SUPPLEMENTAL DATA. Structure and specificity of the Type VI secretion system ClpV-TssC interaction in enteroaggregative Escherichia coli.

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SUPPLEMENTAL DATA Structure and specificity of the Type VI secretion system ClpV-TssC interaction in enteroaggregative Escherichia coli. B. Douzi, Y.R. Brunet, S. Spinelli, V. Lensi, P. Legrand, S. Blangy, A. Kumar, L. Journet, E. Cascales & C. Cambillau

Supplemental Figure S1. Clustal W alignment of the EAEC and amino-acid sequences. The two full-length protein sequences were aligned using ClustalW on the Pôle Rhone-Alpes de BioInformatique (PRABI) server (https://npsa-prabi.ibcp.fr/cgi-bin/npsa_automat.pl?page=/npsa/npsa_clustalw.html). Identical residues are shown in red and indicated by a star. Similar residues are shown in blue or green. The red arrow indicates the position of the ClpV N-terminal domain C-terminus used in all the constructs. 10 20 30 40 50 60 70 80 90 100 VNNMENSAALLRRLNHYCARALEGAASLCQTRAHAEITPEHWLLKLLEQGEGDLTVLGRRYDWDMDAIWQSLLGWLDNQPRSVRSRPQLAQSLNALLKQA --MSIYLKPIINKLTPESRNTLDSAINYAISRSHHEVDCLHLLWKLLQEHKYIAEVLYEQSLFNPEWVLNAIESELIRINTVPQSSPVFSESMQTLLEKT.::.:*...:*:.*.. :*:* *: * * ***:: : **.: :: : : :::. *. :* * :::*:::**::: 110 120 130 140 150 160 170 180 190 200 WMVASLQGE-EHIRSVHLLGALTENPHLVRCDGLWPLLTLSQSQLQRLSPLLDAQSDECPETLQDAEPVLPQGDSVTFIGRPVGADTAGIPSGDLPPVLQ WIHASTKWQIDHIDIPVFLSTMIN--FR---DSIFPLN---------VSDALCCDMDVAEELLISFSDEAEHSASH----RPT-------DRSS-----H *: ** : : :** :*.:: :. *.::** :* *.: *. * *.. :. * **... : 210 220 230 240 250 260 270 280 290 300 GALDKFTRDITASAREGKIDPVSGRDTEIRQMVDILSRRRKNNPILVGDPGVGKTALVEGLALRIVEGNVPESLRPVTLRTLDLGLLQAGAGVKGEFEQR EYLSKYTENLSLRAETGKLDPVTGREKEVRQLIDILLRRRQNNPILTGEPGVGKSSIVEGLALQIASGRVPDVLKNVRIHALDMGALLAGASVRGEFENR *.*:*.::: *. **:***:**:.*:**::*** ***:*****.*:*****:::******:*..*.**: *: * :::**:* * ***.*:****:* 310 320 330 340 350 360 370 380 390 400 LKNVIDAVQLSPAPVLLFIDEAHTLIGAGNQAGGADAANLLKPALARGELRTIAATTWSEYKQYLERDAALERRFQMVKVDEPDDETACLMLRSLKSRYA LKSLLTELNSLDGTAILFIDEAHSLIGAGGLPGQTDAANLLKPALARGELRIIAATTWGEYKKYFEKDGALARRFQIVKVAEPNQDVTAEMLRSLLPMME **.:: ::...:*******:*****..* :**************** ******.***:*:*:*.** ****:*** **:::.:. *****.

