0.005644 0.000000 0.002218 0.000000 0.032145 0.000000 0.000000 0.000000 0.015437 0.00000 0.00000 0.00000 Hegde, S.S. Vetting, M.W. Roderick, S.L. Mitchenall, L.A. Maxwell, A. Takiff, H.E. Blanchard, J.S. http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic 8 90.00 111.45 90.00 177.180 31.109 69.601 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 H2 O 18.015 WATER non-polymer 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 C5 H11 N O2 117.146 y VALINE L-peptide linking US Science SCIEAS 0038 0036-8075 308 1480 10.1126/SCIENCE.1110699 15933203 A Fluroquinolone Resistance Protein from Mycobacterium Tuberculosis that Mimics DNA 2005 1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 93.0 1 IMAGE PLATE MSC RAXIS IV SINGLE WAVELENGTH M x-ray 1 1.5418 1.0 1.5418 ROTATING ANODE RIGAKU RU300 20325.859 PENTAPEPTIDE REPEAT FAMILY PROTEIN 2 man polymer 18.015 water 97 nat water MFPA, RV3361C no no GSHMQQWVDCEFTGRDFRDEDLSRLHTERAMFSECDFSGVNLAESQHRGSAFRNCTFERTTLWHSTFAQCSMLGSVFVAC RLRPLTLDDVDFTLAVLGGNDLRGLNLTGCRLRETSLVDTDLRKCVLRGADLSGARTTGARLDDADLRGATVDPVLWRTA SLVGARVDVDQAVAFAAAHGLCLAGG GSHMQQWVDCEFTGRDFRDEDLSRLHTERAMFSECDFSGVNLAESQHRGSAFRNCTFERTTLWHSTFAQCSMLGSVFVAC RLRPLTLDDVDFTLAVLGGNDLRGLNLTGCRLRETSLVDTDLRKCVLRGADLSGARTTGARLDDADLRGATVDPVLWRTA SLVGARVDVDQAVAFAAAHGLCLAGG A,B 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 n n n n n n n n n H37RV sample 83332 MYCOBACTERIUM TUBERCULOSIS 562 ESCHERICHIA COLI PET28A 1 2.23 44.43 PROTEIN WAS CRYSTALLIZED FROM 20% PEG 400, 100 MM AMMONIUM CITRATE PH 5.5 repository Initial release Version format compliance Version format compliance 1 0 2005-06-07 1 1 2011-05-08 1 2 2011-07-13 THE STRUCTURE OF MFPA (RV3361C, C2 CRYSTAL FORM). THE PENTAPEPTIDE REPEAT PROTEIN FROM MYCOBACTERIUM TUBERCULOSIS FOLDS AS A RIGHT- HANDED QUADRILATERAL BETA-HELIX. THE STRUCTURE OF MFPA (RV3361C, C2 CRYSTAL FORM). THE PENTAPEPTIDE REPEAT PROTEIN FROM MYCOBACTERIUM TUBERCULOSIS FOLDS AS A RIGHT- HANDED QUADRILATERAL BETA-HELIX. THE STRUCTURE OF MFPA (RV3361C, C2 CRYSTAL FORM). THE PENTAPEPTIDE REPEAT PROTEIN FROM MYCOBACTERIUM TUBERCULOSIS FOLDS AS A RIGHT- HANDED QUADRILATERAL BETA-HELIX. PDBE Y PDBE 2005-03-09 REL HOH water THREE RESIDUES FROM N-TERMINAL HIS-TAG REMAIN AFTER THROMBIN CLEAVAGE OF THE TAG. HOH 2001 2 HOH HOH 2001 A HOH 2002 2 HOH HOH 2002 A HOH 2003 2 HOH HOH 2003 A HOH 2004 2 HOH HOH 2004 A HOH 2005 2 HOH HOH 2005 A HOH 2006 2 HOH