Should you encounter any unexpected behaviour,
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ID        	=	 2307261010421328113
JOBID     	=	 
USERID    	=	 unknown
PRIVAT    	=	 0

NMODES    	=	 5
DQMIN     	=	 -100
DQMAX     	=	 100
DQSTEP    	=	 20
DOGRAPHS  	=	 on

DOPROJMODS	=	 0
DORMSD    	=	 0

NRBL      	=	 0
CUTOFF    	=	 0
CAONLY    	=	 0

ATOM      1  CA  ALA     1     399.3781166.684 994.924
ATOM      2  CA  ALA     2     427.993 705.354 994.924
ATOM      3  CA  ALA     3     774.436 399.378 994.924
ATOM      4  CA  ALA     4    1235.766 427.993 994.924
ATOM      5  CA  ALA     5    1541.742 774.436 994.924
ATOM      6  CA  ALA     6    1513.1271235.766 994.924
ATOM      7  CA  ALA     7    1166.6841541.742 994.924
ATOM      8  CA  ALA     8     705.3541513.127 994.924
ATOM      9  CA  ALA     9     377.6551117.871 998.815
ATOM     10  CA  ALA    10     447.148 655.477 998.815
ATOM     11  CA  ALA    11     823.249 377.655 998.815
ATOM     12  CA  ALA    12    1285.643 447.148 998.815
ATOM     13  CA  ALA    13    1563.465 823.249 998.815
ATOM     14  CA  ALA    14    1493.9721285.643 998.815
ATOM     15  CA  ALA    15    1117.8711563.465 998.815
ATOM     16  CA  ALA    16     655.4771493.972 998.815
ATOM     17  CA  ALA    17     363.5561065.7721001.959
ATOM     18  CA  ALA    18     474.018 608.6691001.959
ATOM     19  CA  ALA    19     875.348 363.5561001.959
ATOM     20  CA  ALA    20    1332.451 474.0181001.959
ATOM     21  CA  ALA    21    1577.563 875.3481001.959
ATOM     22  CA  ALA    22    1467.1011332.4511001.959
ATOM     23  CA  ALA    23    1065.7721577.5631001.959
ATOM     24  CA  ALA    24     608.6691467.1011001.959
ATOM     25  CA  ALA    25     354.4301013.8801002.473
ATOM     26  CA  ALA    26     504.258 565.5221002.473
ATOM     27  CA  ALA    27     927.240 354.4301002.473
ATOM     28  CA  ALA    28    1375.598 504.2581002.473
ATOM     29  CA  ALA    29    1586.690 927.2401002.473
ATOM     30  CA  ALA    30    1436.8621375.5981002.473
ATOM     31  CA  ALA    31    1013.8801586.6901002.473
ATOM     32  CA  ALA    32     565.5221436.8621002.473
ATOM     33  CA  ALA    33     353.467 916.513 953.940
ATOM     34  CA  ALA    34     572.426 495.992 953.940
ATOM     35  CA  ALA    35    1024.607 353.467 953.940
ATOM     36  CA  ALA    36    1445.127 572.426 953.940
ATOM     37  CA  ALA    37    1587.6531024.607 953.940
ATOM     38  CA  ALA    38    1368.6941445.127 953.940
ATOM     39  CA  ALA    39     916.5131587.653 953.940
ATOM     40  CA  ALA    40     495.9921368.694 953.940
ATOM     41  CA  ALA    41     364.272 864.912 956.072
ATOM     42  CA  ALA    42     616.554 467.145 956.072
ATOM     43  CA  ALA    43    1076.208 364.272 956.072
ATOM     44  CA  ALA    44    1473.975 616.554 956.072
ATOM     45  CA  ALA    45    1576.8481076.208 956.072
ATOM     46  CA  ALA    46    1324.5661473.975 956.072
ATOM     47  CA  ALA    47     864.9121576.848 956.072
ATOM     48  CA  ALA    48     467.1451324.566 956.072
ATOM     49  CA  ALA    49     379.900 812.987 959.928
ATOM     50  CA  ALA    50     664.321 441.479 959.928
ATOM     51  CA  ALA    51    1128.133 379.900 959.928
ATOM     52  CA  ALA    52    1499.641 664.321 959.928
ATOM     53  CA  ALA    53    1561.2201128.133 959.928
ATOM     54  CA  ALA    54    1276.7991499.641 959.928
ATOM     55  CA  ALA    55     812.9871561.220 959.928
ATOM     56  CA  ALA    56     441.4791276.799 959.928
ATOM     57  CA  ALA    57     403.673 765.273 962.310
ATOM     58  CA  ALA    58     714.870 424.550 962.310
ATOM     59  CA  ALA    59    1175.847 403.673 962.310
ATOM     60  CA  ALA    60    1516.570 714.870 962.310
ATOM     61  CA  ALA    61    1537.4471175.847 962.310
ATOM     62  CA  ALA    62    1226.2501516.570 962.310
ATOM     63  CA  ALA    63     765.2731537.447 962.310
ATOM     64  CA  ALA    64     424.5501226.250 962.310
 146.33817 146.33817  14.93143

• K. Suhre & Y.H. Sanejouand, ElNemo: a normal mode web-server for protein movement analysis and the generation of templates for molecular replacement. Nucleic Acids Research, 32, W610-W614, 2004.
• K. Suhre & Y.H. Sanejouand, On the potential of normal mode analysis for solving difficult molecular replacement problems. Acta Cryst. D vol.60, p796-799, 2004 © International Union of Crystallography.