HEADSC 3q6z COMMNT S2C correlation file created: Wed Jan 9 05:33:59 EST 2013 COMMNT COMMNT If you use this database, please cite: COMMNT COMMNT Guoli Wang, Jonathan W. Arthur, and Roland L. Dunbrack, Jr. COMMNT "S2C: A database correlating sequence and atomic COMMNT coordinate numbering in the Protein Data Bank" COMMNT dunbrack.fccc.edu/Guoli/s2c COMMNT Copyright (c) February 2000, April 2002. COMMNT COMMNT SEQCRD columns are as follows: COMMNT COMMNT Column Positions Item COMMNT 1 0-6 Record identifier COMMNT 2 8 Chain COMMNT 3 10 One letter residue code COMMNT 4 12-14 SEQRES three letter residue code COMMNT 5 16-18 ATOM three letter residue code COMMNT 6 20-24 SEQRES residue number COMMNT 7 26-31 ATOM residue number COMMNT 8 33 PDB secondary structure COMMNT 9 35 STRIDE secondary structure COMMNT 10 37-43 Error flags COMMNT COMMNT Secondary structrue annotation: COMMNT H: Helix E: Strand T: Turn COMMNT B: Bridge G: 310Helix C: Coil COMMNT SEQCRD A M MET --- 1 - - - 367 SEQCRD A H HIS --- 2 - - - 367 SEQCRD A H HIS --- 3 - - - 367 SEQCRD A H HIS --- 4 - - - 367 SEQCRD A H HIS --- 5 - - - 367 SEQCRD A H HIS --- 6 - - - 367 SEQCRD A H HIS --- 7 - - - 367 SEQCRD A S SER --- 8 - - - 367 SEQCRD A S SER --- 9 - - - 367 SEQCRD A G GLY --- 10 - - - 367 SEQCRD A V VAL --- 11 - - - 367 SEQCRD A D ASP --- 12 - - - 367 SEQCRD A L LEU --- 13 - - - 367 SEQCRD A G GLY --- 14 - - - 367 SEQCRD A T THR --- 15 - - - 367 SEQCRD A E GLU --- 16 - - - 367 SEQCRD A N ASN --- 17 - - - 367 SEQCRD A L LEU --- 18 - - - 367 SEQCRD A Y TYR --- 19 - - - 367 SEQCRD A F PHE --- 20 - - - 367 SEQCRD A Q GLN --- 21 - - - 367 SEQCRD A S SER --- 22 - - - 367 SEQCRD A M MET --- 23 - - - 367 SEQCRD A G GLY --- 24 - - - 367 SEQCRD A Q GLN --- 25 - - - 367 SEQCRD A K LYS --- 26 - - - 367 SEQCRD A C CYS CYS 27 792 C C 4 SEQCRD A F PHE PHE 28 793 C C 4 SEQCRD A S SER SER 29 794 E E 4 SEQCRD A R ARG ARG 30 795 E E 4 SEQCRD A T THR THR 31 796 E E 4 SEQCRD A V VAL VAL 32 797 E E 4 SEQCRD A L LEU LEU 33 798 E E 4 SEQCRD A A ALA ALA 34 799 E E 4 SEQCRD A P PRO PRO 35 800 C T 45 SEQCRD A G GLY GLY 36 801 C T 45 SEQCRD A V VAL VAL 37 802 E E 4 SEQCRD A V VAL VAL 38 803 E E 4 SEQCRD A L LEU LEU 39 804 E E 4 SEQCRD A I ILE ILE 40 805 E E 4 SEQCRD A V VAL VAL 41 806 E E 4 SEQCRD A Q GLN GLN 42 807 E E 4 SEQCRD A Q GLN GLN 43 808 E E 4 SEQCRD A G GLY GLY 44 809 C C 4 SEQCRD A D ASP