23-Aug-2004 21:44:16 LAM 6.5.9/MPI 2 C++/ROMIO - Indiana University ___________________________________________________________________ CYANA 1.0.6 (gnu-lam) Copyright (c) 2002 Peter Guntert Contains CANDID, copyright (c) 2002 Peter Guntert, Torsten Herrmann All rights reserved. ___________________________________________________________________ cyana> cyana> cyana> - at3g51030: read lib /s/src/cyana-1.0.6/lib/cyana.lib Library file "/s/src/cyana-1.0.6/lib/cyana.lib" read, 50 residue types. - at3g51030: read seq ./at3g51030.seq Sequence file "./at3g51030.seq" read, 124 residues. - at3g51030: peakcheck peaks=c13no,n15no,c13noar prot=at3g51030 ------------------------------------------------------------ Peak list : c13no Proton list: at3g51030 - peakcheck: read prot at3g51030 unknown=warn Chemical shift list "at3g51030.prot" read, 1251 chemical shifts. - peakcheck: read peaks c13no Peak list "c13no.peaks" read, 2718 peaks, 2526 assignments. - peakcheck: atom shift unusual Atom shift limit1 - limit2 HB3 ASP- 44 1.345 1.700 3.780 CE3 TRP 49 121.953 117.630 121.930 NE1 TRP 49 134.864 126.260 132.070 N GLY 51 121.378 99.100 120.100 CG PRO 52 28.730 24.100 28.600 N CYSS 53 110.833 111.200 132.300 CG1 ILE 56 31.788 16.500 30.870 CA ALA 57 57.398 47.150 57.300 QE PHE 60 7.630 5.560 7.510 HA ALA 64 2.841 2.940 6.160 HN VAL 83 6.591 6.680 10.150 HD1 TRP 87 7.750 5.930 7.430 HZ2 TRP 87 7.614 6.290 7.570 CA ILE 119 66.884 55.200 66.600 14 shifts outside expected range. - peakcheck: atom shift check Atom Residue Shift Median Deviation Peaks HA GLU- 14 4.333 4.307 0.046 8 HN GLU- 29 8.295 8.316 0.041 6 QG2 VAL 41 0.553 0.553 0.039 12 HA ILE 89 3.867 3.867 0.032 13 4 shifts with spread larger than tolerance. - peakcheck: peak deviations Peak Dim Deviation Atom Residue 4 2 -0.046 HA GLU- 14 2433 1 0.041 HN GLU- 29 2441 1 0.031 HN GLU- 29 2986 1 0.032 HA ILE 89 3421 1 0.039 QG2 VAL 41 5 deviations larger than tolerance. ------------------------------------------------------------ Peak list : n15no Proton list: at3g51030 - peakcheck: read prot at3g51030 unknown=warn Chemical shift list "at3g51030.prot" read, 1251 chemical shifts. - peakcheck: read peaks n15no Peak list "n15no.peaks" read, 1111 peaks, 997 assignments. - peakcheck: atom shift check Atom Residue Shift Median Deviation Peaks HA TRP 27 4.494 4.494 0.032 3 QE PHE 60 7.630 7.578 0.052 1 HN ASP- 62 7.855 7.855 0.032 11 HN PHE 95 9.873 9.873 0.033 11 HA PHE 97 5.363 5.354 0.037 3 HA SER 117 4.237 4.216 0.351 3 6 shifts with spread larger than tolerance. - peakcheck: peak deviations Peak Dim Deviation Atom Residue 344 1 -0.032 HA TRP 27 1011 1 -0.037 HA PHE 97 1208 1 -0.052 QE PHE 60 1344 1 0.032 HN ASP- 62 1350 1 -0.033 HN PHE 95 1360 1 -0.351 HA SER 117 6 deviations larger than tolerance. ------------------------------------------------------------ Peak list : c13noar Proton list: at3g51030 - peakcheck: read prot at3g51030 unknown=warn Chemical shift list "at3g51030.prot" read, 1251 chemical shifts. - peakcheck: read peaks c13noar Peak list "c13noar.peaks" read, 249 peaks, 222 assignments. - peakcheck: atom shift check Atom Residue Shift Median Deviation Peaks 0 shifts with spread larger than tolerance. - peakcheck: peak deviations Peak Dim Deviation Atom Residue 0 deviations larger than tolerance. - at3g51030: read prot ./at3g51030.prot Chemical shift list "./at3g51030.prot" read, 1251 chemical shifts. - at3g51030: read peaks ./c13no.peaks assigned integrated Peak list "./c13no.peaks" read, 2526 peaks, 2526 