. Primer used for Direction Sequence 1 mnlrp3 cloning Fw CCTGCGGCCGCAACGAGTGTCCGTTGCAAG mnlrp3 cloning Rv CCTGGTACCCTACCAGGAAATCTCGAAGACTA 3 msyk cloning Fw AGCTTGCGGCCGCGGGAAGTGCTGTGGACAGCGCC 4 msyk cloning Rv CTAGAGTCGACTTAGTTAACCACGTCGTAGTAG 5 mjnk1 cloning Fw CAACTATCGATGAGCAGAAGCAAACGTGACAAC 6 mjnk1 cloning Rv CGCACGGATCCTCATTGCTGCACCTGTGCTAAAGG 7 mjnk cloning Fw CAACTATCGATGAGTGACAGTAAAAGCGATGG 8 mjnk cloning Rv CGCACGGATCCTCACCGGCAGCCTTCCAGGGGTCC 9 NLRP3-R58W mutant Fw CCACTGCTGGGAGGTGAGCCTCAG 1 NLRP3-R58W mutant Rv TCACCTCCCAGCAGTGGATAAAGAA 11 -S16A mutant Fw AACTTGGCCGGGGATGAACTCAAAAAG 1 -S16A mutant Rv ATCCCCGGCCAAGTTTTCAAGAGC 13 -S58A mutant Fw CTTGTCGCCTACTATCTGGAGTCGTATG 14 -S58A mutant Rv ATAGTAGGCGACAAGTTTGTCAGTGAG 15 -T69A mutant Fw GAGCTCGCCATGACTGTGCTTAGAG 16 -T69A mutant Rv AGTCATGGCGAGCTCCAAGCCATAC 17 -S87A/T88A mutant Fw CTGCAAGCCGCTAAAGAAGAGTCTGGA 18 -S87A/T88A mutant Rv CTTCTTTAGCGGCTTGCAGCTGCTCAGC Nature Immunology: doi:1.138/ni.749

12 Primer No. Primer used for Direction Sequence 19 -S9A mutant Fw GAAGAGGCCGGAGCTGTGGCAGCTG -S9A mutant Rv CAGCTCCGGCCTCTTCTTTAGTCGT 1 -S15A/T16A mutant Fw CTCAGGCCGCAGCCAGAACAGGACAC -S15A/T16A mutant Rv CTGGCTGCGGCCTGAGCAGGGACACTG 3 -T15A mutant Fw AGGGTCGCAGAAGTGGACGGAGTGCTG 4 -T15A mutant Rv CACTTCTGCGACCCTGGCAATGAGTGC 5 -T151A/T15A/S153A mutant Fw AGAGGCCGCCGCCCAAGACAAGATGAGGAAG 6 -T151A/T15A/S153A mutant Rv CTTGGGCGGCGGCCTCTGCACGAACTGCCTG 7 -S16A mutant Fw AACTTGGCCGGGGATGAACTCAAAAAG 8 -S16A mutant Rv ATCCCCGGCCAAGTTTTCAAGAGC 9 -T17A mutant Fw AACCTGGCCTGCAAGGACTCCCTC 3 -T17A mutant Rv CTTGCAGGCCAGGTTCCAGGATGG 31 -Y36F mutant Fw GAAGGCTTTGGGCGCATCCCACGC 3 -Y36F mutant Rv GCGCCCAAAGCCTTCTCGCAGTTG 33 -Y144F mutant Fw GGACAGTTCCAGGCAGTTCGTGCA 34 -Y144F mutant Rv TGCCTGGAACTGTCCTTCAGTCAG 35 Deletion of FLAG-tag Fw CTACCATGGCGGCCGCGAATTCATCG 36 Deletion of FLAG-tag Rv GCGGCCGCCATGGTAGATCAATTCTGA Nature Immunology: doi:1.138/ni.749

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