1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Xia, Y. Yee, A. Semesi, A. Arrowsmith, C.H. Northeast Structural Genomics Consortium (NESG) http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic C6 H15 N4 O2 1 175.209 y ARGININE L-peptide linking C4 H8 N2 O3 132.118 y ASPARAGINE L-peptide linking C4 H7 N O4 133.103 y ASPARTIC ACID L-peptide linking C3 H7 N O2 S 121.158 y CYSTEINE L-peptide linking C5 H9 N O4 147.129 y GLUTAMIC ACID L-peptide linking C2 H5 N O2 75.067 y GLYCINE peptide linking C6 H10 N3 O2 1 156.162 y HISTIDINE L-peptide linking C6 H13 N O2 131.173 y ISOLEUCINE L-peptide linking C6 H13 N O2 131.173 y LEUCINE L-peptide linking C6 H15 N2 O2 1 147.195 y LYSINE L-peptide linking C5 H11 N O2 S 149.211 y METHIONINE L-peptide linking C9 H11 N O2 165.189 y PHENYLALANINE L-peptide linking C5 H9 N O2 115.130 y PROLINE L-peptide linking C3 H7 N O3 105.093 y SERINE L-peptide linking C4 H9 N O3 119.119 y THREONINE L-peptide linking C11 H12 N2 O2 204.225 y TRYPTOPHAN L-peptide linking C9 H11 N O3 181.189 y TYROSINE L-peptide linking C5 H11 N O2 117.146 y VALINE L-peptide linking to be published 0353 Solution Structure of Hypothetical Protein tm1112 10.2210/pdb1lkn/pdb pdb_00001lkn 1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 1 SINGLE WAVELENGTH M 1 1.0 10774.417 hypothetical protein tm1112 1 man polymer no no MEVKIEKPTPEKLKELSVEKWPIWEKEVSEFDWYYDTNETCYILEGKVEVTTEDGKKYVIEKGDLVTFPKGLRCRWKVLE PVRKHYNLF MEVKIEKPTPEKLKELSVEKWPIWEKEVSEFDWYYDTNETCYILEGKVEVTTEDGKKYVIEKGDLVTFPKGLRCRWKVLE PVRKHYNLF A VT74 polypeptide(L) n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n Thermotoga Escherichia sample tm1112 2336 Thermotoga maritima 562 Escherichia coli bl21de3(magic gold) plasmid pet15b Northeast Structural Genomics Consortium NESG PSI, Protein Structure Initiative database_2 pdbx_database_related pdbx_struct_assembly pdbx_struct_oper_list repository Initial release Version format compliance Version format compliance Database references Derived calculations 1 0 2003-06-24 1 1 2008-04-28 1 2 2011-07-13 1 3 2022-02-23 _database_2.pdbx_DOI _database_2.pdbx_database_accession _pdbx_database_related.db_name Y RCSB Y RCSB 2002-04-25 REL REL The structure was determined using triple-resonance NMR spectroscopy all calculated structures submitted,back calculated data agree with experimental NOESY spectrum,structures with the lowest energy 30 10 3D_13C/15N-separated_NOESY 