1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Cierpicki, T. Liang, B. Tamm, L.K. Bushweller, J.H. http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic C3 H7 N O2 89.093 y ALANINE L-peptide linking 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 C5 H10 N2 O3 146.144 y GLUTAMINE 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 US J.Am.Chem.Soc. JACSAT 0004 0002-7863 128 6947 6951 10.1021/ja0608343 16719475 Increasing the accuracy of solution NMR structures of membrane proteins by application of residual dipolar couplings. High-resolution structure of outer membrane protein A. 2006 10.2210/pdb2ge4/pdb pdb_00002ge4 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 19192.178 Outer membrane protein A transmembrane domain W15F, W57F, W102F, W143F 1 man polymer Outer membrane protein II* no no MAPKDNTWYTGAKLGFSQYHDTGFINNNGPTHENQLGAGAFGGYQVNPYVGFEMGYDFLGRMPYKGSVENGAYKAQGVQL TAKLGYPITDDLDIYTRLGGMVFRADTKSNVYGKNHDTGVSPVFAGGVEYAITPEIATRLEYQFTNNIGDAHTIGTRPDN GMLSLGVSYRFGQGEAA MAPKDNTWYTGAKLGFSQYHDTGFINNNGPTHENQLGAGAFGGYQVNPYVGFEMGYDFLGRMPYKGSVENGAYKAQGVQL TAKLGYPITDDLDIYTRLGGMVFRADTKSNVYGKNHDTGVSPVFAGGVEYAITPEIATRLEYQFTNNIGDAHTIGTRPDN GMLSLGVSYRFGQGEAA A 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 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 Escherichia Escherichia sample ompA, con, tolG, tut 562 Escherichia coli 562 Escherichia coli database_2 pdbx_struct_assembly pdbx_struct_oper_list struct_ref_seq_dif repository Initial release Version format compliance Version format compliance Database references Derived calculations 1 0 2006-04-11 1 1 2008-05-01 1 2 2011-07-13 1 3 2021-10-20 _database_2.pdbx_DOI _database_2.pdbx_database_accession _struct_ref_seq_dif.details lower accuracy NMR structure of the same protein RCSB Y RCSB 2006-03-17 REL distance restraints, hydrogen bonds and dihedral angles were the same as for previous NMR structure (PDB code 1g90) structures with the lowest energy 150 10 HNCO based experiment for measurement 1JHN couplings HNCO based experiment for measurement 1JNC' couplings HNCO based experiment for measurement 1JC'Ca couplings 50mM NaCl 6.3 ambient 223 K refinement using RDCs simulated annealing 1 lowest energy 1mM OmpA U-2H,13C,15N; 500mM DPC; 10mM phosphate buffer; pH 6.3; 50mM NaCl 90% H2O/10% D2O Brunger refinement CNS 1.1 600 Varian INOVA MET 0 n 1 MET 0 A ALA 1 n 2 ALA 1 A PRO 2 n 3 PRO 2 A LYS 3 n 4 LYS 3 A ASP 4 n 5 ASP 4 A ASN 5 n 6 ASN 5 A THR 6 n 7 THR 6 A TRP 7 n 8 TRP 7 A TYR 8 n 9 TYR 8 A THR 9 n 10 THR 9 A GLY 10 