ASP 45 810 C T 45 SEQCRD A L LEU LEU 46 811 C T 45 SEQCRD A A ALA ALA 47 812 C T 45 SEQCRD A R ARG ARG 48 813 C T 45 SEQCRD A L LEU LEU 49 814 C T 45 SEQCRD A P PRO PRO 50 815 C T 45 SEQCRD A V VAL VAL 51 816 C T 45 SEQCRD A D ASP ASP 52 817 C C 4 SEQCRD A V VAL VAL 53 818 E E 4 SEQCRD A V VAL VAL 54 819 E E 4 SEQCRD A V VAL VAL 55 820 E E 4 SEQCRD A N ASN ASN 56 821 E E 4 SEQCRD A A ALA ALA 57 822 E E 4 SEQCRD A S SER SER 58 823 E E 4 SEQCRD A N ASN ASN 59 824 C T 45 SEQCRD A E GLU GLU 60 825 C T 45 SEQCRD A D ASP ASP 61 826 C T 45 SEQCRD A L LEU LEU 62 827 C T 45 SEQCRD A K LYS LYS 63 828 C T 45 SEQCRD A H HIS HIS 64 829 C T 45 SEQCRD A Y TYR TYR 65 830 C T 45 SEQCRD A G GLY GLY 66 831 H C 45 SEQCRD A G GLY GLY 67 832 H H 4 SEQCRD A L LEU LEU 68 833 H H 4 SEQCRD A A ALA ALA 69 834 H H 4 SEQCRD A A ALA ALA 70 835 H H 4 SEQCRD A A ALA ALA 71 836 H H 4 SEQCRD A L LEU LEU 72 837 H H 4 SEQCRD A S SER SER 73 838 H H 4 SEQCRD A K LYS LYS 74 839 H H 4 SEQCRD A A ALA ALA 75 840 H H 4 SEQCRD A A ALA ALA 76 841 H H 4 SEQCRD A G GLY GLY 77 842 H C 45 SEQCRD A P PRO PRO 78 843 H H 4 SEQCRD A E GLU GLU 79 844 H H 4 SEQCRD A L LEU LEU 80 845 H H 4 SEQCRD A Q GLN GLN 81 846 H H 4 SEQCRD A A ALA ALA 82 847 H H 4 SEQCRD A D ASP ASP 83 848 H H 4 SEQCRD A C CYS CYS 84 849 H H 4 SEQCRD A D ASP ASP 85 850 H H 4 SEQCRD A Q GLN GLN 86 851 H H 4 SEQCRD A I ILE ILE 87 852 H H 4 SEQCRD A V VAL VAL 88 853 H H 4 SEQCRD A K LYS LYS 89 854 H H 4 SEQCRD A R ARG ARG 90 855 H H 4 SEQCRD A E GLU GLU 91 856 H H 4 SEQCRD A G GLY GLY 92 857 H C 45 SEQCRD A R ARG ARG 93 858 C C 4 SEQCRD A L LEU LEU 94 859 C C 4 SEQCRD A L LEU LEU 95 860 C T 45 SEQCRD A P PRO PRO 96 861 C T 45 SEQCRD A G GLY GLY 97 862 C T 45 SEQCRD A N ASN ASN 98 863 C E 45 SEQCRD A A ALA ALA 99 864 E E 4 SEQCRD A T THR THR 100 865 E E 4 SEQCRD A I ILE ILE 101 866 E E 4 SEQCRD A S SER SER 102 867 E E 4 SEQCRD A K LYS LYS 103 868 E E 4 SEQCRD A A ALA ALA 104 869 C T 45 SEQCRD A G GLY GLY 105 870 C T 45 SEQCRD A K LYS LYS 106 871 C T 45 SEQCRD A L LEU LEU 107 872 C T 45 SEQCRD A P PRO PRO 108 873 C C 4 SEQCRD A Y TYR TYR 109 874 C C 4 SEQCRD A H HIS HIS 110 875 C C 4 SEQCRD A H HIS HIS 111 876 E E 4 SEQCRD A V VAL VAL 112 877 E E 4 SEQCRD A I ILE ILE 113 878 E E 4 SEQCRD A H HIS HIS 114 879 E E 4 SEQCRD A A ALA ALA 115 880 E E 4 SEQCRD A V VAL VAL 116 881 E E 4 SEQCRD A G GLY GLY 117 882 C C 4 SEQCRD