REMARK SOURCE hebe.pdb HEADER STRUCTURAL GENOMICS, UNKNOWN FUNCTION 17-FEB-09 3GAN COMPND UNCHARACTERIZED PROTEIN AT3G22680; COMPND 3 CHAIN: A; COMPND 4 ENGINEERED: YES SOURCE MOL_ID: 1; SOURCE 2 ORGANISM_SCIENTIFIC: ARABIDOPSIS THALIANA; SOURCE 3 ORGANISM_COMMON: MOUSE-EAR CRESS; SOURCE 4 ORGANISM_TAXID: 3702; SOURCE 5 STRAIN: CV. COLUMBIA; SOURCE 6 GENE: AT3G22680, AT3G22680.1, MWI23.5, Q9LUJ3, Y3268_ARATH; SOURCE 7 EXPRESSION_SYSTEM: ESCHERICHIA COLI; SOURCE 8 EXPRESSION_SYSTEM_TAXID: 562; SOURCE 9 EXPRESSION_SYSTEM_STRAIN: B834 P(RARE2); SOURCE 10 EXPRESSION_SYSTEM_VECTOR_TYPE: PLASMID; SOURCE 11 EXPRESSION_SYSTEM_PLASMID: PVP13 AUTHOR E.S.BURGIE,C.A.BINGMAN,G.E.WESENBERG,G.N.PHILLIPS JR., AUTHOR 2 CENTER FOR EUKARYOTIC STRUCTURAL GENOMICS (CESG) HET MSE A 44 8 HET MSE A 49 8 HET MSE A 74 8 HET MSE A 136 8 HET MSE A 145 8 HET SVR A 158 86 HET SVR A 159 86 HET CL A 160 1 SITE 1 AC1 22 TYR A 48 GLN A 51 VAL A 52 PRO A 53 SITE 1 AC2 7 ARG A 58 HIS A 112 THR A 114 LYS A 115 SITE 1 AC3 3 PHE A 64 THR A 65 GLY A 69 >SER~A 37 55.16 21.17 4.64 56.40 21.20 2.58 55.78 21.19 3.61 2 0 8.16 -999 ? O24 SVR A 158 >LEU~A 38 54.94 16.68 6.53 54.72 14.82 5.51 54.83 15.75 6.02 3 0 7.10 -999 ? C14 SVR A 158 >LEU~A 39 53.01 20.56 9.28 52.39 20.83 11.30 52.70 20.69 10.29 3 0 11.57 -999 ? C27 SVR A 158 >ARG~A 40 50.55 24.54 2.97 51.90 24.70 0.14 51.22 24.62 1.56 2 0 10.56 -999 ? O25 SVR A 158 >ARG~A 41 52.14 17.15 1.35 54.00 18.52 -0.68 53.07 17.84 0.33 2 0 4.42 -999 ? O25 SVR A 158 >ALA~A 42 48.25 16.90 7.04 49.12 16.60 8.30 48.68 16.75 7.67 2 0 6.80 -999 ? C27 SVR A 158 >GLU~A 43 45.84 22.34 8.61 46.66 24.26 8.98 46.25 23.30 8.79 2 0 12.64 -999 ? C27 SVR A 158 >MET?A 44 44.66 20.24 4.52 46.70 22.50 1.56 45.68 21.37 3.04 2 0 8.33 -999 ? C38 SVR A 158 >TYR~A 45 44.52 13.97 4.62 43.57 11.33 4.54 44.04 12.65 4.58 3 0 4.95 -999 ? C27 SVR A 158 >GLN~A 46 42.37 15.90 10.44 41.90 13.80 10.19 42.13 14.85 10.32 2 0 10.21 -999 ? C27 SVR A 158 >ASP~A 47 41.04 21.03 6.97 39.62 22.61 6.71 40.33 21.82 6.84 2 0 10.07 -999 ? C70 SVR A 158 >TYR~A 48 39.10 16.57 2.27 38.06 14.48 0.67 38.58 15.52 1.47 3 0 -4.33 -999 ? O45 SVR A 158s >MET?A 49 38.32 14.48 5.85 39.06 12.07 3.72 38.69 13.27 4.78 2 0 4.98 -999 ? O45 SVR A 158 >LYS~A 50 36.66 15.93 8.94 36.77 19.33 14.26 36.71 17.63 11.60 2 