1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Lee, D. Damberger, F. Horst, R. Guntert, P. Leal, W.S. Wuthrich, K. 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 C3 H7 N O2 S 121.158 y CYSTEINE 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 NE FEBS Lett. FEBLAL 0165 0014-5793 531 314 318 10.1016/S0014-5793(02)03548-2 12417333 NMR structure of the unliganded Bombyx mori pheromone-binding protein at physiological pH 2002 10.2210/pdb1ls8/pdb pdb_00001ls8 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 15903.138 pheromone binding protein 1 man polymer PBP no no SQEVMKNLSLNFGKALDECKKEMTLTDAINEDFYNFWKEGYEIKNRETGCAIMCLSTKLNMLDPEGNLHHGNAMEFAKKH GADETMAQQLIDIVHGCEKSTPANDDKCIWTLGVATCFKAEIHKLNWAPSMDVAVGEILAEV SQEVMKNLSLNFGKALDECKKEMTLTDAINEDFYNFWKEGYEIKNRETGCAIMCLSTKLNMLDPEGNLHHGNAMEFAKKH GADETMAQQLIDIVHGCEKSTPANDDKCIWTLGVATCFKAEIHKLNWAPSMDVAVGEILAEV 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 domestic silkworm Bombyx Escherichia sample 7091 Bombyx mori 562 Escherichia coli database_2 pdbx_nmr_software pdbx_struct_assembly pdbx_struct_oper_list repository Initial release Version format compliance Version format compliance Data collection Database references Derived calculations 1 0 2002-11-20 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_nmr_software.name HELIX DETERMINATION METHOD: AUTHOR DETERMINED RCSB Y PDBJ 2002-05-17 REL target function 100 20 3D_15N-separated_NOESY 3D_13C-separated_NOESY 3D_13C-separated_NOESY 6.5 1 atm 293 K torsion angle dynamics energy minimization 1 closest to the average 0.7mM BmPBP 15N,13C; 50mM phosphate buffer; 95% H2O, 5% D2O 95% H2O/5% D2O structure solution DYANA structure solution CANDID refinement OPALp 500 Bruker DRX 600 Bruker DRX 750 Bruker DRX SER 1 n 1 SER 1 A GLN 2 n 2 GLN 2 A GLU 3 n 3 GLU 3 A VAL 4 n 4 VAL 4 A MET 5 n 5 MET 5 A LYS 6 n 6 LYS 6 A ASN 7 n 7 ASN 7 A LEU 8 n 8 LEU 8 A SER 9 n 9 SER 9 A LEU 10 n 10 LEU 10 A ASN 11 n 11 ASN 11 A PHE 12 n 12 PHE 12 A GLY 13 n 13 GLY 13 A LYS 14 n 14 LYS 14 A ALA 15 n 15 ALA 15 A LEU 16 n 16 LEU 16 A ASP 17 n 17 ASP 17 A GLU 18 n 18 GLU 18 A CYS 19 n 19 CYS 19 A LYS 20 n 20 LYS 20 A LYS 21 n 21 LYS 21 A GLU 22 n 22 GLU 22 A MET 23 n 23 MET 23 A THR 24 n 24 THR 24 A LEU 25 n 25 LEU 25 A THR 26 n 26 THR 26 A ASP 27 n 27 ASP 27 A ALA 28 n 28 ALA 28 A ILE 29 n 29 ILE 29 A ASN 30 n 30 ASN 30 A GLU 31 n 31 GLU 31 A ASP 32 n 32 ASP 32 A PHE 33 n 33 PHE 33 A TYR 