410 420 430 440 450 460 470 480 490 500 EHHNVHITDEAVRAAVTLSRRYLTERQLPDKAVDLLDTAAARVRMSLDTVPEQLTRIRSQLASLGMEKQALLEDIAVGHQNHGERLSAIEQEENVLMTAR KHHNVSIREEAITATVHLSDRYLHGRRQPDKSVSLLDTACSRVAVSQSTSPDAIQDVEASLVRYQGELALLTQ-----ERSDVLRQEMLANKIAQLEEEL :**** * :**: *:* ** *** *: ***:*.*****.:** :*.* *: : :.:.*. * * :.:.. *. : :: * 510 520 530 540 550 560 570 580 590 600 DDLEQQYARECELTGELLESRSDISRQSETHHLQQALHDIQQNQPLLSVDVDVRTVAGVVADWTGVPLSSLMKDEQTELLHLEKDIGRRVVGQDVALESI EQLKSAWRHQSELVAKIQSS-DDIS--SKNMYRKELESAYKKDSPMVFECVDKNCVADVVSGWTGVPLGVCLDGEQQKASGLLRCLEQRVLGQRYAMSAI ::*:. : ::.**..::.*.*** *:. : :: :::.*:: **. **.**:.******. :..** : * : : :**:** *:.:* 610 620 630 640 650 660 670 680 690 700 AQRLRAAKTGLTSGNGPQEVFLLVGPSGVGKTETALALADVMYGGEKSLITINLSEYQEPHTVSQLKGSPPGYVGYGQGGILTEAVRKRPYSVVLLDEVE ASQVLICRADLKDPVKPDGVFLLAGPSGTGKTETARALAEFVYGDENKLITINMTEFQEAHTVSTLKGAPPGYVGFGQGGTLTERVSHNPYSVILLDEIE *.::.::.*.. *: ****.****.****** ***:.:**.*:.*****::*:**.**** ***:******:**** *** * :.****:****:* 710 720 730 740 750 760 770 780 790 800 KAHRDVLNLFYQVFDRGFMRDGEGREIDFRNTVILMTSNLGSDLLMQQLSEKPETTESELHELIRPLLRDHFQPALLARFQTVIYRPLTPSAMRTIVEMK KAHPDVLEFFFQIFDSGIIEDAEGKMVSFRDCLIIMTSNFASENITNIWNDG-ETNRDRIKEMLLPLFNEHFGAAFMGRTNLIPFTPLHSKTLRDIVLIK *** ***::*:*:** *::.*.**: :.**: :*:****:.*: : :.: **...::*:: **:.:**.*::.* : : : **..::* ** :*! 810 820 830 840 850 860 870 880 890 LAQVCERLHCHYG--LSTSVDERVYDALTSACLLPDTGARNVESLLNQQLLPVLSRQLLSHMAAKQKPQALALAWSDEDGMVIELRQECAL- IDKICQRFEQASGQMYKIEYNDSLIDWITHHCQCDKSGARDIDSVLNSTVLPVLAR-YLTDSEDNRTPKKIRISVR-KNNITLRSSQFATRN : ::*:*:. *.. :: : * :* *.:***:::*:**. :****:* *:. ::.*: : :: ::.:.:. *.:

Supplemental Table S1. Strains, plasmids and oligonucleotides used in this study. Strains Strains Description and genotype Source E. coli K-12 DH5α F-, Δ(argF-lac)U169, phoa, supe44, Δ(lacZ)M15, rela, enda, thi, hsdr New England Biolabs W3110 F-, lambda- IN(rrnD-rrnE)1 rph-1 Laboratory collection BTH101 F-, cya-99, arad139, gale15, galk16, rpsl1 (Str R ), hsdr2, mcra1, mcrb1. Karimova et al., 2005 BL21(DE3) plys F-, minif lysy laci q (Cm R ) / fhua2 lacz::t7 gene1 [lon] ompt gal sula11 R(mcr-73::miniTn10--Tet S )2 [dcm] R(zgb-210::Tn10--Tet S ) enda1 Δ(mcrC-mrr) 114::IS10 New England Biolabs Enteroaggregative E. coli 17-2 WT enteroaggregative Escherichia coli Arlette Darfeuille-Michaud 17-2ΔclpV1 17-2 deleted of the clpv gene of the sci1 T6SS gene cluster (EC042_4530) Brunet et al., 2015 17-2ΔclpV2 17-2 deleted of the clpv gene of the sci2 T6SS gene cluster (EC042_4577) M.S. Aschtgen 17-2ΔtssC1 17-2 deleted of the tssc gene of the sci1 T6SS gene cluster (EC042_4525) Brunet et al., 2015 Plasmids Vectors Description Source Expression vectors pua66-rrnb P rrnb ::gfpmut2 transcriptional fusion in pua66 Zaslaver et al., 2006 pask-iba37 cloning vector, Ptet, Amp R IBA Technology piba37- FLAG sci1 clpv, C-terminal FLAG tag cloned into pask-iba37 This study