0 10.98 -999 ? O81 SVR A 158 >GLN~A 51 34.91 19.67 7.06 34.93 21.67 6.47 34.92 20.67 6.77 2 0 -5.54 -999 ? O81 SVR A 158s >VAL~A 52 33.11 14.47 4.54 34.28 13.32 3.07 33.69 13.90 3.81 3 0 -3.36 -999 ? O64 SVR A 158s >PRO.A 53 28.79 14.77 3.98 30.20 13.43 5.22 29.49 14.10 4.60 3 0 -4.36 -999 ? C68 SVR A 158s >ILE.A 54 29.22 8.89 7.99 30.43 7.82 8.13 29.82 8.35 8.06 3 0 10.28 -999 ? O77 SVR A 158 >PRO.A 55 28.66 7.14 2.80 27.42 8.19 4.41 28.04 7.66 3.61 3 0 8.18 -999 ? O77 SVR A 158 >THR.A 56 23.33 7.45 5.32 22.19 9.34 5.08 22.76 8.39 5.20 2 0 7.63 -999 ? O86 SVR A 158 >ASN.A 57 23.56 3.29 3.46 22.54 1.75 2.40 23.05 2.52 2.93 2 0 14.24 -999 ? O86 SVR A 158 >ARG.A 58 18.58 0.05 9.02 17.06 -2.43 9.91 17.82 -1.19 9.46 2 0 -21.32 -999 ? O86 SVR A 158s >GLY.A 59 19.92 -1.41 4.39 20.75 -1.18 4.40 20.33 -1.29 4.39 1 0 -18.03 -999 ? O86 SVR A 158s >SER.A 60 23.29 -2.37 2.84 25.49 -1.55 2.17 24.39 -1.96 2.50 2 0 13.28 -999 ? CL CL A 160 >LEU.A 61 23.84 -7.01 2.45 24.19 -9.15 2.77 24.01 -8.08 2.61 3 0 -12.70 -999 ? CL CL A 160s >ILE.A 62 29.28 -4.91 0.84 29.83 -3.68 0.44 29.56 -4.29 0.64 3 0 8.17 -999 ? CL CL A 160 >PRO.A 63 27.75 -10.32 -0.54 29.27 -9.13 0.62 28.51 -9.73 0.04 3 0 -7.83 -999 ? CL CL A 160s >PHE.A 64 33.62 -8.72 3.67 33.20 -9.01 6.46 33.41 -8.86 5.07 3 0 -6.43 -999 ? CL CL A 160s >THR.A 65 36.41 -12.08 1.99 36.55 -13.10 0.07 36.48 -12.59 1.03 2 0 -4.39 -999 ? CL CL A 160s >SER~A 66 38.98 -9.58 3.29 40.09 -8.59 1.39 39.53 -9.08 2.34 2 0 4.38 -999 ? CL CL A 160 >TRP~A 67 39.58 -7.75 8.28 35.92 -6.86 9.50 37.75 -7.31 8.89 3 0 9.82 -999 ? CL CL A 160 >VAL~A 68 40.62 -4.41 2.49 42.76 -3.92 2.07 41.69 -4.17 2.28 3 0 7.74 -999 ? CL CL A 160 >GLY~A 69 38.36 -5.88 -0.21 38.15 -5.52 0.49 38.26 -5.70 0.14 1 0 -3.63 -999 ? CL CL A 160s >LEU~A 70 34.83 -5.25 3.10 32.98 -4.80 4.11 33.90 -5.03 3.60 3 0 6.18 -999 ? CL CL A 160 >SER~A 71 36.71 -1.38 1.94 39.14 -1.17 1.93 37.93 -1.28 1.94 2 0 8.57 -999 ? CL CL A 160 >ILE~A 72 38.30 -2.20 -2.66 39.39 -2.61 -3.35 38.85 -2.40 -3.01 3 0 7.27 -999 ? CL CL A 160 >SER~A 73 33.73 -2.30 -2.51 33.60 -4.72 -2.58 33.67 -3.51 -2.54 2 0 5.21 -999 ? CL CL A 160 >MET?A 74 32.54 0.45 -0.08 33.05 -0.58 4.05 32.80 -0.06 1.99 2 0 10.01 -999 ? CL CL A 160 >LYS~A 75 34.75 3.15 -1.64 40.64 2.69 0.59 37.70 2.92 -0.52 2 0 7.97 -999 ? C48 