34 n 34 TYR 34 A ASN 35 n 35 ASN 35 A PHE 36 n 36 PHE 36 A TRP 37 n 37 TRP 37 A LYS 38 n 38 LYS 38 A GLU 39 n 39 GLU 39 A GLY 40 n 40 GLY 40 A TYR 41 n 41 TYR 41 A GLU 42 n 42 GLU 42 A ILE 43 n 43 ILE 43 A LYS 44 n 44 LYS 44 A ASN 45 n 45 ASN 45 A ARG 46 n 46 ARG 46 A GLU 47 n 47 GLU 47 A THR 48 n 48 THR 48 A GLY 49 n 49 GLY 49 A CYS 50 n 50 CYS 50 A ALA 51 n 51 ALA 51 A ILE 52 n 52 ILE 52 A MET 53 n 53 MET 53 A CYS 54 n 54 CYS 54 A LEU 55 n 55 LEU 55 A SER 56 n 56 SER 56 A THR 57 n 57 THR 57 A LYS 58 n 58 LYS 58 A LEU 59 n 59 LEU 59 A ASN 60 n 60 ASN 60 A MET 61 n 61 MET 61 A LEU 62 n 62 LEU 62 A ASP 63 n 63 ASP 63 A PRO 64 n 64 PRO 64 A GLU 65 n 65 GLU 65 A GLY 66 n 66 GLY 66 A ASN 67 n 67 ASN 67 A LEU 68 n 68 LEU 68 A HIS 69 n 69 HIS 69 A HIS 70 n 70 HIS 70 A GLY 71 n 71 GLY 71 A ASN 72 n 72 ASN 72 A ALA 73 n 73 ALA 73 A MET 74 n 74 MET 74 A GLU 75 n 75 GLU 75 A PHE 76 n 76 PHE 76 A ALA 77 n 77 ALA 77 A LYS 78 n 78 LYS 78 A LYS 79 n 79 LYS 79 A HIS 80 n 80 HIS 80 A GLY 81 n 81 GLY 81 A ALA 82 n 82 ALA 82 A ASP 83 n 83 ASP 83 A GLU 84 n 84 GLU 84 A THR 85 n 85 THR 85 A MET 86 n 86 MET 86 A ALA 87 n 87 ALA 87 A GLN 88 n 88 GLN 88 A GLN 89 n 89 GLN 89 A LEU 90 n 90 LEU 90 A ILE 91 n 91 ILE 91 A ASP 92 n 92 ASP 92 A ILE 93 n 93 ILE 93 A VAL 94 n 94 VAL 94 A HIS 95 n 95 HIS 95 A GLY 96 n 96 GLY 96 A CYS 97 n 97 CYS 97 A GLU 98 n 98 GLU 98 A LYS 99 n 99 LYS 99 A SER 100 n 100 SER 100 A THR 101 n 101 THR 101 A PRO 102 n 102 PRO 102 A ALA 103 n 103 ALA 103 A ASN 104 n 104 ASN 104 A ASP 105 n 105 ASP 105 A ASP 106 n 106 ASP 106 A LYS 107 n 107 LYS 107 A CYS 108 n 108 CYS 108 A ILE 109 n 109 ILE 109 A TRP 110 n 110 TRP 110 A THR 111 n 111 THR 111 A LEU 112 n 112 LEU 112 A GLY 113 n 113 GLY 113 A VAL 114 n 114 VAL 114 A ALA 115 n 115 ALA 115 A THR 116 n 116 THR 116 A CYS 117 n 117 CYS 117 A PHE 118 n 118 PHE 118 A LYS 119 n 119 LYS 119 A ALA 120 n 120 ALA 120 A GLU 121 n 121 GLU 121 A ILE 122 n 122 ILE 122 A HIS 123 n 123 HIS 123 A LYS 124 n 124 LYS 124 A LEU 125 n 125 LEU 125 A ASN 126 n 126 ASN 126 A TRP 127 n 127 TRP 127 A ALA 128 n 128 ALA 128 A PRO 129 n 129 PRO 129 A SER 130 n 130 SER 130 A MET 131 n 131 MET 131 A ASP 132 n 132 ASP 132 A VAL 133 n 133 VAL 133 A ALA 134 n 134 ALA 134 A VAL 135 n 135 VAL 135 A GLY 136 n 136 GLY 136 A GLU 137 n 137 GLU 137 A ILE 138 n 138 ILE 138 A LEU 139 n 139 LEU 139 A ALA 140 n 140 ALA 140 A GLU 141 n 141 GLU 141 A VAL 142 n 142 VAL 142 