assignments. - at3g51030: peaks set volume=abs(volume) Volume of 2526 peaks set. - at3g51030: atom shift check Atom Residue Shift Median Deviation Peaks HA GLU- 14 4.333 4.307 0.046 8 HN GLU- 29 8.295 8.316 0.041 6 QG2 VAL 41 0.553 0.553 0.039 12 HA ILE 89 3.867 3.867 0.032 13 4 shifts with spread larger than tolerance. - at3g51030: caliba bb=5.25E+06 dmax=5.5 Calibration class: backbone 743 of 2526 peaks, 743 of 2526 assignments selected. Calibration function: 5.25E+06 * 1/d**6 626 upper limits added, 0 at lower, 3 at upper limit, average 4.02 A. Calibration class: side-chain 1107 of 2526 peaks, 1107 of 2526 assignments selected. 1107 of 2526 peaks, 1107 of 2526 assignments selected. Calibration function: 9.11E+05 * 1/d**4 836 upper limits added, 15 at lower, 336 at upper limit, average 5.03 A. Calibration class: methyl 676 of 2526 peaks, 676 of 2526 assignments selected. Calibration function: 3.04E+05 * 1/d**4 603 upper limits added, 9 at lower, 121 at upper limit, average 5.71 A. - at3g51030: write upl c13no_cal.upl Distance constraint file "c13no_cal.upl" written, 2065 upper limits, 2065 assignments. - at3g51030: distance delete 2065 distance constraints deleted. - at3g51030: read peaks ./n15no.peaks assigned integrated Peak list "./n15no.peaks" read, 997 peaks, 997 assignments. - at3g51030: peaks set volume=abs(volume) Volume of 997 peaks set. - at3g51030: atom shift check Atom Residue Shift Median Deviation Peaks HA TRP 27 4.494 4.494 0.032 3 QE PHE 60 7.630 7.578 0.052 1 HN ASP- 62 7.855 7.855 0.032 11 HN PHE 95 9.873 9.873 0.033 11 HA PHE 97 5.363 5.343 0.037 2 5 shifts with spread larger than tolerance. - at3g51030: caliba bb=3.5E+06 dmax=5.5 Calibration class: backbone 660 of 997 peaks, 660 of 997 assignments selected. Calibration function: 3.50E+06 * 1/d**6 551 upper limits added, 0 at lower, 0 at upper limit, average 3.29 A. Calibration class: side-chain 172 of 997 peaks, 172 of 997 assignments selected. 172 of 997 peaks, 172 of 997 assignments selected. Calibration function: 6.08E+05 * 1/d**4 153 upper limits added, 13 at lower, 12 at upper limit, average 4.48 A. Calibration class: methyl 165 of 997 peaks, 165 of 997 assignments selected. Calibration function: 2.03E+05 * 1/d**4 165 upper limits added, 0 at lower, 3 at upper limit, average 5.21 A. - at3g51030: write upl n15no_cal.upl Distance constraint file "n15no_cal.upl" written, 869 upper limits, 869 assignments. - at3g51030: distance delete 869 distance constraints deleted. - at3g51030: atom shift check Atom Residue Shift Median Deviation Peaks HA TRP 27 4.494 4.494 0.032 3 QE PHE 60 7.630 7.578 0.052 1 HN ASP- 62 7.855 7.855 0.032 11 HN PHE 95 9.873 9.873 0.033 11 HA PHE 97 5.363 5.343 0.037 2 5 shifts with spread larger than tolerance. - at3g51030: read peaks ./c13noar.peaks assigned integrated Peak list "./c13noar.peaks" read, 222 peaks, 222 assignments. - at3g51030: peaks set volume=abs(volume) Volume of 222 peaks set. - at3g51030: caliba bb=8.0E+06 dmax=6.0 Calibration class: backbone 0 of 222 peaks, 0 of 222 assignments selected. Calibration function: 8.00E+06 * 1/d**6 0 upper limits added. Calibration class: side-chain 161 of 222 peaks, 161 of 222 assignments selected. 