HOH 2006 A HOH 2007 2 HOH HOH 2007 A HOH 2008 2 HOH HOH 2008 A HOH 2009 2 HOH HOH 2009 A HOH 2010 2 HOH HOH 2010 A HOH 2011 2 HOH HOH 2011 A HOH 2012 2 HOH HOH 2012 A HOH 2013 2 HOH HOH 2013 A HOH 2014 2 HOH HOH 2014 A HOH 2015 2 HOH HOH 2015 A HOH 2016 2 HOH HOH 2016 A HOH 2017 2 HOH HOH 2017 A HOH 2018 2 HOH HOH 2018 A HOH 2019 2 HOH HOH 2019 A HOH 2020 2 HOH HOH 2020 A HOH 2021 2 HOH HOH 2021 A HOH 2022 2 HOH HOH 2022 A HOH 2023 2 HOH HOH 2023 A HOH 2024 2 HOH HOH 2024 A HOH 2025 2 HOH HOH 2025 A HOH 2026 2 HOH HOH 2026 A HOH 2027 2 HOH HOH 2027 A HOH 2028 2 HOH HOH 2028 A HOH 2029 2 HOH HOH 2029 A HOH 2030 2 HOH HOH 2030 A HOH 2031 2 HOH HOH 2031 A HOH 2032 2 HOH HOH 2032 A HOH 2033 2 HOH HOH 2033 A HOH 2034 2 HOH HOH 2034 A HOH 2035 2 HOH HOH 2035 A HOH 2036 2 HOH HOH 2036 A HOH 2037 2 HOH HOH 2037 A HOH 2038 2 HOH HOH 2038 A HOH 2039 2 HOH HOH 2039 A HOH 2040 2 HOH HOH 2040 A HOH 2041 2 HOH HOH 2041 A HOH 2042 2 HOH HOH 2042 A HOH 2043 2 HOH HOH 2043 A HOH 2044 2 HOH HOH 2044 A HOH 2045 2 HOH HOH 2045 A HOH 2046 2 HOH HOH 2046 A HOH 2047 2 HOH HOH 2047 A HOH 2048 2 HOH HOH 2048 A HOH 2049 2 HOH HOH 2049 A HOH 2050 2 HOH HOH 2050 A HOH 2051 2 HOH HOH 2051 A HOH 2052 2 HOH HOH 2052 A HOH 2001 2 HOH HOH 2001 B HOH 2002 2 HOH HOH 2002 B HOH 2003 2 HOH HOH 2003 B HOH 2004 2 HOH HOH 2004 B HOH 2005 2 HOH HOH 2005 B HOH 2006 2 HOH HOH 2006 B HOH 2007 2 HOH HOH 2007 B HOH 2008 2 HOH HOH 2008 B HOH 2009 2 HOH HOH 2009 B HOH 2010 2 HOH HOH 2010 B HOH 2011 2 HOH HOH 2011 B HOH 2012 2 HOH HOH 2012 B HOH 2013 2 HOH HOH 2013 B HOH 2014 2 HOH HOH 2014 B HOH 2015 2 HOH HOH 2015 B HOH 2016 2 HOH HOH 2016 B HOH 2017 2 HOH HOH 2017 B HOH 2018 2 HOH HOH 2018 B HOH 2019 2 HOH HOH 2019 B HOH 2020 2 HOH HOH 2020 B HOH 2021 2 HOH HOH 2021 B HOH 2022 2 HOH HOH 2022 B HOH 2023 2 HOH HOH 2023 B HOH 2024 2 HOH HOH 2024 B HOH 2025 2 HOH HOH 2025 B HOH 2026 2 HOH HOH 2026 B HOH 2027 2 HOH HOH 2027 B HOH 2028 2 HOH HOH 2028 B HOH 2029 2 HOH HOH 2029 B HOH 2030 2 HOH HOH 2030 B HOH 2031 2 HOH HOH 2031 B HOH 2032 2 HOH HOH 2032 B HOH 2033 2 HOH HOH 2033 B HOH 2034 2 HOH HOH 2034 B HOH 2035 2 HOH HOH 2035 B HOH 2036 2 HOH HOH 2036 B HOH 2037 2 HOH HOH 2037 B HOH 2038 2 HOH HOH 2038 B HOH 2039 2 HOH HOH 2039 B HOH 2040 2 HOH HOH 2040 B HOH 2041 2 HOH HOH 2041 B HOH 2042 2 HOH HOH 2042 B HOH 2043 2 HOH HOH 2043 B HOH 2044 2 HOH HOH 2044 B HOH 2045 2 HOH HOH 2045 B n 1 -2 A n 2 -1 A n 3 0 A n 4 1 A GLN 2 