SVR A 158 >GLN~A 76 35.24 0.73 -6.24 35.82 -1.22 -6.97 35.53 -0.24 -6.61 2 0 9.84 -999 ? CL CL A 160 >LEU~A 77 28.96 0.75 -3.49 28.61 -1.35 -4.18 28.79 -0.30 -3.83 3 0 11.73 -999 ? CL CL A 160 >TYR~A 78 28.78 4.05 0.13 27.08 2.26 1.61 27.93 3.15 0.87 3 0 11.19 -999 ? C52 SVR A 158 >GLY~A 79 32.05 7.06 -4.04 31.94 6.92 -3.21 31.99 6.99 -3.63 1 0 -4.84 -999 ? C52 SVR A 158s >GLN.A 80 31.70 8.11 0.73 31.50 9.48 2.36 31.60 8.79 1.55 2 0 -5.91 -999 ? O77 SVR A 158s >PRO.A 81 37.00 10.27 1.20 36.72 8.19 0.30 36.86 9.23 0.75 3 0 -4.02 -999 ? C50 SVR A 158s >LEU.A 82 38.43 4.69 3.95 36.66 3.49 4.22 37.54 4.09 4.08 3 0 8.88 -999 ? C48 SVR A 158 >HIS~A 83 41.44 9.31 8.10 42.74 10.61 9.13 42.09 9.96 8.62 3 0 9.65 -999 ? C27 SVR A 158 >TYR~A 84 47.04 7.45 7.05 49.47 6.37 7.91 48.26 6.91 7.48 3 0 8.61 -999 ? C27 SVR A 158 >LEU~A 85 43.62 6.25 11.01 44.90 7.44 12.29 44.26 6.85 11.65 3 0 12.34 -999 ? C27 SVR A 158 >THR~A 86 41.14 3.32 8.60 39.06 3.78 8.28 40.10 3.55 8.44 2 0 12.69 -999 ? C48 SVR A 158 >ASN~A 87 43.74 2.73 4.50 42.23 3.54 3.29 42.98 3.14 3.89 2 0 9.55 -999 ? C48 SVR A 158 >VAL~A 88 46.07 1.06 8.04 47.72 2.20 8.93 46.90 1.63 8.49 3 0 13.68 -999 ? C27 SVR A 158 >LEU~A 89 42.54 0.10 11.32 41.54 -0.48 13.05 42.04 -0.19 12.18 3 0 16.54 -999 ? CL CL A 160 >LEU~A 90 41.21 -2.08 6.58 39.10 -1.45 6.63 40.16 -1.77 6.61 3 0 10.87 -999 ? CL CL A 160 >GLN~A 91 47.49 -4.12 5.67 48.95 -3.13 4.50 48.22 -3.63 5.08 2 0 14.84 -999 ? CL CL A 160 >ARG~A 92 47.69 -2.35 12.63 49.35 0.20 12.86 48.52 -1.08 12.74 2 0 17.24 -999 ? C27 SVR A 158 >TRP~A 93 41.68 -5.36 12.98 38.33 -3.32 12.43 40.01 -4.34 12.71 3 0 14.62 -999 ? CL CL A 160 >ASP~A 94 43.78 -8.19 6.06 41.89 -7.95 5.09 42.83 -8.07 5.58 2 0 8.13 -999 ? CL CL A 160 >GLN~A 95 48.76 -7.72 7.72 50.10 -6.07 8.01 49.43 -6.89 7.87 2 0 16.59 -999 ? CL CL A 160 >SER~A 96 45.91 -10.76 12.08 43.65 -10.20 12.63 44.78 -10.48 12.35 2 0 15.32 -999 ? CL CL A 160 >ARG~A 97 40.90 -12.72 8.69 39.40 -14.81 7.06 40.15 -13.76 7.87 2 0 10.31 -999 ? CL CL A 160 >PHE.A 98 47.95 -13.89 6.80 46.98 -12.73 4.41 47.46 -13.31 5.61 3 0 13.64 -999 ? CL CL A 160 >GLN.A 105 34.94 -19.41 7.96 34.31 -19.87 9.99 34.63 -19.64 8.97 2 0 15.51 -999 ? CL CL A 160 >ARG~A 106 32.34 -16.97 1.35 32.37 -14.60 -0.52 32.36 -15.78 0.41 2 0 -6.98 -999 ? CL CL A 160s >LEU~A 107 36.25 -12.48 6.13 37.36 -11.22 7.58 36.80 -11.85 6.86 3 0 8.17 -999 ? CL CL A 160 >ASP~A 108 31.13 -12.12 4.64 30.99 -13.40 2.93 31.06 -12.76 3.78 2 0 -7.87 -999 ? CL CL A 160s >SER~A 109 30.59 -16.09 7.49 32.36 -17.77 7.43 31.48 -16.93 7.46 2 0 12.72 -999 ? CL CL A 160 >ILE~A 110 33.91 -14.85 10.78 35.20 -15.38 11.23 34.55 -15.11 11.01 3 0 13.41 -999 ? CL CL A 160 >ILE~A 111 32.28 -10.05 10.81 32.37 -9.70 12.26 32.33 -9.88 11.53 3 0 12.90 -999 ? CL CL A 160 >HIS~A 112 25.49 -10.27 8.56 23.91 -10.01 7.18 24.70 -10.14 7.87 3 0 14.45 -999 ? CL CL A 160s >PRO~A 113 28.32 -9.72 4.50 28.48 -8.51 6.40 28.40 -9.12 5.45 3 0 9.98 -999 ? CL CL A 160 >THR~A 114 25.98 -5.52 7.36 23.86 -5.38 7.19 24.92 -5.45 7.28 2 0 -15.08 -999 ? CL CL A 160s >LYS~A 115 27.73 -5.38 10.73 27.25 -8.27 15.80 27.49 -6.83 13.27 2 0 -18.81 -999 ? CL CL A 160s >ALA~A 116 31.23 -5.40 9.18 31.70 -6.38 8.15 31.47 -5.89 8.67 2 0 10.24 -999 ? CL CL A 160 >GLU~A 117 29.25 -0.98 5.21 27.57 -0.74 3.89 28.41 -0.86 4.55 2 0 12.70 -999 ? CL CL A 160 >ALA~A 118 28.81 -0.56 9.85 27.58 -1.01 10.72 28.19 -0.78 10.28 2 0 -16.31 -999 ? CL CL A 160s >THR~A 119 31.95 -1.12 11.96 32.69 -2.84 13.06 32.32 -1.98 12.51 2 0 15.41 -999 ? CL CL A 160 >ILE~A 120 34.39 -0.09 7.78 35.20 -0.60 6.68 34.79 -0.34 7.23 3 0 11.68 -999 ? CL CL A 160 >TRP~A 121 29.17 2.46 6.51 31.39 4.78 4.12 30.28 3.62 5.32 3 0 11.96 -999 ? C50 SVR A 158 >LEU~A 122 31.25 2.95 13.73 29.17 2.83 14.34 30.21 2.89 14.03 3 0 -17.90 -999 ? O80 SVR A 158s >VAL~A 123 35.65 3.71 12.96 37.10 2.06 13.16 36.38 2.88 13.06 3 0 17.44 -999 ? C50 SVR A 158 >GLU~A 124 35.40 6.95 7.54 37.44 7.13 6.80 36.42 7.04 7.17 2 0 9.84 -999 ? O45 SVR A 158 >GLU~A 125 31.88 9.77 12.80 29.80 9.95 12.59 30.84 9.86 12.70 2 0 11.26 -999 ? O80 SVR A 158 >ILE~A 126 36.58 7.26 15.53 36.58 6.55 16.77 36.58 6.91 16.15 3 0 17.72 -999 ? O64 SVR A 158 >HIS~A 127 40.17 6.61 12.04 40.91 4.82 12.87 40.54 5.72 12.46 3 0 15.11 -999 ? C27 SVR A 158 >ARG~A 128 35.03 10.99 7.52 33.73 9.64 5.06 34.38 10.31 6.29 2 0 7.57 -999 ? O64 SVR A 158 >LEU~A 129 35.00 13.51 14.19 33.14 13.85 13.20 34.07 13.68 13.70 3 0 10.94 -999 ? O81 SVR A 158 >THR~A 130 38.99 13.28 16.20 38.31 11.44 17.15 38.65 12.36 16.68 2 0 16.55 -999 ? O81 SVR A 158 >PRO.A 131 41.94 11.63 13.53 42.00 13.14 15.16 41.97 