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 1 A A OD2 HG1 ASP THR 32 48 1.59 2 A A OD2 HG1 ASP THR 32 48 1.59 5 A A HG OD1 SER ASP 1 83 1.58 6 A A OD2 HG1 ASP THR 32 48 1.59 7 A A OD1 HH ASP TYR 32 41 1.58 9 A A OD1 HH ASP TYR 32 41 1.58 9 A A HG OD1 SER ASP 1 83 1.60 14 A A O HG1 LEU THR 112 116 1.59 16 A A OD2 HG1 ASP THR 32 48 1.58 19 A A O HG1 LEU THR 112 116 1.58 4 A A LYS GLU 38 39 149.25 6 A A ASP ASP 105 106 -148.68 10 A A SER MET 130 131 -130.22 16 A A GLY GLU 136 137 144.33 19 A A GLY GLU 136 137 143.94 20 A A MET ASP 131 132 -140.04 1 A ARG 46 0.149 SIDE CHAIN 2 A ARG 46 0.080 SIDE CHAIN 3 A ARG 46 0.096 SIDE CHAIN 4 A ARG 46 0.088 SIDE CHAIN 8 A TYR 34 0.081 SIDE CHAIN 9 A ARG 46 0.088 SIDE CHAIN 13 A TYR 41 0.090 SIDE CHAIN 5 8.81 1.40 123.60 132.41 A A A CD NE CZ ARG ARG ARG 46 46 46 N 5 3.39 0.50 120.30 123.69 A A A NE CZ NH1 ARG ARG ARG 46 46 46 N 7 6.63 1.10 114.20 120.83 A A A CA CB SG CYS CYS CYS 108 108 108 N 12 6.83 1.10 114.20 121.03 A A A CA CB SG CYS CYS CYS 108 108 108 N 13 7.34 1.10 114.20 121.54 A A A CA CB SG CYS CYS CYS 108 108 108 N 16 3.12 0.50 120.30 123.42 A A A NE CZ NH1 ARG ARG ARG 46 46 46 N 1 A GLN 2 66.43 -63.31 1 A LEU 8 -56.19 -8.41 1 A TYR 34 -69.72 97.22 1 A ASN 35 35.52 99.02 1 A TRP 37 60.88 -140.48 1 A LYS 38 57.34 -170.05 1 A PRO 102 -68.58 -74.99 1 A ALA 128 -167.33 64.13 1 A SER 130 -153.40 11.97 1 A ASP 132 51.37 -172.20 1 A VAL 133 37.43 76.41 1 A ALA 140 50.81 89.09 2 A LEU 8 -58.72 -7.94 2 A LEU 10 -107.50 -99.67 2 A PHE 12 -58.92 -77.31 2 A LYS 14 -68.01 1.68 2 A LEU 25 -83.25 -157.20 2 A ASN 35 -164.71 113.99 2 A TRP 37 65.30 -81.89 2 A ASN 45 -51.39 109.55 2 A PRO 64 -64.71 43.93 2 A GLU 65 -146.15 -64.53 2 A PRO 102 -66.51 -175.20 2 A TRP 127 -90.17 38.13 2 A SER 130 70.88 -47.96 2 A VAL 133 -149.64 26.51 2 A ALA 134 81.08 -83.87 2 A LEU 139 -100.25 57.83 2 A ALA 140 -169.17 110.52 3 A ASN 35 51.77 83.41 3 A LYS 38 65.98 119.43 3 A GLU 39 -56.59 -9.34 3 A ILE 43 -39.94 100.12 3 A MET 61 -97.93 -64.85 3 A PRO 64 -90.32 42.28 3 A GLU 65 -139.19 -43.65 3 A PRO 102 -70.84 -73.91 3 A ALA 128 -163.77 89.26 3 A SER 130 -155.67 -60.78 3 A ALA 134 166.54 -64.85 3 A GLU 137 54.51 -175.60 3 A LEU 139 -77.95 48.70 3 A ALA 140 58.33 71.06 4 A SER 9 -80.54 44.15 4 A THR 24 56.10 79.85 4 A PHE 36 -108.86 -100.59 4 A TRP 37 48.10 -167.22 4 A LYS 38 51.07 104.46 4 A GLU 39 -47.68 -15.54 4 A TYR 41 -54.29 95.39 4 A ILE 43 -50.45 108.95 