161 of 222 peaks, 161 of 222 assignments selected. Calibration function: 1.39E+06 * 1/d**4 127 upper limits added, 0 at lower, 84 at upper limit, average 7.09 A. Calibration class: methyl 61 of 222 peaks, 61 of 222 assignments selected. Calibration function: 4.63E+05 * 1/d**4 61 upper limits added, 0 at lower, 40 at upper limit, average 7.81 A. - at3g51030: write upl c13no_ar_cal.upl Distance constraint file "c13no_ar_cal.upl" written, 188 upper limits, 188 assignments. - at3g51030: distance delete 188 distance constraints deleted. - at3g51030: read upl c13no_cal.upl Distance constraint file "c13no_cal.upl" read, 2065 upper limits, 2065 assignments. - at3g51030: read upl n15no_cal.upl append Distance constraint file "n15no_cal.upl" read, 869 upper limits, 869 assignments. - at3g51030: read upl c13no_ar_cal.upl append Distance constraint file "c13no_ar_cal.upl" read, 188 upper limits, 188 assignments. - at3g51030: distance modify Number of modified constraints: 1231 - at3g51030: distance check Distance constraint Score Upper HA ASP- 44 - HA PHE 95 7.25 Upper HA MET 96 - HA LYS+ 106 6.50 Upper HA LEU 98 - HA ILE 103 15.50 Upper HA LEU 98 - HN LEU 104 16.75 Upper HA LEU 98 - HN ASP- 105 10.25 Upper HA PHE 45 - HB VAL 75 6.75 Upper QD PHE 45 - HB VAL 75 6.75 Upper HA ALA 20 - HB2 LYS+ 74 5.25 Upper HA ALA 20 - HB3 LYS+ 74 5.25 Upper HB VAL 42 - HA PHE 72 7.00 Upper HA VAL 18 - HB2 PHE 72 6.50 Upper HB ILE 19 - HA LEU 73 4.75 Upper HB2 PRO 52 - HD3 PRO 93 5.50 Upper HB3 PRO 52 - HD3 PRO 93 5.50 Upper QE PHE 59 - HA LEU 115 8.00 Upper HA ALA 64 - HZ PHE 72 9.00 Upper HA ALA 64 - QE PHE 72 9.00 Upper HB2 LEU 67 - QE PHE 72 7.00 Upper HB2 LEU 67 - HZ PHE 72 7.00 Upper HA VAL 41 - HB2 LEU 71 13.25 Upper HA ALA 84 - HB ILE 89 4.50 Upper QE PHE 45 - HB2 MET 96 4.75 Upper HG2 MET 96 - HG13 ILE 103 7.00 Upper HG3 MET 96 - HG13 ILE 103 7.00 Upper HB3 PHE 97 - HN ASP- 105 15.00 Upper HB3 PHE 97 - HB3 ASP- 105 15.00 Upper HN VAL 41 - QB LEU 98 4.75 Upper HB2 PHE 97 - HB2 LEU 104 16.00 Upper HN LYS+ 99 - HG LEU 104 12.00 Upper HB2 PHE 97 - HB2 ASP- 105 15.00 Upper HB2 PHE 97 - HB3 ASP- 105 15.00 Upper QD PHE 97 - HA LYS+ 106 8.25 Upper QE PHE 59 - HB THR 118 4.00 Upper QD PHE 59 - HG12 ILE 119 6.00 Upper HB VAL 42 - QD PHE 60 3.00 Upper QE PHE 45 - HB3 MET 96 4.75 Upper HB3 PHE 97 - HB2 LEU 104 16.00 Upper HB3 PHE 97 - HB3 LEU 104 16.00 Upper HB2 PHE 97 - HB3 LEU 104 16.00 Upper HA VAL 41 - HB3 LEU 71 13.25 Upper HA VAL 18 - HB3 PHE 72 6.50 Upper QE PHE 45 - QG1 VAL 75 6.75 Upper QE PHE 45 - QG2 VAL 75 6.75 Upper HN THR 46 - QG2 THR 77 5.00 Upper HA GLN 17 - QB ALA 64 1.50 Upper QB ALA 34 - QG1 VAL 41 3.00 Upper QG2 ILE 19 - HE22 GLN 30 6.00 Upper QG2 ILE 19 - HE21 GLN 30 6.00 Upper HB2 CYS 21 - QD2 LEU 80 4.00 Upper HB3 CYS 21 - QD2 LEU 80 4.00 Upper HB3 TRP 27 - QD2 LEU 80 5.50 Upper HB2 TRP 27 - QD2 LEU 80 5.50 Upper HB3 GLN 30 - QD1 LEU 73 4.50 Upper HB2 GLN 30 - QD1 LEU 73 4.50 Upper HZ2 TRP 27 - QD1 LEU 31 8.00 Upper QG2 VAL 83 - HD1 TRP 87 6.00 Upper HZ2 TRP 27 - QD2 LEU 31 8.00 Upper HZ3 TRP 27 - QG2 VAL 43 4.00 Upper QG2 ILE 56 - HA ALA 110 3.50 Upper QB ALA 34 - HB THR 39 1.00 Upper HB3 LEU 40 - QG2 VAL 70 16.25 Upper QD1 LEU 40 - QG2 VAL 70 16.25 Upper QD2 LEU 40 - QG2 VAL 70 16.25 Upper QB ALA 34 - QG2 VAL 41 3.00 Upper HB2 PHE 45 - QG2 THR 77 4.50 Upper HB2 PHE 45 - QG2 ILE 89 7.00 Upper HB3 PHE 45 - QG2 THR 77 4.50 Upper QG2 THR 46 - HA ASP- 76 5.50 Upper QD1 ILE 56 - QB ALA 110 3.50 Upper QD1 ILE 56 - HA ALA 110 3.50 Upper QD1 ILE 56 - HN LYS+ 112 2.50 Upper HA VAL 18 - QB ALA 64 2.50 Upper HN VAL 18 - QB ALA 64 2.50 Upper QB ALA 64 - HB2 PHE 72 9.00 Upper QG2 VAL 18 - HB3 PHE 72 6.50 Upper QB ALA 64 - HB3 PHE 72 9.00 Upper HB3 PHE 45 - QG2 ILE 89 7.00 Upper QB ALA 84 - QG2 ILE 89 4.50 Upper HD2 PRO 93 - QB ALA 110 3.50 Upper HD3 PRO 93 - QB ALA 110 3.50 Upper