n 5 GLN 2 A GLN 3 n 6 GLN 3 A TRP 4 n 7 TRP 4 A VAL 5 n 8 VAL 5 A ASP 6 n 9 ASP 6 A CYS 7 n 10 CYS 7 A GLU 8 n 11 GLU 8 A PHE 9 n 12 PHE 9 A THR 10 n 13 THR 10 A GLY 11 n 14 GLY 11 A ARG 12 n 15 ARG 12 A ASP 13 n 16 ASP 13 A PHE 14 n 17 PHE 14 A ARG 15 n 18 ARG 15 A ASP 16 n 19 ASP 16 A GLU 17 n 20 GLU 17 A ASP 18 n 21 ASP 18 A LEU 19 n 22 LEU 19 A SER 20 n 23 SER 20 A ARG 21 n 24 ARG 21 A LEU 22 n 25 LEU 22 A HIS 23 n 26 HIS 23 A THR 24 n 27 THR 24 A GLU 25 n 28 GLU 25 A ARG 26 n 29 ARG 26 A ALA 27 n 30 ALA 27 A MET 28 n 31 MET 28 A PHE 29 n 32 PHE 29 A SER 30 n 33 SER 30 A GLU 31 n 34 GLU 31 A CYS 32 n 35 CYS 32 A ASP 33 n 36 ASP 33 A PHE 34 n 37 PHE 34 A SER 35 n 38 SER 35 A GLY 36 n 39 GLY 36 A VAL 37 n 40 VAL 37 A ASN 38 n 41 ASN 38 A LEU 39 n 42 LEU 39 A ALA 40 n 43 ALA 40 A GLU 41 n 44 GLU 41 A SER 42 n 45 SER 42 A GLN 43 n 46 GLN 43 A HIS 44 n 47 HIS 44 A ARG 45 n 48 ARG 45 A GLY 46 n 49 GLY 46 A SER 47 n 50 SER 47 A ALA 48 n 51 ALA 48 A PHE 49 n 52 PHE 49 A ARG 50 n 53 ARG 50 A ASN 51 n 54 ASN 51 A CYS 52 n 55 CYS 52 A THR 53 n 56 THR 53 A PHE 54 n 57 PHE 54 A GLU 55 n 58 GLU 55 A ARG 56 n 59 ARG 56 A THR 57 n 60 THR 57 A THR 58 n 61 THR 58 A LEU 59 n 62 LEU 59 A TRP 60 n 63 TRP 60 A HIS 61 n 64 HIS 61 A SER 62 n 65 SER 62 A THR 63 n 66 THR 63 A PHE 64 n 67 PHE 64 A ALA 65 n 68 ALA 65 A GLN 66 n 69 GLN 66 A CYS 67 n 70 CYS 67 A SER 68 n 71 SER 68 A MET 69 n 72 MET 69 A LEU 70 n 73 LEU 70 A GLY 71 n 74 GLY 71 A SER 72 n 75 SER 72 A VAL 73 n 76 VAL 73 A PHE 74 n 77 PHE 74 A VAL 75 n 78 VAL 75 A ALA 76 n 79 ALA 76 A CYS 77 n 80 CYS 77 A ARG 78 n 81 ARG 78 A LEU 79 n 82 LEU 79 A ARG 80 n 83 ARG 80 A PRO 81 n 84 PRO 81 A LEU 82 n 85 LEU 82 A THR 83 n 86 THR 83 A LEU 84 n 87 LEU 84 A ASP 85 n 88 ASP 85 A ASP 86 n 89 ASP 86 A VAL 87 n 90 VAL 87 A ASP 88 n 91 ASP 88 A PHE 89 n 92 PHE 89 A THR 90 n 93 THR 90 A LEU 91 n 94 LEU 91 A ALA 92 n 95 ALA 92 A VAL 93 n 96 VAL 93 A LEU 94 n 97 LEU 94 A GLY 95 n 98 GLY 95 A GLY 96 n 99 GLY 96 A ASN 97 n 100 ASN 97 A ASP 98 n 101 ASP 98 A LEU 99 n 102 LEU 99 A ARG 100 n 103 ARG 100 A GLY 101 n 104 GLY 101 A LEU 102 n 105 LEU 102 A ASN 103 n 106 ASN 103 A LEU 104 n 107 LEU 104 A THR 105 n 108 THR 105 A GLY 106 n 109 GLY 106 A CYS 107 n 110 CYS 107 A ARG 108 n 111 ARG 108 A LEU 109 n 112 LEU 109 A ARG 110 n 113 ARG 110 A GLU 111 n 114 GLU 111 A THR 112 n 115 THR 112 A SER 113 n 116 SER 113 A LEU 114 n 117 LEU 114 A VAL 115 n 118 VAL 115 A