Rho1 binding site PtdIns(4,5)P2 binding site Both sites
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1 localization Mutation site DMSO LatB WT F77A I115A I131A K134A Rho1 binding site PtdIns(4,5)P2 binding site Both sites E186A E199A N201A R84A-E186A-E199A L131A-K136A-E186A L131A-E186A-E199A K136A-E186A-E199A K136A-E186A-N201A L131A-K136A-E186A-E199A K155A-R157A K135A-K155A-R157A R137A-K155A-R157A K135A-R137A-K155A-R157A R137A-K155A-K194A-Y196A K155A-R157A-K194A-Y196A R137A-K155A-R157A-K194A-Y196A R137A-K155A-R157A-R168A-K194A K135A-R137A-K155A-R157A-R168A-K194A L131A-K136A-E199A-K135A-R137A- K155A-R157A-R168A-K194A-Y196A Depolarized N Depolarized Supplementary Table 1 In vivo localization of yeast Sec3 mutants
2 Vesicle Vesicle GTP Ral Rab11 GTP GTP Sec4 Exo84 Sec5 Sec15 Sec10 Sec6 Sec8 GTP TC10 Exo70 Sec3 PI(4,5)P 2 The exocyst complex GTP Rho3 Sec15 Sec10 Exo84 Sec6 Sec5 Sec8 Exo70 Sec3 PI(4,5)P 2 PI(4,5)P 2 Rho1 GTP Cdc42 The exocyst complex Plasma membrane Plasma membrane Mammalian Yeast Supplementary Figure 1 Schematic drawing of the tethering between the vesicle and the plasma membrane by the exocyst complex
3 PLCβ2 Rac1 Sec3 Rho1 (Rac1) PLCγ2 Rac2 Sec3 Tyr71 Tyr64 Tyr71 Tyr64 Lys136 Arg22 Val43 Val36 Leu74 Leu67 Phe44 Phe37 Pro35 Leu77 Leu70 Leu131 Val43 Val36 Lys136 Leu74 Leu67 Lys67 Phe44 Phe37 Phe102 Leu77 Leu70 Leu131 Trp63 Trp56 PLCβ2 Rho1 (Rac2) Trp63 Trp56 PLCγ2 Supplementary Figure 2 Comparison of the Sec3-N Rho1 interaction with the PLCβ2 Rac2 and PLCγ2 Rac1 interactions The small GTPases are colored pink. The Sec3-N, PLCβ2 (PDB: 2FJU) and PLCγ2 (PDB: 2W2X) are colored in cyan, yellow and orange, respectively. The amino acid residues that are involved in the interactions are represented as sticks. Nature Structural & Molecular Biology: doi: /nsmb.1722
4 Supplementary Figure 3 Protein-lipid overlay assays using Sec3-N mutants GST-fused Sec3-N wild type and mutants were overlaid to various phospholipids spotted to nitrocellulose membranes, and then, the bound proteins were detected by anti-gst antibody. Sec3 mutants we generated in this study abrogate phosphoinositide-binding in vitro.
5 Amino-acid sequence alignment of Sec3-N from fungi α1 Sc Cs An Nc β NSSQTSNFLAEQYERDRKAIINCCFSRPDHKTGEPPNNYITHVRIIEDSKFPSSRPPPDSKLENKKKRLL ASSVNSNFLAEQYDRDRTAIINSCFQKVDPATGTPLNSYITHVRIIEDSRFPSSRPAINSPLENKKKRVL GPGDASMSRAEKFEDEKRRIIHSCFGKKDSDG.SLVESYITHVRILEDAAYPSTPAPPNS.PPENKKPRV RDEDGSSRHATRRSNNKNKTTEG...IDNDE.LAIETYITHIRITEFSTHPTSPPPPQARTPNTEKPRI β2 Sc Cs An Nc β β5 β ILSAKPNNAKLIQIHKARENSDGSFQIGRTWQLTELVRVE...KDLEISEGFILTMSK IVSSQ.SNGKGMQFHKARENSNGTFQIGRTWDLFELELIE...RDVEIPQGFILVMGK IIVAVRRSGR.VRMHKARENNDGSFSIGKTWMLDDLSCIQSYNALVPSTPLEQQHKQWAANVGFIVTVGK IIVAVRKSGR.VRLHKSKENPNGTFSIGKTWFLDDLSDIESFTSPTASP...NFREWAGDVGFIVTLGK α2 β7 Sc Cs An Nc β4 β3 200 β α KYYWETNSAKERTVFIKSLITLYIQTFEGHVPELVNWDLSLFYLDERSYQRAVITNRPGSVS.PIK... KYYWQTNSAKERTVFIKSLVSIFMENTGGRVPKLVNWDLSMFYLDETSYQRAVISKPSGSVS.PVKQRNV