n 11 GLY 10 A ALA 11 n 12 ALA 11 A LYS 12 n 13 LYS 12 A LEU 13 n 14 LEU 13 A GLY 14 n 15 GLY 14 A PHE 15 n 16 PHE 15 A SER 16 n 17 SER 16 A GLN 17 n 18 GLN 17 A TYR 18 n 19 TYR 18 A HIS 19 n 20 HIS 19 A ASP 20 n 21 ASP 20 A THR 21 n 22 THR 21 A GLY 22 n 23 GLY 22 A PHE 23 n 24 PHE 23 A ILE 24 n 25 ILE 24 A ASN 25 n 26 ASN 25 A ASN 26 n 27 ASN 26 A ASN 27 n 28 ASN 27 A GLY 28 n 29 GLY 28 A PRO 29 n 30 PRO 29 A THR 30 n 31 THR 30 A HIS 31 n 32 HIS 31 A GLU 32 n 33 GLU 32 A ASN 33 n 34 ASN 33 A GLN 34 n 35 GLN 34 A LEU 35 n 36 LEU 35 A GLY 36 n 37 GLY 36 A ALA 37 n 38 ALA 37 A GLY 38 n 39 GLY 38 A ALA 39 n 40 ALA 39 A PHE 40 n 41 PHE 40 A GLY 41 n 42 GLY 41 A GLY 42 n 43 GLY 42 A TYR 43 n 44 TYR 43 A GLN 44 n 45 GLN 44 A VAL 45 n 46 VAL 45 A ASN 46 n 47 ASN 46 A PRO 47 n 48 PRO 47 A TYR 48 n 49 TYR 48 A VAL 49 n 50 VAL 49 A GLY 50 n 51 GLY 50 A PHE 51 n 52 PHE 51 A GLU 52 n 53 GLU 52 A MET 53 n 54 MET 53 A GLY 54 n 55 GLY 54 A TYR 55 n 56 TYR 55 A ASP 56 n 57 ASP 56 A PHE 57 n 58 PHE 57 A LEU 58 n 59 LEU 58 A GLY 59 n 60 GLY 59 A ARG 60 n 61 ARG 60 A MET 61 n 62 MET 61 A PRO 62 n 63 PRO 62 A TYR 63 n 64 TYR 63 A LYS 64 n 65 LYS 64 A GLY 65 n 66 GLY 65 A SER 66 n 67 SER 66 A VAL 67 n 68 VAL 67 A GLU 68 n 69 GLU 68 A ASN 69 n 70 ASN 69 A GLY 70 n 71 GLY 70 A ALA 71 n 72 ALA 71 A TYR 72 n 73 TYR 72 A LYS 73 n 74 LYS 73 A ALA 74 n 75 ALA 74 A GLN 75 n 76 GLN 75 A GLY 76 n 77 GLY 76 A VAL 77 n 78 VAL 77 A GLN 78 n 79 GLN 78 A LEU 79 n 80 LEU 79 A THR 80 n 81 THR 80 A ALA 81 n 82 ALA 81 A LYS 82 n 83 LYS 82 A LEU 83 n 84 LEU 83 A GLY 84 n 85 GLY 84 A TYR 85 n 86 TYR 85 A PRO 86 n 87 PRO 86 A ILE 87 n 88 ILE 87 A THR 88 n 89 THR 88 A ASP 89 n 90 ASP 89 A ASP 90 n 91 ASP 90 A LEU 91 n 92 LEU 91 A ASP 92 n 93 ASP 92 A ILE 93 n 94 ILE 93 A TYR 94 n 95 TYR 94 A THR 95 n 96 THR 95 A ARG 96 n 97 ARG 96 A LEU 97 n 98 LEU 97 A GLY 98 n 99 GLY 98 A GLY 99 n 100 GLY 99 A MET 100 n 101 MET 100 A VAL 101 n 102 VAL 101 A PHE 102 n 103 PHE 102 A ARG 103 n 104 ARG 103 A ALA 104 n 105 ALA 104 A ASP 105 n 106 ASP 105 A THR 106 n 107 THR 106 A LYS 107 n 108 LYS 107 A SER 108 n 109 SER 108 A ASN 109 n 110 ASN 109 A VAL 110 n 111 VAL 110 A TYR 111 n 112 TYR 111 A GLY 112 n 113 GLY 112 A LYS 113 n 114 LYS 113 A ASN 114 n 115 ASN 114 A HIS 115 n 116 HIS 115 A ASP 116 n 117 ASP 116 A THR 117 n 118 THR 117 A GLY 118 n 119 GLY 118 A VAL 119 n 120 VAL 119 A SER 120 n 121 SER 120 A PRO 121 n 122 PRO 121 A VAL 122 n 123 VAL 122 A PHE 123 n 124 PHE 123 A ALA 124 n 125 ALA 124 A GLY 125 n 126 GLY 125 A GLY 126 n 127 GLY 126 