ASP 116 n 119 ASP 116 A THR 117 n 120 THR 117 A ASP 118 n 121 ASP 118 A LEU 119 n 122 LEU 119 A ARG 120 n 123 ARG 120 A LYS 121 n 124 LYS 121 A CYS 122 n 125 CYS 122 A VAL 123 n 126 VAL 123 A LEU 124 n 127 LEU 124 A ARG 125 n 128 ARG 125 A GLY 126 n 129 GLY 126 A ALA 127 n 130 ALA 127 A ASP 128 n 131 ASP 128 A LEU 129 n 132 LEU 129 A SER 130 n 133 SER 130 A GLY 131 n 134 GLY 131 A ALA 132 n 135 ALA 132 A ARG 133 n 136 ARG 133 A THR 134 n 137 THR 134 A THR 135 n 138 THR 135 A GLY 136 n 139 GLY 136 A ALA 137 n 140 ALA 137 A ARG 138 n 141 ARG 138 A LEU 139 n 142 LEU 139 A ASP 140 n 143 ASP 140 A ASP 141 n 144 ASP 141 A ALA 142 n 145 ALA 142 A ASP 143 n 146 ASP 143 A LEU 144 n 147 LEU 144 A ARG 145 n 148 ARG 145 A GLY 146 n 149 GLY 146 A ALA 147 n 150 ALA 147 A THR 148 n 151 THR 148 A VAL 149 n 152 VAL 149 A ASP 150 n 153 ASP 150 A PRO 151 n 154 PRO 151 A VAL 152 n 155 VAL 152 A LEU 153 n 156 LEU 153 A TRP 154 n 157 TRP 154 A ARG 155 n 158 ARG 155 A THR 156 n 159 THR 156 A ALA 157 n 160 ALA 157 A SER 158 n 161 SER 158 A LEU 159 n 162 LEU 159 A VAL 160 n 163 VAL 160 A GLY 161 n 164 GLY 161 A ALA 162 n 165 ALA 162 A ARG 163 n 166 ARG 163 A VAL 164 n 167 VAL 164 A ASP 165 n 168 ASP 165 A VAL 166 n 169 VAL 166 A ASP 167 n 170 ASP 167 A GLN 168 n 171 GLN 168 A ALA 169 n 172 ALA 169 A VAL 170 n 173 VAL 170 A ALA 171 n 174 ALA 171 A PHE 172 n 175 PHE 172 A ALA 173 n 176 ALA 173 A ALA 174 n 177 ALA 174 A ALA 175 n 178 ALA 175 A HIS 176 n 179 HIS 176 A GLY 177 n 180 GLY 177 A LEU 178 n 181 LEU 178 A CYS 179 n 182 CYS 179 A LEU 180 n 183 LEU 180 A ALA 181 n 184 ALA 181 A GLY 182 n 185 GLY 182 A n 186 183 A n 1 -2 B n 2 -1 B n 3 0 B n 4 1 B n 5 2 B GLN 3 n 6 GLN 3 B TRP 4 n 7 TRP 4 B VAL 5 n 8 VAL 5 B ASP 6 n 9 ASP 6 B CYS 7 n 10 CYS 7 B GLU 8 n 11 GLU 8 B PHE 9 n 12 PHE 9 B THR 10 n 13 THR 10 B GLY 11 n 14 GLY 11 B ARG 12 n 15 ARG 12 B ASP 13 n 16 ASP 13 B PHE 14 n 17 PHE 14 B ARG 15 n 18 ARG 15 B ASP 16 n 19 ASP 16 B GLU 17 n 20 GLU 17 B ASP 18 n 21 ASP 18 B LEU 19 n 22 LEU 19 B SER 20 n 23 SER 20 B ARG 21 n 24 ARG 21 B LEU 22 n 25 LEU 22 B HIS 23 n 26 HIS 23 B THR 24 n 27 THR 24 B GLU 25 n 28 GLU 25 B ARG 26 n 29 ARG 26 B ALA 27 n 30 ALA 27 B MET 28 n 31 MET 28 B PHE 29 n 32 PHE 29 B SER 30 n 33 SER 30 B GLU 31 n 34 GLU 31 B CYS 32 n 35 CYS 32 B ASP 33 n 36 ASP 33 B PHE 34 n 37 PHE 34 B SER 35 n 38 SER 35 B GLY 36 n 39 GLY 36 B VAL 37 n 40 VAL 37 B ASN 38 n 41 ASN 38 B LEU 39 n 42 LEU 39 B