A P PRO PRO 118 883 C C 4 SEQCRD A R ARG ARG 119 884 C C 4 SEQCRD A W TRP TRP 120 885 C C 4 SEQCRD A S SER SER 121 886 H T 45 SEQCRD A G GLY GLY 122 887 H T 45 SEQCRD A Y TYR TYR 123 888 H T 45 SEQCRD A E GLU GLU 124 889 H T 45 SEQCRD A A ALA ALA 125 890 H H 4 SEQCRD A P PRO PRO 126 891 H H 4 SEQCRD A R ARG ARG 127 892 H H 4 SEQCRD A C CYS CYS 128 893 H H 4 SEQCRD A V VAL VAL 129 894 H H 4 SEQCRD A Y TYR TYR 130 895 H H 4 SEQCRD A L LEU LEU 131 896 H H 4 SEQCRD A L LEU LEU 132 897 H H 4 SEQCRD A R ARG ARG 133 898 H H 4 SEQCRD A R ARG ARG 134 899 H H 4 SEQCRD A A ALA ALA 135 900 H H 4 SEQCRD A V VAL VAL 136 901 H H 4 SEQCRD A Q GLN GLN 137 902 H H 4 SEQCRD A L LEU LEU 138 903 H H 4 SEQCRD A S SER SER 139 904 H H 4 SEQCRD A L LEU LEU 140 905 H H 4 SEQCRD A C CYS CYS 141 906 H H 4 SEQCRD A L LEU LEU 142 907 H H 4 SEQCRD A A ALA ALA 143 908 H H 4 SEQCRD A E GLU GLU 144 909 H H 4 SEQCRD A K LYS LYS 145 910 H H 4 SEQCRD A Y TYR TYR 146 911 H H 4 SEQCRD A K LYS LYS 147 912 C C 4 SEQCRD A Y TYR TYR 148 913 C C 4 SEQCRD A R ARG ARG 149 914 C C 4 SEQCRD A S SER SER 150 915 E E 4 SEQCRD A I ILE ILE 151 916 E E 4 SEQCRD A A ALA ALA 152 917 E E 4 SEQCRD A I ILE ILE 153 918 E E 4 SEQCRD A P PRO PRO 154 919 C C 4 SEQCRD A A ALA ALA 155 920 C T 45 SEQCRD A I ILE ILE 156 921 C T 45 SEQCRD A S SER SER 157 922 C T 45 SEQCRD A S SER SER 158 923 C T 45 SEQCRD A G GLY GLY 159 924 C T 45 SEQCRD A V VAL VAL 160 925 C T 45 SEQCRD A F PHE PHE 161 926 C T 45 SEQCRD A G GLY GLY 162 927 C T 45 SEQCRD A F PHE PHE 163 928 C C 4 SEQCRD A P PRO PRO 164 929 H C 45 SEQCRD A L LEU LEU 165 930 H H 4 SEQCRD A G GLY GLY 166 931 H H 4 SEQCRD A R ARG ARG 167 932 H H 4 SEQCRD A C CYS CYS 168 933 H H 4 SEQCRD A V VAL VAL 169 934 H H 4 SEQCRD A E GLU GLU 170 935 H H 4 SEQCRD A T THR THR 171 936 H H 4 SEQCRD A I ILE ILE 172 937 H H 4 SEQCRD A V VAL VAL 173 938 H H 4 SEQCRD A S SER SER 174 939 H H 4 SEQCRD A A ALA ALA 175 940 H H 4 SEQCRD A I ILE ILE 176 941 H H 4 SEQCRD A K LYS LYS 177 942 H H 4 SEQCRD A E GLU GLU 178 943 H H 4 SEQCRD A N ASN ASN 179 944 H H 4 SEQCRD A F PHE PHE 180 945 H H 4 SEQCRD A Q GLN GLN 181 946 C T 45 SEQCRD A F PHE PHE 182 947 C T 45 SEQCRD A K LYS LYS 183 948 C T 45 SEQCRD A K LYS LYS 184 949 C C 4 SEQCRD A D ASP --- 185 - - - 367 SEQCRD A G GLY --- 186 - - - 367 SEQCRD A H HIS HIS 187 952 C C 4 SEQCRD A C CYS CYS 188 953 C C 4 SEQCRD A L LEU LEU 