A VAL 127 n 128 VAL 127 A GLU 128 n 129 GLU 128 A TYR 129 n 130 TYR 129 A ALA 130 n 131 ALA 130 A ILE 131 n 132 ILE 131 A THR 132 n 133 THR 132 A PRO 133 n 134 PRO 133 A GLU 134 n 135 GLU 134 A ILE 135 n 136 ILE 135 A ALA 136 n 137 ALA 136 A THR 137 n 138 THR 137 A ARG 138 n 139 ARG 138 A LEU 139 n 140 LEU 139 A GLU 140 n 141 GLU 140 A TYR 141 n 142 TYR 141 A GLN 142 n 143 GLN 142 A PHE 143 n 144 PHE 143 A THR 144 n 145 THR 144 A ASN 145 n 146 ASN 145 A ASN 146 n 147 ASN 146 A ILE 147 n 148 ILE 147 A GLY 148 n 149 GLY 148 A ASP 149 n 150 ASP 149 A ALA 150 n 151 ALA 150 A HIS 151 n 152 HIS 151 A THR 152 n 153 THR 152 A ILE 153 n 154 ILE 153 A GLY 154 n 155 GLY 154 A THR 155 n 156 THR 155 A ARG 156 n 157 ARG 156 A PRO 157 n 158 PRO 157 A ASP 158 n 159 ASP 158 A ASN 159 n 160 ASN 159 A GLY 160 n 161 GLY 160 A MET 161 n 162 MET 161 A LEU 162 n 163 LEU 162 A SER 163 n 164 SER 163 A LEU 164 n 165 LEU 164 A GLY 165 n 166 GLY 165 A VAL 166 n 167 VAL 166 A SER 167 n 168 SER 167 A TYR 168 n 169 TYR 168 A ARG 169 n 170 ARG 169 A PHE 170 n 171 PHE 170 A GLY 171 n 172 GLY 171 A GLN 172 n 173 GLN 172 A GLY 173 n 174 GLY 173 A GLU 174 n 175 GLU 174 A ALA 175 n 176 ALA 175 A ALA 176 n 177 ALA 176 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 identity operation 0.0000000000 0.0000000000 0.0000000000 A N GLY 14 A N GLY 15 A O GLY 36 A O GLY 37 A N GLY 41 A N GLY 42 A O MET 53 A O MET 54 A N GLU 52 A N GLU 53 A O THR 80 A O THR 81 A N LEU 83 A N LEU 84 A O THR 95 A O THR 96 A N ARG 96 A N ARG 97 A O ALA 124 A O ALA 125 A N GLY 125 A N GLY 126 A O TYR 141 A O TYR 142 A N GLN 142 A N GLN 143 A O MET 161 A O MET 162 A O TYR 168 A O TYR 169 A N THR 9 A N THR 10 4 A A O H THR TYR 9 168 1.60 1 A ASP 20 -98.30 36.05 1 A ASN 25 -153.29 35.85 1 A THR 30 -127.48 -71.99 1 A HIS 31 -147.89 -68.26 1 A ASN 33 -177.20 116.05 1 A PHE 57 -67.15 -170.05 1 A LYS 64 -172.45 129.14 1 A LYS 107 60.26 105.14 1 A ASN 109 -99.41 30.80 1 A ASP 116 -162.17 118.73 1 A GLU 134 58.54 19.01 1 A ASN 146 -175.82 37.14 1 A ASP 158 -145.46 35.90 1 A ASN 159 -174.76 128.04 1 A GLU 174 -140.90 -51.39 1 A ALA 175 -106.92 -64.11 2 A ASP 4 -140.06 28.78 2 A ASN 5 -64.12 67.05 2 A PHE 23 -174.75 137.97 2 A HIS 31 -167.23 33.53 2 A GLN 34 166.20 142.31 2 A LEU 35 -156.47 -70.47 2 A PHE 57 -86.28 -71.87 2 A MET 61 -157.36 88.28 2 A PRO 62 -52.60 -175.62 2 A TYR 63 -159.57 -45.15 2 A ALA 71 59.81 177.99 2 A SER 108 -166.15 32.77 2 A HIS 115 60.30 178.29 2 A ASP 116 -168.83 33.78 2 A SER 120 -171.56 149.22 2 A GLU 134 59.71 17.72 2 A THR 144 -160.88 78.47 2 A ASP 149 -162.94 83.79 2 A ASP 158 -152.17 77.82 2 A ASN 159 -151.58 35.71 3 A LYS 3 -176.89 -40.25 3 A ASN 25 -162.53 -45.15 3 A PRO 29 -52.75 -175.17 3 A ASN 33 -171.84 118.85 3 A GLN 34 167.56 144.68 3 A LEU 35 -158.08 -71.75 3 A LEU 58 -94.01 -66.48 3 A SER 66 60.20 175.90 3 A VAL 67 -144.60 -47.24 3 A LYS 73 -131.05 -60.99 3 A ALA 74 -175.27 148.07 3 A LYS 107 -163.47 31.44 3 A SER 108 -142.08 -54.66 3 A LYS 113 -156.78 -65.18 3 A ASN 145 62.04 152.20 3 A ASN 146 -168.98 -43.02 3 A GLU 174 -151.62 -50.93 3 A ALA 175 -149.22 -67.56 4 A PRO 2 -69.80 68.60 4 A ASP 4 -87.88 -79.21 4 A GLN 17 62.87 73.69 4 A HIS 19 -173.11 93.37 4 A PHE 23 -176.15 88.60 4 A ASN 27 -136.38 -47.03 4 A THR 30 -153.35 -54.70 4 A ASN 33 63.59 130.76 4 A GLN 34 166.60 142.66 4 A LEU 35 -156.51 -72.14 4 A SER 66 -171.36 111.91 4 A ALA 71 -99.20 31.23 4 A TYR 72 -175.78 -169.45 4 A SER 108 -132.03 -71.87 4 A VAL 110 -98.90 31.07 4 A ILE 147 62.90 147.16 4 A ALA 150 -172.39 -63.88 4 A HIS 151 -131.01 -60.26 4 A ASP 158 -136.51 -60.43 4 A ALA 175 60.52 106.44 5 A ALA 1 59.97 84.43 5 A ASP 4 -173.42 100.25 5 A ASN 5 59.31 -135.06 5 A HIS 19 -112.99 -169.55 5 A PHE 23 60.56 98.83 5 A GLU 32 -96.63 -68.65 5 A VAL 45 -96.24 -84.28 5 A TYR 48 59.88 16.32 5 A ARG 60 -142.92 -68.14 5 A TYR 63 -168.15 96.72 5 A LYS 64 -138.33 -61.39 5 A SER 66 60.14 79.96 5 A THR 106 60.29 93.82 5 A ASN 146 -161.78 32.37 5 A ILE 147 -98.13 31.70 5 A ASP 158 -98.72 31.80 5 A ASN 159 -175.26 96.76 5 A MET 161 61.96 -82.51 6 A ALA 1 -175.35 89.05 6 A ASP 4 -166.55 32.71 6 A ASP 20 -167.86 33.60 6 A ASN 25 60.63 166.62 6 A THR 30 -145.07 -58.54 6 A TYR 48 58.38 18.37 6 A PHE 57 -122.53 -66.25 6 A LYS 73 -174.38 -41.26 6 A ALA 74 60.47 173.83 6 A LYS 107 -164.02 -44.71 6 A SER 108 -139.16 -49.32 6 A LYS 113 -169.47 35.15 6 A HIS 115 -61.37 85.67 6 A ASP 116 -106.38 -60.55 6 A THR 117 57.67 106.98 6 A SER 120 -177.50 143.91 6 A ASN 145 60.31 109.65 6 A ASP 149 -170.85 -179.19 6 A ALA 150 -64.32 89.39 6 A GLU 174 60.48 170.39 7 A ALA 1 -175.62 102.00 7 A PHE 15 170.84 -92.53 7 A SER 16 -177.58 128.28 7 A GLN 17 -151.18 84.14 7 A HIS 19 60.10 -179.66 7 A ASP 20 -147.00 31.70 7 A THR 21 60.40 101.71 7 A ASN 26 -132.51 -67.05 7 A ASN 27 -107.36 77.39 7 A LEU 58 60.48 92.56 7 A MET 61 -174.04 87.20 7 A SER 66 61.03 110.39 7 A LYS 73 -97.50 38.22 7 A GLN 75 62.90 -169.01 7 A THR 106 -144.88 -49.79 7 A VAL 110 69.02 -67.14 7 A GLN 142 -160.93 115.94 7 A ASN 145 -98.13 35.94 7 A ILE 147 -133.69 -49.42 7 A ASP 149 -133.23 -68.19 7 A ALA 