ALA 40 n 43 ALA 40 B GLU 41 n 44 GLU 41 B SER 42 n 45 SER 42 B GLN 43 n 46 GLN 43 B HIS 44 n 47 HIS 44 B ARG 45 n 48 ARG 45 B GLY 46 n 49 GLY 46 B SER 47 n 50 SER 47 B ALA 48 n 51 ALA 48 B PHE 49 n 52 PHE 49 B ARG 50 n 53 ARG 50 B ASN 51 n 54 ASN 51 B CYS 52 n 55 CYS 52 B THR 53 n 56 THR 53 B PHE 54 n 57 PHE 54 B GLU 55 n 58 GLU 55 B ARG 56 n 59 ARG 56 B THR 57 n 60 THR 57 B THR 58 n 61 THR 58 B LEU 59 n 62 LEU 59 B TRP 60 n 63 TRP 60 B HIS 61 n 64 HIS 61 B SER 62 n 65 SER 62 B THR 63 n 66 THR 63 B PHE 64 n 67 PHE 64 B ALA 65 n 68 ALA 65 B GLN 66 n 69 GLN 66 B CYS 67 n 70 CYS 67 B SER 68 n 71 SER 68 B MET 69 n 72 MET 69 B LEU 70 n 73 LEU 70 B GLY 71 n 74 GLY 71 B SER 72 n 75 SER 72 B VAL 73 n 76 VAL 73 B PHE 74 n 77 PHE 74 B VAL 75 n 78 VAL 75 B ALA 76 n 79 ALA 76 B CYS 77 n 80 CYS 77 B ARG 78 n 81 ARG 78 B LEU 79 n 82 LEU 79 B ARG 80 n 83 ARG 80 B PRO 81 n 84 PRO 81 B LEU 82 n 85 LEU 82 B THR 83 n 86 THR 83 B LEU 84 n 87 LEU 84 B ASP 85 n 88 ASP 85 B ASP 86 n 89 ASP 86 B VAL 87 n 90 VAL 87 B ASP 88 n 91 ASP 88 B PHE 89 n 92 PHE 89 B THR 90 n 93 THR 90 B LEU 91 n 94 LEU 91 B ALA 92 n 95 ALA 92 B VAL 93 n 96 VAL 93 B LEU 94 n 97 LEU 94 B GLY 95 n 98 GLY 95 B GLY 96 n 99 GLY 96 B ASN 97 n 100 ASN 97 B ASP 98 n 101 ASP 98 B LEU 99 n 102 LEU 99 B ARG 100 n 103 ARG 100 B GLY 101 n 104 GLY 101 B LEU 102 n 105 LEU 102 B ASN 103 n 106 ASN 103 B LEU 104 n 107 LEU 104 B THR 105 n 108 THR 105 B GLY 106 n 109 GLY 106 B CYS 107 n 110 CYS 107 B ARG 108 n 111 ARG 108 B LEU 109 n 112 LEU 109 B ARG 110 n 113 ARG 110 B GLU 111 n 114 GLU 111 B THR 112 n 115 THR 112 B SER 113 n 116 SER 113 B LEU 114 n 117 LEU 114 B VAL 115 n 118 VAL 115 B ASP 116 n 119 ASP 116 B THR 117 n 120 THR 117 B ASP 118 n 121 ASP 118 B LEU 119 n 122 LEU 119 B ARG 120 n 123 ARG 120 B LYS 121 n 124 LYS 121 B CYS 122 n 125 CYS 122 B VAL 123 n 126 VAL 123 B LEU 124 n 127 LEU 124 B ARG 125 n 128 ARG 125 B GLY 126 n 129 GLY 126 B ALA 127 n 130 ALA 127 B ASP 128 n 131 ASP 128 B LEU 129 n 132 LEU 129 B SER 130 n 133 SER 130 B GLY 131 n 134 GLY 131 B ALA 132 n 135 ALA 132 B ARG 133 n 136 ARG 133 B THR 134 n 137 THR 134 B THR 135 n 138 THR 135 B GLY 136 n 139 GLY 136 B ALA 137 n 140 ALA 137 B ARG 138 n 141 ARG 138 B LEU 139 n 142 LEU 139 B ASP 140 n 143 ASP 140 B ASP 141 n 144 ASP 141 B ALA 142 n 145 ALA 142 B ASP 143 n 146 ASP 143 B LEU 144 n 147 LEU 144 B ARG 145 n 148 ARG 145 B GLY 146 n 149 GLY 146 B ALA 147 n 150 ALA 147 B THR 