189 954 C C 4 SEQCRD A K LYS LYS 190 955 C C 4 SEQCRD A E GLU GLU 191 956 E E 4 SEQCRD A I ILE ILE 192 957 E E 4 SEQCRD A Y TYR TYR 193 958 E E 4 SEQCRD A L LEU LEU 194 959 E E 4 SEQCRD A V VAL VAL 195 960 E E 4 SEQCRD A D ASP ASP 196 961 E E 4 SEQCRD A V VAL VAL 197 962 C C 4 SEQCRD A S SER SER 198 963 H C 45 SEQCRD A E GLU GLU 199 964 H H 4 SEQCRD A K LYS LYS 200 965 H H 4 SEQCRD A T THR THR 201 966 H H 4 SEQCRD A V VAL VAL 202 967 H H 4 SEQCRD A E GLU GLU 203 968 H H 4 SEQCRD A A ALA ALA 204 969 H H 4 SEQCRD A F PHE PHE 205 970 H H 4 SEQCRD A A ALA ALA 206 971 H H 4 SEQCRD A E GLU GLU 207 972 H H 4 SEQCRD A A ALA ALA 208 973 H H 4 SEQCRD A V VAL VAL 209 974 H H 4 SEQCRD A K LYS LYS 210 975 H H 4 SEQCRD A T THR THR 211 976 H H 4 SEQCRD A V VAL VAL 212 977 H H 4 SEQCRD A F PHE PHE 213 978 H C 45 SEQCRD A K LYS --- 214 - - - 367 COMMNT S2CERR 1 0 No standard amino acid code S2CERR 2 0 SEQRES and ATOM residue names differ S2CERR 3 29 No ATOM record S2CERR 4 185 SEQRES and ATOM residue numbers differ S2CERR 5 45 PDB and STRIDE secondary structures differ S2CERR 6 29 PDB secondary structure is absent S2CERR 7 29 STRIDE secondary structure is absent COMMNT COMMNT Crystallographic technical parameters: PARAME method 'X-RAY DIFFRACTION' PARAME resolution 2.23 PARAME R-factor 0.212 PARAME B-factor 21.92 COMMNT COMMNT Reference database information: DATABA source: DATABA UNP: PAR14_HUMAN (Q460N5) COMMNT DATABA mutation: DATABA SER A 22 --> ? ? 'EXPRESSION TAG' DATABA HIS A 4 --> ? ? 'EXPRESSION TAG' DATABA SER A 9 --> ? ? 'EXPRESSION TAG' DATABA GLY A 14 --> ? ? 'EXPRESSION TAG' DATABA MET A 23 --> ? ? 'EXPRESSION TAG' DATABA VAL A 11 --> ? ? 'EXPRESSION TAG' DATABA HIS A 7 --> ? ? 'EXPRESSION TAG' DATABA HIS A 2 --> ? ? 'EXPRESSION TAG' DATABA GLY A 10 --> ? ? 'EXPRESSION TAG' DATABA ASP A 12 --> ? ? 'EXPRESSION TAG' DATABA THR A 15 --> ? ? 'EXPRESSION TAG' DATABA GLN A 21 --> ? ? 'EXPRESSION TAG' DATABA GLU A 16 --> ? ? 'EXPRESSION TAG' DATABA HIS A 5 --> ? ? 'EXPRESSION TAG' DATABA LEU A 18 --> ? ? 'EXPRESSION TAG' DATABA TYR A 19 --> ? ? 'EXPRESSION TAG' DATABA HIS A 6 --> ? ? 'EXPRESSION TAG' DATABA ASN A 17 --> ? ? 'EXPRESSION TAG' DATABA MET A 1 --> ? ? 'EXPRESSION TAG' DATABA PHE A 20 --> ? ? 'EXPRESSION TAG' DATABA SER A 8 --> ? ? 'EXPRESSION TAG' DATABA LEU A 13 --> ? ? 'EXPRESSION TAG' DATABA HIS A 3 --> ? ? 'EXPRESSION TAG'