QG2 ILE 89 - HB THR 94 3.00 Upper QD1 ILE 89 - HB THR 94 3.00 Upper QD1 ILE 89 - QG2 THR 94 3.00 Upper QD1 ILE 89 - HB2 MET 96 2.00 Upper QD1 ILE 89 - HB3 MET 96 2.00 Upper QD1 LEU 98 - HG12 ILE 103 15.50 Upper QD1 LEU 98 - HG13 ILE 103 15.50 Upper HB2 LYS+ 99 - QD1 LEU 104 12.00 Upper HB2 LYS+ 99 - QD2 LEU 104 12.00 Upper QD1 ILE 56 - HA LYS+ 112 2.50 Upper QD1 ILE 56 - QE LYS+ 112 2.50 Upper HB3 ASP- 105 - QG2 THR 118 2.50 Upper HB2 ASP- 105 - QG2 THR 118 2.50 Upper QD2 LEU 115 - HG12 ILE 119 8.00 Upper QD2 LEU 115 - HG13 ILE 119 8.00 Upper HB3 LYS+ 99 - QD1 LEU 104 12.00 Upper QD2 LEU 40 - HB3 LYS+ 99 7.25 Upper QD2 LEU 40 - HB2 LYS+ 99 7.25 Upper QG2 VAL 41 - HB2 LEU 71 13.25 Upper QG2 VAL 41 - HB3 LEU 71 13.25 Upper QG2 VAL 43 - HB3 LEU 73 9.50 Upper QG2 VAL 43 - HB2 LEU 73 9.50 Upper QG2 VAL 18 - HB2 PHE 72 6.50 Upper HB2 LEU 40 - QG2 VAL 70 16.25 Upper QG1 VAL 18 - QD PHE 60 2.50 Upper QG2 VAL 18 - QD PHE 60 2.50 Upper HN ILE 19 - HA LEU 73 4.75 Upper HN THR 23 - HN TRP 27 6.25 Upper HN VAL 42 - HA PHE 72 7.00 Upper HN ASP- 44 - HA LYS+ 74 6.50 Upper HN PHE 45 - HA PHE 95 7.75 Upper HN THR 46 - HA ASP- 76 5.50 Upper HN THR 46 - HN THR 77 5.00 Upper HA ALA 57 - HN ALA 61 0.50 Upper HA VAL 41 - HN LEU 71 13.25 Upper HN VAL 42 - HN LEU 71 6.50 Upper HA VAL 43 - HN LEU 73 9.50 Upper HN CYS 21 - HN LYS+ 74 4.00 Upper HA ALA 20 - HN LYS+ 74 5.25 Upper HA ALA 47 - HN THR 77 2.50 Upper HA SER 85 - HN ILE 89 2.50 Upper HN PHE 45 - HN THR 94 8.25 Upper HN PHE 97 - HA LYS+ 106 8.25 Upper HN VAL 41 - HN LEU 98 4.75 Upper HA VAL 42 - HN LEU 98 1.75 Upper HN PHE 97 - HN ASP- 105 15.00 Upper HN VAL 43 - HA PHE 97 3.00 Upper HN LEU 40 - HA VAL 70 16.25 Upper HA ALA 34 - HN THR 39 1.00 Upper HA VAL 24 - HN ASN 28 10.25 Upper HN ILE 19 - HN LYS+ 74 4.00 Upper HN VAL 43 - HN MET 96 6.25 Upper HA PHE 45 - HN VAL 75 6.75 Upper HN CYS 21 - HA VAL 75 3.75 Upper HN ASP- 44 - HN LEU 73 6.50 Upper HA ASP- 44 - HN MET 96 6.50 Upper HN LYS+ 99 - HA ILE 103 10.75 Upper HA ALA 84 - HN ILE 89 4.50 Upper HN PHE 95 - HN VAL 107 8.25 Upper QD PHE 97 - HN VAL 107 2.25 Upper QD PHE 97 - HN ASP- 105 15.00 Upper HB2 PHE 97 - HN ASP- 105 15.00 Upper HB VAL 43 - HN MET 96 6.25 Upper HN PHE 95 - HB VAL 107 8.25 Upper HB2 PHE 45 - HN THR 94 8.25 Upper HB3 PHE 45 - HN THR 94 8.25 Upper HN PHE 45 - HB THR 94 8.25 Upper HN LEU 40 - QE LYS+ 99 7.25 Upper QE PHE 59 - HN ILE 119 6.00 Upper HE1 TRP 27 - HE1 TRP 87 2.00 Upper HN ASP- 44 - QE PHE 60 1.00 Upper HN ASP- 44 - QD PHE 60 1.00 Upper QB LEU 98 - HN ILE 103 15.50 Upper HB ILE 19 - HN LYS+ 74 4.00 Upper HN LYS+ 106 - QG2 THR 118 2.50 Upper QD1 ILE 56 - HN LYS+ 111 3.50 Upper HN LYS+ 99 - QD2 LEU 104 12.00 Upper HN LYS+ 99 - QD1 LEU 104 12.00 Upper HN PHE 97 - QG2 ILE 103 11.75 Upper QD1 ILE 89 - HN MET 96 2.00 Upper QG2 ILE 89 - HN THR 94 3.00 Upper QB ALA 47 - HN THR 77 2.50 Upper HN ILE 56 - QB ALA 110 3.50 Upper HN PHE 45 - QD1 ILE 89 7.00 Upper QB ALA 34 - HN VAL 41 3.00 Upper HN LEU 40 - QG1 VAL 70 16.25 Upper HN LEU 40 - QG2 VAL 70 16.25 Upper QG2 VAL 24 - HD22 ASN 28 10.25 Upper QG2 THR 26 - HN GLN 30 3.50 Upper QD1 ILE 19 - HE21 GLN 30 6.00 Upper QD1 ILE 19 - HE22 GLN 30 6.00 Upper QG2 VAL 24 - HD21 ASN 28 10.25 Upper QB ALA 64 - HN PHE 72 9.00 Upper HZ2 TRP 27 - HE1 TRP 87 2.00 Upper QE PHE 45 - HB ILE 89 7.00 Upper QD PHE 45 - HB3 MET 96 4.75 Upper QD PHE 45 - HB2 MET 96 4.75 Upper QD PHE 45 - HB THR 94 8.25 Upper QE PHE 95 - HB VAL 107 8.25 Upper QG1 ILE 56 - QE PHE 95 0.00 Upper QD PHE 59 - HN LEU 115 8.00 Upper QD PHE 59 - HA ILE 119 6.00 Upper QD PHE 59 - HG13 ILE 119 6.00 Upper QE PHE 59 - HG12 ILE 119 6.00 Upper QE PHE 59 - HG13 ILE 119 6.00 Upper HB VAL 42 - QE PHE 60 3.00 Upper QD PHE 60 - QD PHE 72 4.00 Upper QE PHE 60 - QD PHE 72 4.00 Upper QD PHE 60 - QE PHE 72 4.00 Upper HB VAL 42 - QD PHE 72 7.00 Upper HB3 LEU 67 - QE PHE 72 7.00 Upper HB3 LEU 63 - QE PHE 72 8.50 Upper HB3 LEU 67 - HZ PHE 72 7.00 Upper HZ2 TRP 27 - HZ2 TRP 87 2.00 Upper HA VAL 83 - HD1 TRP 87 6.00 Upper HA ASP- 44 - QD PHE 95 7.25 Upper QD PHE 95 - HB VAL 107 8.25 Upper HB2 LEU 63 - QE PHE 72 8.50 Upper HD1 TRP 27 - QG1 VAL 83 3.00 Upper HD1 TRP 27 - QG2 VAL 83 3.00 Upper HZ3 TRP 27 - QG1 VAL 43 4.00 Upper QD PHE 45 - QD1 ILE 89 7.00 Upper QE PHE 45 - QD1 ILE 89 7.00 Upper QD PHE 45 - QG2 THR 77 4.50 Upper QD PHE 45 - QG2 THR 94 8.25 Upper HZ PHE 45 - QD1 ILE 89 7.00 Upper QD PHE 60 - QB ALA 64 3.50 Upper QD PHE 59 - QD2 LEU 115 8.00 Upper QD PHE 59 - QD1 LEU 115 8.00 Upper QE PHE 59 - QD2 LEU 115 8.00 Upper QE PHE 59 - QD1 LEU 115 8.00 Upper QE PHE 59 - QG2 THR 118 4.00 Upper QB ALA 64 - QD PHE 72 9.00 Upper QB ALA 64 - QE PHE 72 9.00 Upper HH2 TRP 87 - QD2 LEU 98 3.00 Upper HH2 TRP 87 - QD1 LEU 98 3.00 Upper QG1 VAL 83 - HD1 TRP 87 6.00 Upper QG2 THR 118 - HD2 HIS 122 4.00 Upper QQG VAL 18 - QD PHE 60 2.50 Upper QQG VAL 18 - HA ALA 61 1.50 Upper QQG VAL 18 - QB ALA 64 2.50 Upper QQG VAL 18 - QB PHE 72 6.50 Upper QG1 VAL 18 - HB2 PHE 72 6.50 Upper QG1 VAL 18 - HB3 PHE 72 6.50 Upper QQG VAL 18 - HN LYS+ 74 1.50 Upper QG2 ILE 19 - QG GLN 30 6.00 Upper QD1 ILE 19 - QG GLN 30 6.00 Upper QD1 ILE 19 - QE2 GLN 30 6.00 Upper HN CYS 21 - QB LYS+ 74 4.00 Upper HN CYS 21 - QQG VAL 75 3.75 Upper QB CYS 21 - QG2 THR 26 0.50 Upper QB CYS 21 - HN TRP 27 0.50 Upper QB CYS 21 - QQG VAL 75 3.75 Upper QB CYS 21 - QQD LEU 80 4.00 Upper HB2 CYS 21 - QD1 LEU 80 4.00 Upper HB3 CYS 21 - QD1 LEU 80 4.00 Upper HN THR 23 - QQD LEU 80 2.50 Upper HA THR 23 - QQD LEU 80 2.50 Upper HN VAL 24 - QQD LEU 80 3.00 Upper HA VAL 24 - QQD LEU 80 3.00 Upper HB VAL 24 - QQD LEU 80 3.00 Upper QQG VAL 24 - HN ASN 28 10.25 Upper QQG VAL 24 - QD2 ASN 28 10.25 Upper QG1 VAL 24 - HD21 ASN 28 10.25 Upper QG1 VAL 24 - HD22 ASN 28 10.25 Upper QQG VAL 24 - QQG VAL 83 0.00 Upper QG2 THR 26 - QG GLN 30 3.50 Upper HN TRP 27 - QQG VAL 75 2.00 Upper HN TRP 27 - QQD LEU 80 5.50 Upper QB TRP 27 - QQD LEU 80 5.50 Upper HB2 TRP 27 - QD1 LEU 80 5.50 Upper HB3 TRP 27 - QD1 LEU 80 5.50 Upper HD1 TRP 27 - QQG VAL 83 3.00 Upper HE3 TRP 27 - QQG VAL 43 4.00 Upper HE3 TRP 27 - QB LEU 73 3.00 Upper HE3 TRP 27 - QQD LEU 73 3.00 Upper HE3 TRP 27 - QQG VAL 75 2.00 Upper HE1 TRP 27 - QQD LEU 31 8.00 Upper HE1 TRP 27 - QQG VAL 83 3.00 Upper HZ3 TRP 27 - QQD LEU 31 8.00 Upper HZ3 TRP 27 - QQG VAL 43 4.00 Upper HZ3 TRP 27 - QQD LEU 73 3.00 Upper HZ3 TRP 27 - QQG VAL 75 2.00 Upper HZ2 TRP 27 - QQD LEU 31 8.00 Upper HH2 TRP 27 - QQD LEU 31 8.00 Upper HH2 TRP 27 - QQG VAL 43 4.00 Upper HH2 TRP 27 - QQD LEU 73 3.00 Upper HN ASN 28 - QQD LEU 80 3.00 Upper QB GLN 30 - QQD LEU 73 4.50 Upper HB2 GLN 30 - QD2 LEU 73 4.50 Upper HB3 GLN 30 - QD2 LEU 73 4.50 Upper HA LEU 31 - QQD LEU 73 2.50 Upper QQD LEU 31 - HZ2 TRP 87 1.00 Upper QQD LEU 31 - HH2 TRP 87 1.00 Upper QB ALA 34 - QQG VAL 41 3.00 Upper HN LEU 40 - QQG VAL 70 16.25 Upper QB LEU 40 - QQG VAL 70 16.25 Upper HB2 LEU 40 - QG1 VAL 70 16.25 Upper HB3 LEU 40 - QG1 VAL 70 16.25 Upper HG LEU 40 - QQG VAL 70 16.25 Upper QQD LEU 40 - QQG VAL 70 16.25 Upper QD1 LEU 40 - QG1 VAL 70 16.25 Upper QD2 LEU 40 - QG1 VAL 70 16.25 