3D_15N/15N-separated_NOESY HNHA 20uM Zn2+ 6.5 ambient 298 K The structures are based on a total of 2619 restraints, in which 2508 are NOE-derived distance constraints, 111 are dihedral angle restraints from TALOS analysis and HNHA experiment. simulated annealing 1 lowest energy 1mM tm1112 U-15N,13C; 25mM phosphate buffer NA; 95% H2O, 5% D2O 95% H2O/5% D2O F. Delaglio processing NMRPipe 2.1 T. D. Goddard and D. G. Kneller data analysis Sparky SPARKY 3 M. NILGES, A.T. Brunger structure solution ARIA BASED ON XPLOR3.851 M. NILGES, A.T. Brunger refinement ARIA BASED ON XPLOR3.851 500 Varian INOVA 600 Varian INOVA MET 1 n 1 MET 1 A GLU 2 n 2 GLU 2 A VAL 3 n 3 VAL 3 A LYS 4 n 4 LYS 4 A ILE 5 n 5 ILE 5 A GLU 6 n 6 GLU 6 A LYS 7 n 7 LYS 7 A PRO 8 n 8 PRO 8 A THR 9 n 9 THR 9 A PRO 10 n 10 PRO 10 A GLU 11 n 11 GLU 11 A LYS 12 n 12 LYS 12 A LEU 13 n 13 LEU 13 A LYS 14 n 14 LYS 14 A GLU 15 n 15 GLU 15 A LEU 16 n 16 LEU 16 A SER 17 n 17 SER 17 A VAL 18 n 18 VAL 18 A GLU 19 n 19 GLU 19 A LYS 20 n 20 LYS 20 A TRP 21 n 21 TRP 21 A PRO 22 n 22 PRO 22 A ILE 23 n 23 ILE 23 A TRP 24 n 24 TRP 24 A GLU 25 n 25 GLU 25 A LYS 26 n 26 LYS 26 A GLU 27 n 27 GLU 27 A VAL 28 n 28 VAL 28 A SER 29 n 29 SER 29 A GLU 30 n 30 GLU 30 A PHE 31 n 31 PHE 31 A ASP 32 n 32 ASP 32 A TRP 33 n 33 TRP 33 A TYR 34 n 34 TYR 34 A TYR 35 n 35 TYR 35 A ASP 36 n 36 ASP 36 A THR 37 n 37 THR 37 A ASN 38 n 38 ASN 38 A GLU 39 n 39 GLU 39 A THR 40 n 40 THR 40 A CYS 41 n 41 CYS 41 A TYR 42 n 42 TYR 42 A ILE 43 n 43 ILE 43 A LEU 44 n 44 LEU 44 A GLU 45 n 45 GLU 45 A GLY 46 n 46 GLY 46 A LYS 47 n 47 LYS 47 A VAL 48 n 48 VAL 48 A GLU 49 n 49 GLU 49 A VAL 50 n 50 VAL 50 A THR 51 n 51 THR 51 A THR 52 n 52 THR 52 A GLU 53 n 53 GLU 53 A ASP 54 n 54 ASP 54 A GLY 55 n 55 GLY 55 A LYS 56 n 56 LYS 56 A LYS 57 n 57 LYS 57 A TYR 58 n 58 TYR 58 A VAL 59 n 59 VAL 59 A ILE 60 n 60 ILE 60 A GLU 61 n 61 GLU 61 A LYS 62 n 62 LYS 62 A GLY 63 n 63 GLY 63 A ASP 64 n 64 ASP 64 A LEU 65 n 65 LEU 65 A VAL 66 n 66 VAL 66 A THR 67 n 67 THR 67 A PHE 68 n 68 PHE 68 A PRO 69 n 69 PRO 69 A LYS 70 n 70 LYS 70 A GLY 71 n 71 GLY 71 A LEU 72 n 72 LEU 72 A ARG 73 n 73 ARG 73 A CYS 74 n 74 CYS 74 A ARG 75 n 75 ARG 75 A TRP 76 n 76 TRP 76 A LYS 77 n 77 LYS 77 A VAL 78 n 78 VAL 78 A LEU 79 n 79 LEU 79 A GLU 80 n 80 GLU 80 A PRO 81 n 81 PRO 81 A VAL 82 n 82 VAL 82 A ARG 83 n 83 ARG 83 A LYS 84 n 84 LYS 84 A HIS 85 n 85 HIS 85 A TYR 86 n 86 TYR 86 A ASN 87 n 87 ASN 87 A LEU 88 n 88 LEU 