piba37--nt FLAG sci1 clpv N-terminal fragment (residues 1-162), C-terminal FLAG tag cloned into pask-iba37(+) This study piba37--e24k FLAG clpv1 Glu24-to-Lys substitution into piba37- FLAG This study piba37--r87e FLAG clpv1 Arg87-to-Glu substitution into piba37- FLAG This study piba37--e24k-r87e FLAG clpv1 Glu24-to-Lys and Arg87-to-Glu substitutions into piba37- FLAG This study piba37- FLAG sci2 clpv, C-terminal FLAG tag cloned into pask-iba37 This study piba37--nt FLAG sci2 clpv N-terminal fragment (residues 1-147), C-terminal FLAG tag cloned into pask-iba37(+) This study pbad33 cloning vector, pacyc184 origin, Para, arac Cm R Guzman et al., 1995 pbad33-tssc1 VSV-G sci1 tssc, C-terminal VSV-G tag cloned into pbad33 This study pbad33-tssc1-e31k-k32e VSV-G tssc1 Glu31-to-Lys and Lys32-to-Glu substitutions into pbad33-tssc1 VSV-G This study pbad33-tssc1 h VSV-G Deletion of amino-acids 23-35 of sci1 tssc into pbad33-tssc1 VSV-G This study pbad33-tssc2 VSV-G sci2 tssc, C-terminal VSV-G tag cloned into pbad33 This study pbad33-tssc2 h VSV-G Deletion of amino-acids 2-15 of sci2 tssc into pbad33-tssc2 VSV-G This study Bacterial Two-Hybrid vectors pt18-flag Bacterial Two Hybrid vector, ColE1 origin, Plac, T18 fragment of Bordetella pertussis CyaA, Amp R Battesti & Bouveret, 2008 pt18-pal Soluble region of E. coli K-12 Pal cloned downstream T18 in pt18-flag Battesti & Bouveret, 2008 p-t18 sci1 clpv cloned upstream T18 into pt18-flag This study pt18- sci1 clpv cloned downstream T18 into pt18-flag This study pt18--e24k clpv1 Glu24-to-Lys substitution into pt18- This study pt18--r87e clpv1 Arg87-to-Glu substitution into pt18- This study pt18--e24k-r87e clpv1 Glu24-to-Lys and Arg87-to-Glu substitutions into pt18- This study pt18- sci2 clpv cloned downstream T18 into pt18-flag This study pt25-flag Bacterial Two Hybrid vector, p15a origin, Plac, T25 fragment of Bordetella pertussis CyaA, Kan R Battesti & Bouveret, 2008 ptolb-t25 E. coli K-12 tolb cloned upstream T25 in pt25-flag Battesti & Bouveret, 2008 p-t25 sci1 clpv cloned upstream T25 into pt25-flag This study pt25- sci1 clpv cloned downstream T25 into pt25-flag This study ptssc1-t25 sci1 tssc cloned upstream T25 into pt25-flag Zoued et al., 2013 ptssc1-e31k-k32e-t25 tssc1 Glu31-to-Lys and Lys32-to-Glu substitutions into ptssc1-t25 This study ptssc2-t25 sci2 tssc (EC042_4564) cloned upstream T25 into pt25-flag This study All others BACTH constructs have been described in Zoued et al., 2013.