148 n 151 THR 148 B VAL 149 n 152 VAL 149 B ASP 150 n 153 ASP 150 B PRO 151 n 154 PRO 151 B VAL 152 n 155 VAL 152 B LEU 153 n 156 LEU 153 B TRP 154 n 157 TRP 154 B ARG 155 n 158 ARG 155 B THR 156 n 159 THR 156 B ALA 157 n 160 ALA 157 B SER 158 n 161 SER 158 B LEU 159 n 162 LEU 159 B VAL 160 n 163 VAL 160 B GLY 161 n 164 GLY 161 B ALA 162 n 165 ALA 162 B ARG 163 n 166 ARG 163 B VAL 164 n 167 VAL 164 B ASP 165 n 168 ASP 165 B VAL 166 n 169 VAL 166 B ASP 167 n 170 ASP 167 B GLN 168 n 171 GLN 168 B ALA 169 n 172 ALA 169 B VAL 170 n 173 VAL 170 B ALA 171 n 174 ALA 171 B PHE 172 n 175 PHE 172 B ALA 173 n 176 ALA 173 B ALA 174 n 177 ALA 174 B ALA 175 n 178 ALA 175 B HIS 176 n 179 HIS 176 B GLY 177 n 180 GLY 177 B LEU 178 n 181 LEU 178 B CYS 179 n 182 CYS 179 B LEU 180 n 183 LEU 180 B ALA 181 n 184 ALA 181 B GLY 182 n 185 GLY 182 B n 186 183 B author_and_software_defined_assembly PQS 2 dimeric 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 N TRP 4 A N TRP 7 A O HIS 23 A O HIS 26 A N THR 24 A N THR 27 A O GLN 43 A O GLN 46 A N HIS 44 A N HIS 47 A O THR 63 A O THR 66 A N PHE 64 A N PHE 67 A O THR 83 A O THR 86 A N PHE 9 A N PHE 12 A O MET 28 A O MET 31 A N PHE 29 A N PHE 32 A O ALA 48 A O ALA 51 A N PHE 54 A N PHE 57 A O VAL 73 A O VAL 76 A N VAL 164 A N VAL 167 B O CYS 179 B O CYS 182 A O CYS 179 A O CYS 182 B N VAL 164 B N VAL 167 B N TRP 4 B N TRP 7 B O HIS 23 B O HIS 26 B N THR 24 B N THR 27 B O GLN 43 B O GLN 46 B N HIS 44 B N HIS 47 B O THR 63 B O THR 66 B N PHE 64 B N PHE 67 B O THR 83 B O THR 86 B N PHE 9 B N PHE 12 B O MET 28 B O MET 31 B N PHE 29 B N PHE 32 B O ALA 48 B O ALA 51 B N PHE 54 B N PHE 57 B O VAL 73 B O VAL 76 1 A CA GLY 182 A CA GLY 185 1 Y 1 A C GLY 182 A C GLY 185 1 Y 1 A O GLY 182 A O GLY 185 1 Y 1 B CA GLY 182 B CA GLY 185 1 Y 1 B C GLY 182 B C GLY 185 1 Y 1 B O GLY 182 B O GLY 185 1 Y 1 A GLY -2 A GLY 1 1 Y 1 A SER -1 A SER 2 1 Y 1 A HIS 0 A HIS 3 1 Y 1 A MET 1 A MET 4 1 Y 1 A GLY 183 A GLY 186 1 Y 1 B GLY -2 B GLY 1 1 Y 1 B SER -1 B SER 2 1 Y 1 B HIS 0 B HIS 3 1 Y 1 B MET 1 B MET 4 1 Y 1 B GLN 2 B GLN 5 1 Y 1 B GLY 183 B GLY 186 1 Y 1 5.61 0.90 118.30 123.91 A A A CB CG OD1 ASP ASP ASP 143 143 143 N 1 -20.61 2.30 115.30 94.69 B B B CA CB CG LEU LEU LEU 180 180 180 N 1 A ASP 86 65.63 74.66 1 A ASP 141 59.24 9.61 1 B GLN 66 41.05 77.56 1 B LEU 70 -37.49 122.09 1 B ASP 86 43.24 78.43 26.6 -0.714 0.000 1.920 -4.006 0.000 4.719 MISSING RESIDUES FROM THE N AND C- TERMINI OF THE SUBMITTED COORDINATES AS COMPARED TO THE SUBMITTED SEQUENCE ARE REGIONS WHICH EXHIBITED NO ELECTRON DENSITY AND THEREFORE THEREFORE WERE NOT MODELED. 