PYYWHARTSKEKDFFIGSLVKIYRKYTGGKVPTLIGFDDRER.QLLAGGSAAGPPAPKGPPP.SGPPRPE PYYWQAQTDKEKKFFIASLIKIFGKYTGGRVPRLIGFDQRELDQVLGGAQAPRRPADRGPPSRSGTQIDQ Amino-acid sequence alignment of Sec3-N from vertebrates α1 human mouse zebrafish Xenopus 1 β β4 β MTAIKHALQRDIFTPNDERLLSIVNVCKAGKKKKNCFLCATVTTERPVQVKVVKVKKSDKGDFYKRQIAW MTAIKHALQRDIFTPNDERLLSIVNVCKAGKKKKNCFLCATVTTERPVQVKVVKVKKSDKGDFYKRQIAW MTAIKHALQRDIFTPNDERLLSIVNVCKAGKKKKNCFLCATVTTERPVQVKVVKVKKSDKGDFYKRQMAW MTAIKHALQRDIFTPNDERLLSIVNVCKAGKKKKNCFLCATVTTERPVHVKVVKVKKSDKGDFYKTQTVW β5 human mouse zebrafish Xenopus β3 β3 β β6 90 β7 100 α2 110 β8 120 α3 130 ALRDLAVVDAKDAIKENPEFDLHFEKIYKWVASSTAEKNAFISCIWKLNQRYLRKKIDFVNVSSQL... ALRDLAVVDAKDAIKENPEFDLHFEKVYKWVASSTAEKNAFISCIWKLNQRYLRKKIDFVNVSSQLLEES ELRDLTEVDAKDANKENPEFDLHFEKVYRWVASSTAEKNSFISCIWKLNQRYLRKKVEFVNVSPQLLEES LLRDLAVVDAKDAVKENPDFDLHFDKVYKWVASSIAEKNAFISCLWKLNQRYLRKKIDFANVSSQLLEES Supplementary Figure 4 Amino-acid sequence alignment of the N-terminal region of fungi and vertebrate Sec3 (a) Amino-acid sequence alignment of the N-terminal region of Sec3 from fungi. Identical residues are highlighted by red backgrounds. Similar residues are colored red. The secondary structure of yeast Sec3-N is represented above the alignment. Residues for the potential PtdIns(4,5)P2-binding site are indicated by magenta dots. Sc, Cs, An, and Nc represent Saccharomyces cerevisiae, Candida sphaerica, Aspergillus nidulans, and Neurospora crassa, respectively. (b) Amino-acid sequence alignment of the N-terminal region of Sec3 from vertebrates. Drawing schemes are the same as in a. The predicted secondary structure of the N-terminal region of human Sec3 is represented above the alignment. Nature Structural & Molecular Biology: doi: /nsmb.1722
6 yeastsec3...snflaeqyerd R K A I INCC F SRP D H K TGEPPNNY I TH V R I IEDSKFPSSRPPPDSKLEN KKKR......MTAI K H A L QRDI F TPN D E R...L L SI V N V CKAG... KKKK... MNSLRAVLTCSTMSA K S A I SKEI F APL D E R...M L GA V Q V KRRT... KKKIPFL yeastsec L L I LSA KPNNAKL I Q I H K AR ENSDGSFQIGRT. W Q L TE L VR V EKD..LEI S EG F I L TMSK...NCF L C ATV TTERPVQ V K V V K VK KSDKGDFYKRQIA W A L RD L AV V DAKDAIKE N PE F D L HFEK ATGGQGEYLTY I C LSV TNKKPTQ A S I T K VK QFEGSTSFVRRSQ W M L EQ L RQ V NGIDPNGD S AE F D L LFEN yeastsec K Y.Y W ET NS AK E R TV F IKS L ITLYIQTFEG H VP E L V N WDLS L FY...LDER I Y.K W VA SS TA E K NA F ISC I WKLNQRYLR. K KI D F V N VSSQ L... A F DQ W VA ST AS E K CT F FQI L HHTCQRYLTD R KP E F I N CQSK I MGGNSILHSAADSVTSAVQKASQALNER yeastsec SYQRAVITN.RPGSVSPIKS... GERLGRAEEKTEDLKNSAQQFAETAHKLAM..KHKC Supplementary Figure 5 Amino-acid sequence alignment of yeast Sec3-N, the N-terminal region of human Sec3, and human amysin Drawing schemes are the same as in Supplementary Figure 4.
FW 1 CDR 1 FW 2 CDR 2
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