Upper QQD LEU 40 - HN LEU 98 5.00 Upper QQD LEU 40 - QB LYS+ 99 7.25 Upper QD1 LEU 40 - HB2 LYS+ 99 7.25 Upper QD1 LEU 40 - HB3 LYS+ 99 7.25 Upper QQD LEU 40 - QE LYS+ 99 7.25 Upper HA VAL 41 - QB LEU 71 13.25 Upper QQG VAL 41 - QB LEU 71 13.25 Upper QG1 VAL 41 - HB2 LEU 71 13.25 Upper QG1 VAL 41 - HB3 LEU 71 13.25 Upper QQG VAL 41 - HG LEU 73 0.75 Upper QQG VAL 41 - HN LEU 98 4.75 Upper HN VAL 42 - QQG VAL 70 2.75 Upper QQG VAL 42 - QD PHE 60 3.00 Upper QQG VAL 42 - QE PHE 60 3.00 Upper QQG VAL 42 - QB PHE 95 2.25 Upper QQG VAL 42 - QD PHE 95 2.25 Upper HN VAL 43 - QB MET 96 6.25 Upper HA VAL 43 - QB LEU 73 9.50 Upper QQG VAL 43 - HN LEU 73 9.50 Upper QQG VAL 43 - QB LEU 73 9.50 Upper QG1 VAL 43 - HB2 LEU 73 9.50 Upper QG1 VAL 43 - HB3 LEU 73 9.50 Upper QQG VAL 43 - HN MET 96 6.25 Upper QQG VAL 43 - QB MET 96 6.25 Upper HN ASP- 44 - QB LEU 73 6.50 Upper HN ASP- 44 - QB LYS+ 74 6.50 Upper QB ASP- 44 - HA LYS+ 74 6.50 Upper QB ASP- 44 - QD PHE 95 7.25 Upper QB PHE 45 - QG2 THR 77 4.50 Upper QB PHE 45 - QG2 ILE 89 7.00 Upper QB PHE 45 - HN THR 94 8.25 Upper QB PHE 45 - HB THR 94 8.25 Upper QD PHE 45 - QQG VAL 75 6.75 Upper HN THR 46 - QQG VAL 75 4.00 Upper QB PRO 52 - QD PRO 93 5.50 Upper HB2 PRO 52 - HD2 PRO 93 5.50 Upper HB3 PRO 52 - HD2 PRO 93 5.50 Upper QG PRO 52 - QD PRO 93 5.50 Upper HN CYSS 53 - QD PRO 93 3.00 Upper QD PHE 59 - QB LEU 115 8.00 Upper QD PHE 59 - QQD LEU 115 8.00 Upper QE PHE 59 - QQD LEU 115 8.00 Upper QD PHE 60 - QB PHE 72 4.00 Upper QE PHE 60 - QB PHE 72 4.00 Upper QB LEU 63 - QE PHE 72 8.50 Upper QB LEU 63 - HZ PHE 72 8.50 Upper QQD LEU 63 - QE PHE 72 8.50 Upper QQD LEU 63 - HZ PHE 72 8.50 Upper QQD LEU 63 - QB PHE 95 2.00 Upper QQD LEU 63 - QD PHE 95 2.00 Upper QQD LEU 63 - QE PHE 95 2.00 Upper QB LEU 67 - HZ PHE 72 7.00 Upper QQD LEU 67 - QD PHE 72 7.00 Upper QQD LEU 67 - QE PHE 72 7.00 Upper QQD LEU 67 - HZ PHE 72 7.00 Upper QQG VAL 83 - HD1 TRP 87 6.00 Upper QQG VAL 83 - HE1 TRP 87 6.00 Upper HA ALA 84 - QG1 ILE 89 4.50 Upper QB ALA 84 - QG1 ILE 89 4.50 Upper HZ2 TRP 87 - QQD LEU 98 3.00 Upper HH2 TRP 87 - QQD LEU 98 3.00 Upper QG PRO 93 - HN ALA 110 3.50 Upper QD PRO 93 - QA GLY 109 2.00 Upper QD PRO 93 - HN ALA 110 3.50 Upper QB PHE 95 - HN VAL 107 8.25 Upper QB PHE 95 - HB VAL 107 8.25 Upper QB PHE 95 - QQG VAL 107 8.25 Upper QD PHE 95 - QQG VAL 107 8.25 Upper QE PHE 95 - QQG VAL 107 8.25 Upper QE PHE 95 - QB LEU 115 1.00 Upper QE PHE 95 - QQD LEU 115 1.00 Upper QG MET 96 - QG2 ILE 103 7.00 Upper QG MET 96 - QG1 ILE 103 7.00 Upper HG2 MET 96 - HG12 ILE 103 7.00 Upper HG3 MET 96 - HG12 ILE 103 7.00 Upper QB PHE 97 - HN LEU 104 16.00 Upper QB PHE 97 - HN ASP- 105 15.00 Upper QB PHE 97 - QB ASP- 105 15.00 Upper HB3 PHE 97 - HB2 ASP- 105 15.00 Upper QD PHE 97 - QB LEU 104 16.00 Upper QD PHE 97 - QB ASP- 105 15.00 Upper QD PHE 97 - QQG VAL 107 2.25 Upper HN LEU 98 - QG1 ILE 103 15.50 Upper HA LEU 98 - QG1 ILE 103 15.50 Upper QB LEU 98 - QG1 ILE 103 15.50 Upper QQD LEU 98 - HA ILE 103 15.50 Upper QQD LEU 98 - QG1 ILE 103 15.50 Upper QD2 LEU 98 - HG12 ILE 103 15.50 Upper QD2 LEU 98 - HG13 ILE 103 15.50 Upper HN LYS+ 99 - QQD LEU 104 12.00 Upper QB LYS+ 99 - QQD LEU 104 12.00 Upper HB3 LYS+ 99 - QD2 LEU 104 12.00 Upper QB ASP- 105 - QG2 THR 118 2.50 Upper QQG VAL 107 - HN GLU- 114 2.50 Upper QQG VAL 107 - QB GLU- 114 2.50 Upper QQG VAL 107 - QG GLU- 114 2.50 Upper QQG VAL 107 - HN LEU 115 1.50 Upper QQG VAL 107 - HB THR 118 1.50 Upper QQG VAL 107 - QG2 THR 118 1.50 Upper QQD LEU 115 - HN ILE 119 8.00 Upper QQD LEU 115 - QG1 ILE 