12.39 14.34 3 0 13.73 -999 ? C27 SVR A 158 >SER~A 132 44.94 16.31 15.21 46.82 16.15 16.62 45.88 16.23 15.91 2 0 14.69 -999 ? C27 SVR A 158 >HIS~A 133 46.81 19.61 11.59 47.23 21.55 12.29 47.02 20.58 11.94 3 0 11.98 -999 ? C27 SVR A 158 >LEU~A 134 50.09 18.10 15.40 51.56 18.61 16.89 50.83 18.36 16.15 3 0 14.92 -999 ? C27 SVR A 158 >HIS~A 135 48.52 11.56 15.98 48.80 9.50 16.26 48.66 10.53 16.12 3 0 14.28 -999 ? C27 SVR A 158 >MET?A 136 48.98 12.73 11.39 46.11 11.16 11.32 47.54 11.95 11.36 2 0 9.71 -999 ? C27 SVR A 158 >ALA~A 137 52.13 14.68 10.31 52.40 16.17 10.57 52.27 15.43 10.44 2 0 9.65 -999 ? C27 SVR A 158 >LEU~A 138 53.84 12.88 14.49 55.19 14.32 15.49 54.51 13.60 14.99 3 0 14.23 -999 ? C27 SVR A 158 >LEU~A 139 51.28 9.06 11.63 50.33 7.82 13.05 50.80 8.44 12.34 3 0 11.70 -999 ? C27 SVR A 158 >TRP~A 140 50.66 9.88 7.48 48.66 12.97 6.05 49.66 11.42 6.76 3 0 -5.29 -999 ? C27 SVR A 158s >ARG~A 141 58.92 14.07 11.22 56.77 16.30 11.56 57.85 15.18 11.39 2 0 12.70 -999 ? C14 SVR A 158 >SER~A 142 57.70 7.92 10.50 57.13 8.59 12.74 57.42 8.25 11.62 2 0 14.45 -999 ? C14 SVR A 158 >ASP.A 143 54.67 5.43 8.01 53.82 4.04 6.61 54.24 4.73 7.31 2 0 11.53 -999 ? C14 SVR A 158 >PRO.A 144 58.90 4.09 4.82 57.58 5.96 4.93 58.24 5.03 4.88 3 0 10.88 -999 ? O23 SVR A 158 >MET?A 145 55.05 4.01 2.77 56.48 1.94 0.58 55.77 2.97 1.68 2 0 10.93 -999 ? O23 SVR A 158 >TYR.A 146 52.69 8.77 4.48 53.13 11.21 3.26 52.91 9.99 3.87 3 0 -5.20 -999 ? C14 SVR A 158s >HIS.A 147 52.76 7.62 -0.75 54.56 6.67 -1.30 53.66 7.14 -1.02 3 0 5.26 -999 ? O23 SVR A 158 >SER.A 148 49.93 4.03 -0.09 51.29 2.41 1.15 50.61 3.22 0.53 2 0 10.76 -999 ? O23 SVR A 158 >PHE.A 149 48.30 2.69 4.33 49.53 0.20 4.82 48.92 1.44 4.57 3 0 12.51 -999 ? C27 SVR A 158 >ILE.A 150 46.61 8.82 1.27 46.76 10.22 1.82 46.69 9.52 1.54 3 0 -4.23 -999 ? O32 SVR A 158s >ASP.A 151 41.57 7.30 -1.22 40.66 5.80 0.00 41.12 6.55 -0.61 2 0 -5.34 -999 ? C48 SVR A 158s >PRO.A 152 43.56 6.55 -5.69 43.80 8.29 -4.18 43.68 7.42 -4.94 3 0 -5.52 -999 ? N44 SVR A 158s >ILE.A 153 42.32 13.18 -6.05 42.41 14.67 -5.85 42.36 13.92 -5.95 3 0 -4.43 -999 ? N41 SVR A 158s >PHE.A 154 40.73 12.29 -10.07 40.10 14.99 -9.98 40.42 13.64 -10.03 3 0 -3.68 -999 ? C65 SVR A 159s >PRO.A 155 39.02 7.08 -6.03 40.30 6.99 -7.95 39.66 7.03 -6.99 3 0 4.73 -999 ? C48 SVR A 158