0.264 0.199 0.199 2.2 30 834 17270 5.0 93.3 RANDOM 1 THROUGHOUT 0.0 MOLECULAR REPLACEMENT PREVIOUS STRUCTURE DETERMINED BY SE-MET MAD MAXIMUM LIKELIHOOD BULK SOLVENT 54.7426 0.362602 2.2 30 97 2858 0 0 2761 0.020 1.95 0.301 0.203 2.3 10 23.2 2.200 30.000 2BM4 17270 0.000 0.03000 1 19.8000 2.600 93.3 0.13000 2.20 2.28 5.800 1 2.20 85.5 refinement CNS 1.0 data reduction DENZO data scaling SCALEPACK phasing AMoRE PENTAPEPTIDE REPEAT FAMILY PROTEIN The Structure of MfpA (Rv3361c, C2 Crystal form). The Pentapeptide Repeat Protein from Mycobacterium tuberculosis Folds as A Right- handed Quadrilateral Beta-helix. 1 N N 1 N N 2 N N 2 N N A ASP 150 A ASP 153 HELX_P A ALA 157 A ALA 160 1 1 8 A ASP 165 A ASP 168 HELX_P A HIS 176 A HIS 179 1 2 12 B ASP 150 B ASP 153 HELX_P B ALA 157 B ALA 160 1 3 8 B ASP 165 B ASP 168 HELX_P B HIS 176 B HIS 179 1 4 12 PENTAPEPTIDE REPEAT PROTEIN PENTAPEPTIDE REPEAT PROTEIN, PENTAPEPTIDE REPEAT PROTEINS, FLUROQUINOLONE RESISTANCE, DNA GYRASE, DNA MIMICRY, RIGHT-HANDED QUADRILATERAL BETA-HELIX A ARG 80 A ARG 83 1 A PRO 81 A PRO 84 -0.78 B ARG 80 B ARG 83 1 B PRO 81 B PRO 84 -0.66 2BM4 PDB 1 2BM4 O50390_MYCTU UNP 1 O50390 -2 0 2BM4 -2 0 2BM4 A 1 1 3 1 183 2BM4 1 183 O50390 A 2 4 186 -2 0 2BM4 -2 0 2BM4 B 1 1 3 1 183 2BM4 1 183 O50390 B 2 4 186 5 3 2 2 2 5 3 2 parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel parallel A GLN 3 A GLN 6 A VAL 5 A VAL 8 A HIS 23 A HIS 26 A GLU 25 A GLU 28 A GLN 43 A GLN 46 A ARG 45 A ARG 48 A THR 63 A THR 66 A SER 68 A SER 71 A THR 83 A THR 86 A ASP 88 A ASP 91 A GLU 8 A GLU 11 A THR 10 A THR 13 A MET 28 A MET 31 A SER 30 A SER 33 A ALA 48 A ALA 51 A ARG 50 A ARG 53 A THR 53 A THR 56 A GLU 55 A GLU 58 A VAL 73 A VAL 76 A VAL 75 A VAL 78 A ARG 163 A ARG 166 A VAL 164 A VAL 167 B CYS 179 B CYS 182 B LEU 180 B LEU 183 A CYS 179 A CYS 182 A LEU 180 A LEU 183 B ARG 163 B ARG 166 B VAL 164 B VAL 167 B TRP 4 B TRP 7 B VAL 5 B VAL 8 B HIS 23 B HIS 26 B GLU 25 B GLU 28 B GLN 43 B GLN 46 B ARG 45 B ARG 48 B THR 63 B THR 66 B SER 68 B SER 71 B THR 83 B THR 86 B ASP 88 B ASP 91 B GLU 8 B GLU 11 B THR 10 B THR 13 B MET 28 B MET 31 B SER 30 B SER 33 B ALA 48 B ALA 51 B ARG 50 B ARG 53 B THR 53 B THR 56 B GLU 55 B GLU 58 B VAL 73 B VAL 76 B VAL 75 B VAL 78 5 C 1 2 1