150 59.92 169.65 7 A THR 152 60.47 162.13 7 A ASN 159 -177.49 82.69 7 A MET 161 59.98 -84.71 7 A GLU 174 -131.42 -54.74 8 A ASN 5 -68.51 -124.95 8 A GLN 17 61.79 84.76 8 A PRO 29 -69.62 97.17 8 A HIS 31 -176.78 37.69 8 A LEU 58 68.81 -67.22 8 A TYR 63 -60.23 -72.60 8 A LYS 64 -164.91 35.99 8 A VAL 67 -135.50 -46.67 8 A ASN 69 60.58 158.54 8 A LYS 107 -150.65 -49.35 8 A VAL 110 -138.34 -46.98 8 A HIS 115 -142.22 -47.56 8 A SER 120 -176.92 88.62 8 A GLU 134 58.54 19.53 8 A THR 144 60.48 94.95 8 A ASN 145 -133.27 -52.74 8 A ASP 158 -168.37 -57.73 8 A ASN 159 60.59 91.05 9 A PRO 2 -69.84 99.09 9 A PHE 15 171.11 -90.82 9 A SER 16 -177.54 125.75 9 A GLN 17 -135.34 -52.92 9 A ILE 24 -67.52 90.91 9 A TYR 48 59.17 17.68 9 A LYS 64 -148.49 31.24 9 A TYR 72 -137.95 -56.96 9 A ALA 74 60.15 85.67 9 A THR 106 -98.83 31.73 9 A VAL 110 62.64 101.30 9 A LYS 113 -145.24 -48.34 9 A ASP 116 60.48 172.68 9 A THR 117 53.59 78.34 9 A ASN 146 -176.53 -40.60 9 A ASP 149 -107.14 79.45 9 A ALA 150 -172.92 109.70 9 A HIS 151 60.58 -176.28 9 A THR 152 -98.95 31.61 9 A ASN 159 -166.07 112.99 9 A GLN 172 -162.04 -168.36 10 A ALA 1 -175.10 89.05 10 A LYS 3 -153.46 -76.38 10 A ASP 4 -75.65 -83.23 10 A GLN 17 62.28 117.27 10 A TYR 18 -138.15 -52.19 10 A HIS 19 60.13 170.51 10 A ASP 20 -141.08 -48.44 10 A ASN 26 60.61 166.67 10 A THR 30 60.64 82.57 10 A HIS 31 60.42 102.74 10 A TYR 63 -176.95 -66.61 10 A SER 66 -98.59 35.48 10 A GLU 68 -144.93 33.30 10 A TYR 72 -169.48 90.89 10 A LYS 107 60.59 -177.88 10 A HIS 115 -67.59 -177.44 10 A VAL 119 -57.08 -74.86 10 A SER 120 177.08 -67.80 10 A PRO 121 -38.03 112.13 10 A THR 152 -131.18 -46.26 10 A ASN 159 -167.92 92.77 High-resolution solution structure of outer membrane protein A transmembrane domain 1 N N MEMBRANE PROTEIN membrane protein, beta barrel OMPA_ECOLI UNP 1 22 P0A910 22 197 2GE4 1 176 P0A910 A 1 2 177 1 initiating methionine MET 0 2GE4 A P0A910 UNP 1 1 TRP engineered mutation PHE 15 2GE4 A P0A910 UNP 36 16 1 TRP engineered mutation PHE 57 2GE4 A P0A910 UNP 78 58 1 TRP engineered mutation PHE 102 2GE4 A P0A910 UNP 123 103 1 TRP engineered mutation PHE 143 2GE4 A P0A910 UNP 164 144 9 anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel A THR 6 A THR 7 A SER 16 A SER 17 A GLN 34 A GLN 35 A GLN 44 A GLN 45 A GLY 50 A GLY 51 A TYR 55 A TYR 56 A GLN 75 A GLN 76 A TYR 85 A TYR 86 A LEU 91 A LEU 92 A ARG 103 A ARG 104 A GLY 118 A GLY 119 A THR 132 A THR 133 A ILE 135 A ILE 136 A GLN 142 A GLN 143 A MET 161 A MET 162 A PHE 170 A PHE 171 A THR 6 A THR 7 A SER 16 A SER 17