119 8.00 Upper QD1 LEU 115 - HG12 ILE 119 8.00 Upper QD1 LEU 115 - HG13 ILE 119 8.00 Upper QQD LEU 115 - QD1 ILE 119 8.00 - at3g51030: write upl at3g51030.upl Distance constraint file "at3g51030.upl" written, 1231 upper limits, 1231 assignments. - at3g51030: read aco at3g51030.aco Angle constraint file "at3g51030.aco" read, 165 constraints for 165 angles. - at3g51030: ssbond 50-53 Constraints for 1 disulphide bridges added. - at3g51030: distance stat Residue intra short med long Total 332 376 215 314 - at3g51030: calc_all 100 command=anneal steps=10000 100 structures selected. 100 random structures created (seed 35621). Structure annealed in 35 s, f = 79.5243. Structure annealed in 34 s, f = 1.33493. Structure annealed in 34 s, f = 1.56937. Structure annealed in 34 s, f = 46.4274. Structure annealed in 34 s, f = 1.97965. Structure annealed in 34 s, f = 2.50680. Structure annealed in 33 s, f = 1.66619. Structure annealed in 33 s, f = 6.72655. Structure annealed in 33 s, f = 3.22675. Structure annealed in 33 s, f = 6.58121. Structure annealed in 33 s, f = 7.81013. Structure annealed in 34 s, f = 1.82400. Structure annealed in 33 s, f = 1.33620. Structure annealed in 34 s, f = 1.44944. Structure annealed in 35 s, f = 2.23546. Structure annealed in 34 s, f = 1.15290. Structure annealed in 34 s, f = 0.785942. Structure annealed in 34 s, f = 6.04704. Structure annealed in 34 s, f = 8.21122. Structure annealed in 34 s, f = 2.09084. Structure annealed in 34 s, f = 2.11158. Structure annealed in 36 s, f = 136.092. Structure annealed in 35 s, f = 0.772370. Structure annealed in 35 s, f = 2.44740. Structure annealed in 34 s, f = 48.2053. Structure annealed in 34 s, f = 6.09977. Structure annealed in 34 s, f = 3.42530. Structure annealed in 34 s, f = 1.76032. Structure annealed in 34 s, f = 6.22053. Structure annealed in 35 s, f = 2.07452. Structure annealed in 35 s, f = 1.33881. Structure annealed in 35 s, f = 1.45605. Structure annealed in 34 s, f = 10.3555. Structure annealed in 34 s, f = 6.55506. Structure annealed in 34 s, f = 2.52479. Structure annealed in 33 s, f = 1.87805. Structure annealed in 34 s, f = 7.01483. Structure annealed in 35 s, f = 2.40114. Structure annealed in 34 s, f = 4.78613. Structure annealed in 35 s, f = 3.01221. Structure annealed in 35 s, f = 100.711. Structure annealed in 34 s, f = 7.30926. Structure annealed in 33 s, f = 6.18486. Structure annealed in 33 s, f = 7.39997. Structure annealed in 34 s, f = 1.66550. Structure annealed in 34 s, f = 2.23191. Structure annealed in 35 s, f = 1.20281. Structure annealed in 34 s, f = 2.05548. Structure annealed in 33 s, f = 9.52227. Structure annealed in 34 s, f = 5.58153. Structure annealed in 33 s, f = 0.905548. Structure annealed in 33 s, f = 3.29888. Structure annealed in 34 s, f = 1.83965. Structure annealed in 35 s, f = 5.68190. Structure annealed in 35 s, f = 1.77043. Structure annealed in 35 s, f = 3.89502. Structure annealed in 33 s, f = 1.57534. Structure annealed in 33 s, f = 1.25338. Structure annealed in 33 s, f = 4.74944. Structure annealed in 34 s, f = 1.49606. Structure annealed in 34 s, f = 2.32165. Structure annealed in 34 s, f = 3.35489. Structure annealed in 35 s, f = 75.6913. Structure annealed in 35 s, f = 7.25456. Structure annealed in 34 s, f = 9.72422. Structure annealed in 33 s, f = 1.22762. Structure annealed in 33 s, f = 5.06501. Structure annealed in 34 s, f = 4.92834. Structure annealed in 34 s, f = 1.48685. Structure annealed in 34 s, f = 3.64036. Structure