Oligonucleotides Name Destination Sequence (5' to 3 ) For plasmid construction a,b,c 5-pIBA37- FLAG piba- FLAG / piba--nt GACAAAAATCTAGAAATAATTTTGTTTAACTTTAAGAAGGAGATATACAAATGAATAACA TGGAAAATTCGGCAGCCCTGTTACG 3-pIBA37- FLAG piba- FLAG GATGGTGATGGTGATGCGATCCTCTGCTAGCTTATTTATCATCGTCGTCTTTATAATCTAACGC GCATTCCTGCCGCAGCTC 3- piba37--nter piba--nt GATGGTGATGGTGATGCGATCCTCTGCTAGCTTATTTATCATCGTCGTCTTTATAATCTAACGT CTCCGGACACTCATCAGACTG 5-pIBA37- FLAG piba- FLAG / piba--nt GACAAAAATCTAGAAATAATTTTGTTTAACTTTAAGAAGGAGATATACAAATGGTGAGTA TCTATCTGAAACCAATTATTAATAAATTAACTCCAGAAAG 3- piba37- FLAG piba- GATGGTGATGGTGATGCGATCCTCTGCTAGCTTATTTATCATCGTCGTCTTTATAATCATTACG AGTTGCAAATTGCGAACTACGTAATGTAATG 3-pIBA37--Nter piba--nt GATGGTGATGGTGATGCGATCCTCTGCTAGCTTATTTATCATCGTCGTCTTTATAATCAAGTA ACTCCTCAGCTACATCCATATCACAACAT 5-pBAD33-TssC1 VSV-G pbad33-tssc1 VSV-G CTCTCTACTGTTTCTCCATACCCGTTTTTTTGGGCTAGCAGGAGGTATTACACCATGCTGATG TCTGTACAGAAAGAAAAGAACGTTG 3-pBAD33-TssC1 VSV-G pbad33-tssc1 VSV-G GGTCGACTCTAGAGGATCCCCGGGTACCTTATTTTCCTAATCTATTCATTTCAATATCTGTATAC GCTTTTGCCTTCGGCATCTGCG 5-pBAD33-TssC2 VSV-G pbad33-tssc2 VSV-G CTCTCTACTGTTTCTCCATACCCGTTTTTTTGGGCTAGCAGGAGGTATTACACCATGACAGTT GCATCAACATTAGG 3-pBAD33-TssC2 VSV-G pbad33-tssc2 VSV-G GGTCGACTCTAGAGGATCCCCGGGTACCTTATTTTCCTAATCTATTCATTTCAATATCTGTATAA CTTACACTTGATGGTAAATCAGC T25T18C-5-4530 p-t18 / p-t25 CGGATAACAATTTCACACAGGAAACAGCTATGACCATGAATAACATGGAAAATTCGGCAG CCCT T18C-3-4530 p-t18 CCTCGCTGGCGGCTAAGCTTGGCGTAATTAACGCGCATTCCTGCCGCAG T25C-3-4530 p-t25 GTTTGCGTAACCAGCCTGATGCGATTGCTGTAACGCGCATTCCTGCCGCAG T25N-5-4530 pt25- GGCGGGCTGCAGATTATAAAGATGACGATGACAAGAATAACATGGAAAATTCGGCAGCCC T18N-5-4530!!!! pt18- CGCCACTGCAGGGATTATAAAGATGACGATGACAAGAATAACATGGAAAATTCGGCAGCC CT T25T18N-3-4530 pt18- / pt25- CGAGGTCGACGGTATCGATAAGCTTGATATCGAATTCTAGTTATAACGCGCATTCCTGCCG CAG T25T18C-5-TssC2 ptssc2-t25 CGGATAACAATTTCACACAGGAAACAGCTATGACCATGACAGTTGCATCAACATTAGG

T25C-3-TssC2 pt25-tssc2 GTTTGCGTAACCAGCCTGATGCGATTGCTGACTTACACTTGATGGTAAATCAGC 5- petg--nter petg20a--nt GGGGACAAGTTTGTACAAAAAAGCAGGCTTAGAAAACCTGTACTTCCAGGGTGTGAATAA CATGGAAAATTC 3- petg--nter petg20a--nt GGACCACTTTGTACAAGAAAGCTGGGTCTTATTATAACGTCTCCGGACACTCA For site-directed mutagenesis d,e,f A-C1- h pbad33-tssc1 VSV-G GTGGTATCTGAAGCGCATGCCGGCAGTCCGGTATCTGCCCTGAGTGCAC A-C1- h pbad33-tssc1 VSV-G GTGCACTCAGGGCAGATACCGGACTGCCGGCATGCGCTTCAGATACCAC A-C2- h pbad33-tssc2 VSV-G AGCAGGAGGTATTACACCATGACAGATGATTGTCTTGAAGAG A-C2- h pbad33-tssc2 VSV-G CTCTTCAAGACAATCATCTGTCATGGTGTAATACCTCCTGCT A--E24K piba37- FLAG and pt18- CTGTGCCCGTGCACTGAAAGGCGCAGCCTCCCTTTG B--E24K piba37- FLAG and pt18- CAAAGGGAGGCTGCGCCTTTCAGTGCACGGGCACAG A--R87E piba37- FLAG and pt18- CCGTAGCGTACGCAGTGAACCGCAGCTTGCGCAGTC B--R87E piba37- FLAG and pt18- GACTGCGCAAGCTGCGGTTCACTGCGTACGCTACGG A-TssC1-E31K-K32E pbad33-tssc1 VSV-G and ptssc1-t25 GTATATGCTTCCCTGTTTAAAGAAATTAACCTGAGTCCGG B-TssC1-E31K-K32E pbad33-tssc1 VSV-G and ptssc1-t25 CCGGACTCAGGTTAATTTCTTTAAACAGGGAAGCATATAC a Sequence annealing on the target plasmid underlined. b FLAG or VSV-G epitope coding sequence italicized. c Additional Shine Dalgarno sequence italicized underlined. d Codons upstream and downstream the deletion italicized. e Nucleotide substitutions in bold. d Mutagenized codons underlined.