88 A PHE 89 n 89 PHE 89 A author_defined_assembly 1 monomeric 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 1_555 x,y,z identity operation 0.0000000000 0.0000000000 0.0000000000 A O LYS 26 A O LYS 26 A N VAL 82 A N VAL 82 A N TRP 76 A N TRP 76 A O PHE 31 A O PHE 31 A N TRP 33 A N TRP 33 A O CYS 74 A O CYS 74 A O ASN 87 A O ASN 87 A N THR 40 A N THR 40 A N VAL 50 A N VAL 50 A O TYR 58 A O TYR 58 A N ILE 60 A N ILE 60 A O VAL 48 A O VAL 48 A O CYS 41 A O CYS 41 A N VAL 66 A N VAL 66 1 A A O H TYR HIS 42 85 1.59 2 A A H O ILE ASP 43 64 1.59 3 A A O H TYR HIS 42 85 1.55 3 A A O H VAL TRP 18 21 1.59 4 A A HG22 HH THR TYR 52 58 1.30 4 A A O H PHE TRP 31 76 1.59 5 A A O H TYR HIS 42 85 1.55 5 A A O H GLU SER 27 29 1.58 6 A A O H GLU SER 27 29 1.57 6 A A O H LYS LEU 47 79 1.57 6 A A O H TYR HIS 42 85 1.58 7 A A HG22 HH THR TYR 52 58 1.31 7 A A O H GLU SER 27 29 1.56 7 A A O H TYR HIS 42 85 1.60 8 A A H O PHE TRP 31 76 1.56 8 A A O H TYR HIS 42 85 1.58 9 A A HG21 HH THR TYR 52 58 1.33 9 A A H O LEU ARG 44 83 1.60 10 A A HH H TYR GLU 35 39 0.92 10 A A OH H TYR GLU 35 39 1.25 10 A A O HZ3 GLU LYS 49 77 1.49 10 A A O H TYR HIS 42 85 1.55 10 A A HH N TYR GLU 35 39 1.58 10 A A O H GLU SER 27 29 1.59 10 A A CE1 CZ TYR TYR 35 35 0.078 0.013 1.381 1.459 N 10 A A CZ CE2 TYR TYR 35 35 -0.081 0.013 1.381 1.300 N 1 A PRO 10 -37.37 -30.62 1 A SER 17 -28.68 88.02 1 A PRO 22 -53.74 -179.73 1 A VAL 28 -53.73 62.97 1 A SER 29 -94.93 -155.86 1 A ASP 36 -159.45 26.16 1 A THR 37 170.31 141.56 1 A ASN 38 -58.40 93.61 1 A GLU 45 177.15 100.79 1 A LYS 62 47.65 110.82 1 A PRO 81 -34.53 121.23 1 A ASN 87 -164.07 73.24 2 A PRO 10 -39.47 -30.13 2 A SER 17 -29.59 88.65 2 A PRO 22 -49.90 179.24 2 A VAL 28 -63.57 45.57 2 A GLU 45 -169.55 100.68 2 A LYS 62 49.78 115.77 2 A LEU 72 -45.18 93.39 2 A PRO 81 -35.07 118.45 2 A ASN 87 -157.50 54.19 3 A GLU 2 -174.50 39.13 3 A SER 17 -26.22 89.51 3 A PRO 22 -52.38 -171.55 3 A VAL 28 26.54 43.22 3 A ASP 36 -152.35 20.14 3 A GLU 45 -172.03 106.29 3 A LYS 62 58.57 106.71 3 A ASN 87 -151.27 73.43 4 A PRO 10 -39.71 -29.64 4 A SER 17 -29.10 88.66 4 A PRO 22 -48.32 174.54 4 A VAL 28 -64.34 47.65 4 A ASP 36 -152.09 17.73 4 A GLU 45 179.16 137.05 4 A LYS 62 25.77 111.59 4 A LEU 72 -46.84 91.53 4 A PRO 81 -35.01 117.79 4 A ASN 87 -170.86 60.56 5 A SER 17 -29.50 88.28 5 A PRO 22 -51.16 -174.62 5 A VAL 28 -49.06 59.11 5 A SER 29 -95.51 -158.65 5 A ASP 36 -150.15 21.43 5 A ASN 38 -69.92 