annealed in 35 s, f = 0.990412. Structure annealed in 35 s, f = 9.79907. Structure annealed in 35 s, f = 94.1844. Structure annealed in 34 s, f = 3.00439. Structure annealed in 34 s, f = 8.46501. Structure annealed in 34 s, f = 5.44011. Structure annealed in 34 s, f = 5.91351. Structure annealed in 34 s, f = 2.34745. Structure annealed in 35 s, f = 0.852638. Structure annealed in 35 s, f = 1.31183. Structure annealed in 34 s, f = 1.45739. Structure annealed in 34 s, f = 7.43357. Structure annealed in 34 s, f = 3.83903. Structure annealed in 35 s, f = 64.7975. Structure annealed in 34 s, f = 2.16529. Structure annealed in 35 s, f = 63.7035. Structure annealed in 35 s, f = 1.87182. Structure annealed in 34 s, f = 1.88487. Structure annealed in 34 s, f = 9.90173. Structure annealed in 33 s, f = 2.22996. Structure annealed in 34 s, f = 3.51414. Structure annealed in 35 s, f = 72.1541. Structure annealed in 34 s, f = 2.48304. Structure annealed in 33 s, f = 11.5280. Structure annealed in 34 s, f = 8.82517. Structure annealed in 34 s, f = 2.60693. Structure annealed in 35 s, f = 69.2339. Structure annealed in 33 s, f = 2.39000. Structure annealed in 34 s, f = 1.78357. Structure annealed in 33 s, f = 0.894277. 100 structures finished in 442 s (4 s/structure). - at3g51030: overview structures=20 range=16..123 cor full 20 structures selected. Structural statistics: str target upper limits lower limits van der Waals torsion angles function # sum max # sum max # sum max # sum max 1 0.77 2 4.3 0.32 0 0.0 0.01 0 1.4 0.18 0 16.6 2.14 2 0.79 3 4.1 0.35 0 0.0 0.04 0 1.4 0.18 0 19.6 1.56 3 0.85 3 5.0 0.39 0 0.0 0.00 0 1.6 0.13 0 18.1 1.77 4 0.89 4 5.0 0.39 0 0.0 0.00 0 1.3 0.12 0 24.3 2.49 5 0.91 4 5.1 0.34 0 0.1 0.10 0 2.1 0.19 0 14.9 1.33 6 0.99 2 4.7 0.64 0 0.1 0.08 0 1.5 0.09 0 18.4 1.57 7 1.15 3 4.8 0.64 0 0.0 0.04 0 1.5 0.18 0 20.7 1.65 8 1.20 6 5.6 0.34 0 0.1 0.08 0 2.1 0.19 0 27.5 4.75 9 1.23 3 4.9 0.65 0 0.0 0.04 0 1.6 0.16 0 14.8 2.10 10 1.25 4 4.7 0.64 0 0.1 0.05 0 1.6 0.19 0 14.4 1.63 11 1.31 7 5.5 0.64 0 0.0 0.00 0 1.4 0.18 0 17.3 2.16 12 1.33 4 5.7 0.64 0 0.0 0.04 0 1.9 0.17 0 21.7 1.61 13 1.34 4 6.1 0.64 0 0.0 0.04 0 1.7 0.11 0 26.5 1.80 14 1.34 3 6.0 0.63 0 0.0 0.00 0 2.0 0.12 0 29.1 2.67 15 1.45 5 6.4 0.64 0 0.1 0.08 0 2.0 0.11 1 30.3 6.54 16 1.46 3 5.5 0.64 0 0.0 0.01 1 2.4 0.26 0 21.5 3.41 17 1.46 5 5.4 0.61 0 0.0 0.02 0 1.9 0.18 1 33.5 5.26 18 1.49 5 5.8 0.64 0 0.0 0.01 1 2.7 0.21 0 15.9 1.49 19 1.50 3 5.2 0.64 0 0.0 0.02 0 1.6 0.13 0 18.1 3.34 20 1.57 4 6.1 0.38 0 0.0 0.02 2 3.0 0.24 0 30.1 4.08 Ave 1.21 4 5.3 0.54 0 0.0 0.03 0 1.8 0.17 0 21.7 2.67 +/- 0.25 1 0.6 0.13 0 0.0 0.03 1 0.4 0.04 0 5.8 1.42 Min 0.77 2 4.1 0.32 0 0.0 0.00 0 1.3 0.09 0 14.4 1.33 Max 1.57 7 6.4 0.65 0 0.1 0.10 2 3.0 0.26 1 33.5 6.54 Overview file "at3g51030.ovw" written. DG coordinate file "at3g51030.cor" written, 20 conformers. - at3g51030: ramachandran nobackground label Struct fav add gen dis ------ --- --- --- --- 1 94 16 2 1 (CYSS 50) 2 92 18 2 1 (ALA 12) 3 91 19 2 1 (CYSS 50) 4 92 19 2 0 5 90 19 4 0 6 91 17 3 2 (HIS 4, MET 11) 7 97 12 4 0 8 97 11 4 1 (GLU- 10) 9 94 18 1 0 10 90 18 2 3 (HIS 4, MET 11, ALA 12) 11 89 22 1 1 (CYSS 50) 12 91 19 2 1 (MET 11) 13 89 22 1 1 (MET 11) 14 94 15 4 0 15 98 14 1 0 16 89 19 2 3 (ALA 12, CYSS 50, CYSS 53) 17 95 15 1 2 (HIS 6, LEU 104) 18 97 12 3 1 (CYSS 50) 19 95 17 1 0 20 88 20 3 2 (CYSS 50, CYSS 53) all 82% 15% 2% 1% Postscript file "ramachandran.ps" written. cyana> LAM 6.5.9/MPI 2 C++/ROMIO - Indiana University 23-Aug-2004 21:52:27