4 A TRP 127 -84.82 38.11 4 A ASP 132 -151.98 -72.71 4 A ALA 134 -140.77 -42.43 4 A ILE 138 -101.09 -65.57 4 A LEU 139 55.61 99.80 5 A LEU 8 -63.50 -100.21 5 A SER 9 54.72 -3.94 5 A LEU 10 -68.30 -101.78 5 A PHE 33 -59.07 -6.92 5 A PRO 64 -81.68 44.06 5 A PRO 102 -68.02 -82.85 5 A VAL 133 80.85 83.83 5 A ALA 134 -100.06 -82.91 5 A GLU 137 -57.90 -169.14 5 A ILE 138 47.16 72.53 5 A ALA 140 52.48 -175.76 5 A GLU 141 65.22 -150.13 6 A LEU 8 -68.98 -101.54 6 A SER 9 36.01 41.89 6 A LEU 10 -83.86 -99.48 6 A LEU 25 -78.85 -162.51 6 A ASN 35 45.22 105.10 6 A TRP 37 51.24 -90.91 6 A PRO 64 -70.91 41.69 6 A GLU 65 -150.97 -56.18 6 A LEU 68 74.21 117.23 6 A PRO 102 -71.02 -74.78 6 A TRP 127 -95.32 38.07 6 A SER 130 66.14 163.37 6 A ALA 134 -151.28 -30.68 6 A ILE 138 55.37 90.28 7 A TRP 37 55.22 -164.12 7 A LYS 38 55.96 112.82 7 A TYR 41 22.69 87.53 7 A PRO 64 -85.75 44.06 7 A GLU 65 -140.13 -47.37 7 A ASN 67 -111.57 54.31 7 A LEU 68 54.38 -162.87 7 A HIS 69 -165.47 119.54 7 A PRO 102 -68.89 -175.46 7 A TRP 127 -84.95 37.15 7 A PRO 129 -75.37 -95.93 7 A SER 130 -145.81 -13.27 7 A ASP 132 28.62 51.81 7 A LEU 139 63.67 131.17 7 A ALA 140 -70.95 -169.55 8 A GLN 2 62.67 -70.34 8 A LEU 8 -69.39 2.22 8 A SER 9 -61.15 30.52 8 A LEU 10 -72.61 -102.72 8 A THR 24 56.05 76.93 8 A ASP 27 -89.55 40.16 8 A ASN 35 34.21 68.89 8 A PHE 36 -47.88 -79.05 8 A TRP 37 -173.47 -81.56 8 A THR 48 -55.18 -71.03 8 A ALA 82 -55.82 179.99 8 A TRP 127 -84.68 37.81 8 A ASP 132 -58.11 105.20 8 A VAL 135 -113.53 -151.20 8 A GLU 137 -113.98 -167.87 8 A ILE 138 26.73 83.80 8 A GLU 141 -150.15 -90.56 9 A GLN 2 66.37 -52.51 9 A SER 9 -69.68 0.23 9 A LEU 25 -84.86 -138.57 9 A ASP 27 -90.77 35.10 9 A TYR 34 -143.94 -1.61 9 A PHE 36 -51.95 -6.49 9 A GLU 39 -121.41 -54.31 9 A ILE 43 -67.95 86.35 9 A ALA 82 -61.65 -176.70 9 A SER 130 144.69 -70.06 9 A VAL 133 26.07 91.89 10 A GLN 2 61.59 -62.70 10 A LEU 10 -117.69 -88.29 10 A THR 24 51.89 77.56 10 A ASN 35 60.85 87.86 10 A PHE 36 -54.88 -93.04 10 A TRP 37 153.88 -173.25 10 A LYS 38 77.11 153.00 10 A ASN 45 -51.18 100.48 10 A PRO 64 -80.01 44.91 10 A ASN 126 84.34 17.02 10 A TRP 127 -95.79 37.10 10 A ALA 128 -141.73 54.99 10 A ASP 132 23.39 59.71 10 A ALA 134 43.55 -102.60 10 A ILE 138 -124.08 -69.60 10 A LEU 139 58.32 81.96 10 A GLU 141 -103.95 42.62 11 A LEU 8 -60.68 -92.96 11 A SER 9 54.97 -14.58 11 A LEU 10 -41.58 -80.71 11 A THR 24 47.75 71.46 11 A PHE 36 -80.75 -70.04 11 A