97.12 5 A GLU 45 -171.87 104.65 5 A LYS 62 30.96 110.82 5 A LYS 70 -44.09 107.96 5 A PRO 81 -42.37 107.89 5 A ASN 87 -150.10 57.05 6 A SER 17 -27.32 88.47 6 A PRO 22 -56.60 170.45 6 A VAL 28 -59.65 51.00 6 A ASP 36 -177.18 35.44 6 A THR 37 176.44 121.83 6 A ASN 38 -52.95 92.96 6 A GLU 45 178.41 105.69 6 A LYS 62 31.75 108.71 6 A PRO 81 -39.67 115.04 6 A ASN 87 -162.56 54.39 7 A GLU 2 173.13 118.90 7 A SER 17 -28.66 88.20 7 A PRO 22 -56.32 172.76 7 A VAL 28 -56.61 52.68 7 A ASP 36 -149.94 30.91 7 A GLU 45 -178.44 102.28 7 A LYS 62 51.59 114.47 7 A GLU 80 -170.39 148.39 7 A PRO 81 -39.71 115.58 7 A ASN 87 -161.90 62.36 8 A GLU 2 -104.58 48.28 8 A PRO 10 -38.75 -31.31 8 A SER 17 -27.27 94.49 8 A VAL 18 -92.00 33.79 8 A VAL 28 -56.70 61.10 8 A SER 29 -94.08 -158.13 8 A ASP 36 -161.61 28.94 8 A THR 37 170.26 164.99 8 A GLU 45 175.32 107.02 8 A LYS 62 19.67 112.97 8 A LEU 72 -46.66 101.29 8 A PRO 81 -38.15 117.92 8 A ASN 87 -150.10 61.65 9 A PRO 8 -49.25 152.88 9 A SER 17 -27.18 91.41 9 A VAL 28 -63.32 46.21 9 A ASP 36 -175.97 33.03 9 A THR 37 166.43 158.96 9 A GLU 45 176.54 104.82 9 A LYS 62 12.12 111.91 9 A PRO 81 -34.77 121.34 9 A ASN 87 -158.06 59.80 10 A GLU 2 -169.33 53.94 10 A SER 17 -28.29 88.49 10 A VAL 28 -56.71 56.37 10 A SER 29 -97.43 -156.73 10 A ASN 38 -40.98 109.48 10 A GLU 45 -176.24 112.77 10 A LYS 62 51.80 116.43 10 A LYS 70 -31.60 111.84 10 A LEU 72 -37.44 126.60 10 A ASN 87 -169.58 69.64 Solution NMR Structure of Protein TM_1112 from Thermotoga maritima. Ontario Centre for Structural Proteomics Target TM1112_1_89; Northeast Structural Genomics Consortium Target VT74. 1 N N A THR 9 A THR 9 HELX_P A LEU 16 A LEU 16 1 1 8 A SER 17 A SER 17 HELX_P A TRP 21 A TRP 21 5 2 5 structural genomics, unknown function BETA BARREL, structural genomics, OCSP, NESG, PROTEIN STRUCTURE INITIATIVE, PSI, Northeast Structural Genomics Consortium, unknown function A THR 9 A THR 9 9 A PRO 10 A PRO 10 10.19 Q9X0J6_THEMA UNP 1 1 Q9X0J6 MEVKIEKPTPEKLKELSVEKWPIWEKEVSEFDWYYDTNETCYILEGKVEVTTEDGKKYVIEKGDLVTFPKGLRCRWKVLE PVRKHYNLF 1 89 1LKN 1 89 Q9X0J6 A 1 1 89 8 anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel A ILE 23 A ILE 23 A LYS 26 A LYS 26 A ARG 73 A ARG 73 A LEU 88 A LEU 88 A GLU 30 A GLU 30 A TYR 34 A TYR 34 A ARG 73 A ARG 73 A LEU 88 A LEU 88 A GLU 39 A GLU 39 A THR 52 A THR 52 A LYS 57 A LYS 57 A GLU 61 A GLU 61 A GLU 39 A GLU 39 A THR 52 A THR 52 A LEU 65 A LEU 65 A THR 67 A THR 67