Supplemental Table S2. Data collection and refinement statistics DATA COLLECTION Soleil Proxima 1 Soleil Proxima 1 PDB 4HH5 4HH6 Proteins -Nt -Nt/TssC1-pept Space group, cell (Å, ) P2 1 2 1 2 1, 40.9, 58.7, 65.6 P2 1 2 1 2 1, 40.9, 46.85, 75.5 Resolution limits a (Å) 50.0-2.0 (2.05-2.0) 50-2.5 (2.56-2.5) Rmeas a (%) 5.2 (38) 8.6 (72.3) Nr. of observations a,b 146934 (9916) 29258 (1739) Nr. unique reflections a,b 19805 (1405 ) 5360 (388) Mean((I)/sd(I)) a 27.1 (5.5) 13.1 (2.2) Completeness a (%) 96.1 (92.1) 99.6 (98.5) Multiplicity a REFINEMENT Resolution a (Å) 43.8-2.0 (2.24-2.0) 36.0-2.5 (2.79-2.5) Nr of reflections a 10703( 2770) 5359 (1358) Atoms : protein, ions, water 1275 / 1 /107 1297 / 27 Nr test set reflections 512 516 a R work /R free (%) 0.186/0.205 (0.181/0.234) 0.244/0.263 (28.1/32.1) r.m.s.d.bonds (Å) / angles ( ) 0.008 / 1.04 0.008 / 1.36 B-wilson / B-average (Å 2 ) 28.35 / 29.6 57.6 / 55 Ramachandran: preferred/allowed (%) 97.5 / 2.5 91.6 / 6.0 / 2.4 a numbers into parenthesis refer to the highest resolution bin. b Friedel pairs not merged

Supplemental Table S3. Interaction between the -N-terminal domain and the TssC1 peptide. (A) Analysis of the interaction surface. (B) Residues of TssC1 peptide interacting with the -N-terminal domain. (C) Residues of the -N-terminal domain interacting with the TssC1 peptide. ASA : accessible surface area. BSA : buried surface area. Analysis performed with PISA.! A! B" Peptide 1 ClpV-Nt Interface Å 2 622.5 38.4% 520.8 6.6% Total surface Å 2 1620.9 7912.5 Peptide 1 ASA BSA ASP 23 70.21 24.4 VAL 25 72.85 20.3 TYR 26 133.51 113.0 SER 28 59.69 19.7 LEU 29 118.81 113.0 PHE 30 130.83 62.7 GLU 31 131.80 22.1 LYS 32 142.15 101.2 ILE 33 97.17 75.5 ASN 34 114.88 57.5 LEU 35 230.48 12.6! C" -Nt ASA BSA SER 8 31.16 10.5 ALA 9 67.64 25.9 LEU 12 57.58 52.7 ARG 13 182.26 46.3 LEU 15 10.34 10.3 HIS 17 169.33 52.7 ALA 20 41.75 38.7 LEU 23 13.70 13.5 GLU 24 109.71 68.4 ALA 27 26.96 26.8 SER 28 55.93 7.2 GLN 31 32.77 2.5 ILE 38 5.36 4.2 ARG 87 215.54 77.3 PRO 88 31.75 28.6 GLN 89 64.68 27.6 LEU 90 41.49 18.1