TRP 37 55.96 -148.76 11 A GLU 39 42.90 14.84 11 A TYR 41 50.72 115.81 11 A PRO 102 -72.41 -79.62 11 A ASN 126 74.01 31.08 11 A ALA 128 -163.03 62.31 11 A PRO 129 -65.37 -71.41 11 A SER 130 -161.15 -46.46 11 A ALA 134 -94.61 -76.78 11 A GLU 137 43.31 -165.76 11 A ILE 138 -128.21 -63.16 11 A LEU 139 50.43 90.72 11 A GLU 141 -147.60 37.37 12 A SER 9 -69.51 2.35 12 A LEU 10 -24.67 -61.77 12 A PHE 12 -35.96 -70.97 12 A ASP 32 -69.18 1.28 12 A PRO 64 -83.31 42.30 12 A ALA 82 -60.53 -174.03 12 A HIS 123 -94.40 -60.39 12 A ASN 126 73.90 30.02 12 A SER 130 143.28 -11.28 12 A VAL 133 -138.97 -72.90 12 A ALA 134 -158.45 -84.14 12 A ILE 138 29.69 85.29 12 A ALA 140 -65.82 77.58 13 A GLU 3 -121.67 -54.73 13 A SER 9 -80.69 41.87 13 A LEU 10 -76.20 -70.46 13 A PHE 36 -120.27 -101.32 13 A TRP 37 54.24 -164.77 13 A LYS 38 70.74 86.81 13 A LEU 59 -124.80 -83.54 13 A ASN 60 178.60 72.43 13 A MET 61 -122.17 -69.68 13 A PRO 64 -81.05 43.13 13 A ASN 126 72.77 34.46 13 A ALA 128 -113.66 68.55 13 A SER 130 25.48 95.65 13 A MET 131 -108.72 -99.10 13 A ALA 134 -156.97 -45.35 13 A GLU 141 -149.11 -14.64 14 A GLN 2 66.70 -45.59 14 A TRP 37 56.63 -158.90 14 A ILE 43 25.00 91.39 14 A HIS 70 -44.14 -78.30 14 A TRP 127 -89.49 36.40 14 A ALA 128 -157.04 61.93 14 A MET 131 -117.89 -91.61 14 A ALA 134 -62.90 98.39 14 A VAL 135 36.79 84.80 14 A GLU 137 -141.74 -154.61 14 A ILE 138 -138.24 -50.58 14 A ALA 140 40.17 72.49 15 A LEU 10 -101.40 -88.29 15 A PHE 12 -41.17 -72.25 15 A ASP 27 -97.94 59.47 15 A TYR 34 -68.46 57.23 15 A ASN 35 64.30 126.43 15 A TRP 37 54.14 -140.81 15 A LYS 38 51.56 78.79 15 A PRO 64 -88.15 41.94 15 A GLU 65 -128.98 -51.09 15 A ASP 105 -63.45 5.88 15 A ALA 128 -164.76 85.64 15 A SER 130 171.41 -61.27 15 A ASP 132 -58.52 88.75 15 A ALA 134 -147.98 -65.06 15 A GLU 137 -172.68 -165.95 15 A LEU 139 -155.52 38.06 15 A ALA 140 -148.89 51.41 16 A LEU 8 -68.68 -100.17 16 A LEU 10 -87.50 -101.78 16 A THR 26 -102.12 -161.11 16 A PHE 36 -33.22 -79.99 16 A TRP 37 55.63 -61.65 16 A ASN 45 -60.56 93.35 16 A PRO 64 -86.94 42.38 16 A GLU 65 -154.85 -46.19 16 A LEU 68 95.65 135.95 16 A TRP 127 -93.80 37.94 16 A ASP 132 -149.93 -105.70 16 A ALA 134 -143.67 -51.63 16 A ILE 138 56.77 -72.15 16 A LEU 139 31.99 86.70 17 A GLU 3 -108.37 -69.77 17 A SER 9 -78.13 37.19 17 A LEU 10 -60.63 -73.48 17 A TRP 37 -78.68 -162.53 17 A LYS 38 62.70 140.39 17 A ASP 105 -67.07 2.21 17 A ALA 134 -74.80 -79.51 17 A GLU 137 -68.10 -179.93 17 A ILE 138 56.77 71.75 17 A LEU 139 -65.24 93.72 18 A GLN 2 69.83 -9.22 18 A GLU 3 -120.04 -51.93 18 A LEU 8 -65.62 -91.21 18 A SER 9 51.39 1.74 18 A LEU 10 -45.47 -73.95 18 A PHE 12 -25.14 -56.09 18 A THR 24 53.04 81.41 18 A TYR 34 -82.43 36.04 18 A TRP 37 -67.18 -162.99 18 A LYS 38 44.46 79.06 18 A ILE 43 -48.47 104.53 18 A ASN 60 72.19 35.24 18 A ASP 63 -48.24 170.66 18 A PRO 64 -81.22 43.05 18 A GLU 65 -139.63 -67.85 18 A LEU 68 -24.07 116.14 18 A HIS 70 -43.64 -84.21 18 A ASP 132 38.43 -146.17 18 A GLU 137 -64.21 -165.54 18 A ILE 138 62.79 102.03 18 A GLU 141 37.09 43.28 19 A LEU 8 -64.28 -101.63 19 A SER 9 58.79 -21.66 19 A LEU 10 -48.23 -76.86 19 A ALA 15 -67.44 14.72 19 A THR 24 46.89 77.43 19 A THR 26 -83.49 -156.86 19 A TRP 37 68.47 -57.10 19 A TYR 41 22.86 85.34 19 A ASN 60 47.92 29.99 19 A HIS 69 -76.01 -160.15 19 A HIS 70 -119.74 -72.97 19 A LYS 79 -49.88 -70.01 19 A PRO 102 -77.03 -95.33 19 A TRP 127 -90.07 37.87 19 A VAL 133 -67.19 2.28 19 A ALA 134 84.17 100.50 19 A ILE 138 53.79 -80.82 19 A LEU 139 27.51 87.04 20 A GLN 2 61.05 -68.19 20 A LEU 8 -74.52 -98.03 20 A SER 9 53.72 -6.65 20 A LEU 10 -48.93 -78.63 20 A TYR 34 -140.79 -12.28 20 A PHE 36 -121.10 -63.54 20 A TRP 37 54.05 -86.14 20 A TYR 41 -31.58 104.78 20 A LEU 68 65.69 147.40 20 A PRO 102 -73.70 -74.69 20 A TRP 127 -90.24 38.41 20 A SER 130 58.56 154.24 20 A GLU 137 -159.00 -154.79 20 A ILE 138 50.00 80.58 20 A GLU 141 76.04 -42.64 NMR structure of the unliganded Bombyx mori pheromone-binding protein at physiological pH 1 N N A GLU 3 A GLU 3 HELX_P A LEU 8 A LEU 8 1 1 6 A LEU 16 A LEU 16 HELX_P A GLU 22 A GLU 22 1 2 7 A ILE 29 A ILE 29 HELX_P A ASP 32 A ASP 32 1 3 4 A ARG 46 A ARG 46 HELX_P A LEU 59 A LEU 59 1 4 14 A HIS 70 A HIS 70 HELX_P A LYS 79 A LYS 79 1 5 10 A GLU 84 A GLU 84 HELX_P A SER 100 A SER 100 1 6 17 A LYS 107 A LYS 107 HELX_P A LYS 124 A LYS 124 1 7 18 disulf 2.045 A CYS 19 A SG CYS 19 1_555 A CYS 54 A SG CYS 54 1_555 disulf 2.030 A CYS 50 A SG CYS 50 1_555 A CYS 108 A SG CYS 108 1_555 disulf 2.023 A CYS 97 A SG CYS 97 1_555 A CYS 117 A SG CYS 117 1_555 TRANSPORT PROTEIN Pheromone binding protein, BmPBP, BmPBPB, Solution structure, TRANSPORT PROTEIN PBP_BOMMO UNP 1 1 P34174 MSIQGQIALALMVNMAVGSVDASQEVMKNLSLNFGKALDECKKEMTLTDAINEDFYNFWKEGYEIKNRETGCAIMCLSTK LNMLDPEGNLHHGNAMEFAKKHGADETMAQQLIDIVHGCEKSTPANDDKCIWTLGVATCFKAEIHKLNWAPSMDVAVGEI LAEV 23 164 1LS8 1 142 P34174 A 1 1 142