Content for NMR-STAR saveframe, "spectral_peak_list_3"
save_spectral_peak_list_3
_Spectral_peak_list.Sf_category spectral_peak_list
_Spectral_peak_list.Sf_framecode spectral_peak_list_3
_Spectral_peak_list.Entry_ID 30869
_Spectral_peak_list.ID 3
_Spectral_peak_list.Name .
_Spectral_peak_list.Sample_ID 1
_Spectral_peak_list.Sample_label $sample_1
_Spectral_peak_list.Sample_condition_list_ID 1
_Spectral_peak_list.Sample_condition_list_label $sample_conditions_1
_Spectral_peak_list.Chem_shift_reference_ID 1
_Spectral_peak_list.Chem_shift_reference_label $chem_shift_reference_1
_Spectral_peak_list.Experiment_ID 9
_Spectral_peak_list.Experiment_name '3D H(CCO)NH'
_Spectral_peak_list.Experiment_class .
_Spectral_peak_list.Experiment_type .
_Spectral_peak_list.Number_of_spectral_dimensions 3
_Spectral_peak_list.Chemical_shift_list .
_Spectral_peak_list.Assigned_chem_shift_list_ID 1
_Spectral_peak_list.Assigned_chem_shift_list_label $assigned_chemical_shifts_1
_Spectral_peak_list.Details
;
Used to assign side chain H;
Accessed via the Ponderosa Web client:
Automatic NOE assignments via CYANA. Structure calculation and refinement via simulated annealing carried out using X-PLOR NIH;
Lee W, Stark JL, Markley JL. (2014) PONDEROSA-C/S: Client-server based software package for automated protein 3D structure determination.
Journal of Biomolecular NMR 60(2-3):73-5
;
_Spectral_peak_list.Text_data_format test
_Spectral_peak_list.Text_data
;
label dataset sw sf
H1 N15
hsqc.nv
4194.63085937 1800.0
599.619018555 60.7659988403
H1.L H1.P H1.W H1.B H1.E H1.J H1.U N15.L N15.P N15.W N15.B N15.E N15.J N15.U vol int stat comment flag0 flag8 flag9
0 {44.H} 8.04806 0.02925 0.06492 ++ {0.0} {i.h} {44.N} 126.80151 0.17633 0.46245 ++ {0.0} {i.n} 0.0 0.6620 1 {} 0 0 0
1 {4.H} 8.42189 0.06169 0.06296 ++ {0.0} {i.h} {4.N} 122.89524 0.38256 0.39018 ++ {0.0} {i.n} 0.0 0.0518 1 {} 0 0 0
2 {9.H} 8.06073 0.03490 0.07651 ++ {0.0} {i.h} {9.N} 122.26859 0.21657 0.62638 ++ {0.0} {i.n} 0.0 0.3417 1 {} 0 0 0
3 {26.H} 8.79405 0.03416 0.08367 ++ {0.0} {i.h} {26.N} 121.95118 0.20027 0.48346 ++ {0.0} {i.n} 0.0 0.4279 1 {} 0 0 0
4 {34.H} 8.53518 0.03476 0.08398 ++ {0.0} {i.h} {34.N} 121.70480 0.19312 0.48783 ++ {0.0} {i.n} 0.0 0.3836 1 {} 0 0 0
5 {30.H} 8.60620 0.03470 0.08792 ++ {0.0} {i.h} {30.N} 121.34141 0.28685 0.69173 ++ {0.0} {i.n} 0.0 0.3945 1 {} 0 0 0
6 {12.H} 8.31033 0.03666 0.08978 ++ {0.0} {i.h} {12.N} 121.29547 0.28882 0.70771 ++ {0.0} {i.n} 0.0 0.3682 1 {} 0 0 0
7 {32.H} 7.86088 0.03427 0.07483 ++ {0.0} {i.h} {32.N} 121.18997 0.27077 0.58828 ++ {0.0} {i.n} 0.0 0.4481 1 {} 0 0 0
8 {29.H} 8.10280 0.03160 0.08210 ++ {0.0} {i.h} {29.N} 120.65827 0.29158 0.73011 ++ {0.0} {i.n} 0.0 0.3764 1 {} 0 0 0
9 {21.H} 8.51658 0.04932 0.08813 ++ {0.0} {i.h} {21.N} 120.23901 0.33146 0.55310 ++ {0.0} {i.n} 0.0 0.1287 1 {} 0 0 0
10 {43.H} 7.96081 0.03884 0.09274 ++ {0.0} {i.h} {43.N} 120.16446 0.29444 0.74606 ++ {0.0} {i.n} 0.0 0.3533 1 {} 0 0 0
11 {35.H} 8.27451 0.03531 0.10485 ++ {0.0} {i.h} {35.N} 119.97587 0.20182 0.80373 ++ {0.0} {i.n} 0.0 0.3981 1 {} 0 0 0
12 {27.H} 8.14502 0.03595 0.18787 ++ {0.0} {i.h} {27.N} 119.77935 0.29465 0.62248 ++ {0.0} {i.n} 0.0 0.4866 1 {} 0 0 0
13 {31.H} 8.40729 0.03399 0.08179 ++ {0.0} {i.h} {31.N} 119.69586 0.24046 0.56832 ++ {0.0} {i.n} 0.0 0.4639 1 {} 0 0 0
14 {7.H} 8.00056 0.03634 0.17284 ++ {0.0} {i.h} {7.N} 119.56908 0.28903 1.04139 ++ {0.0} {i.n} 0.0 0.5057 1 {} 0 0 0
15 {14.H} 7.89502 0.03531 0.08971 ++ {0.0} {i.h} {14.N} 119.35070 0.27976 0.76389 ++ {0.0} {i.n} 0.0 0.4580 1 {} 0 0 0
16 {38.H} 8.12471 0.03706 0.19765 ++ {0.0} {i.h} {38.N} 119.25918 0.35189 1.23930 ++ {0.0} {i.n} 0.0 0.8658 1 {} 0 0 0
17 {25.H} 7.48126 0.03289 0.07432 ++ {0.0} {i.h} {25.N} 119.15392 0.20402 0.64641 ++ {0.0} {i.n} 0.0 0.3688 1 {} 0 0 0
18 {8.H} 8.25223 0.04050 0.15501 ++ {0.0} {i.h} {8.N} 118.89731 0.26681 0.71632 ++ {0.0} {i.n} 0.0 0.2921 1 {} 0 0 0
19 {41.H} 8.00793 0.03928 0.12775 ++ {0.0} {i.h} {41.N} 118.88293 0.31561 1.04139 ++ {0.0} {i.n} 0.0 0.3580 1 {} 0 0 0
20 {37.H} 7.81473 0.04734 0.06763 ++ {0.0} {i.h} {37.N} 118.84504 0.24825 0.70449 ++ {0.0} {i.n} 0.0 0.4183 1 {} 0 0 0
21 {6.H} 8.52155 0.03944 0.10286 ++ {0.0} {i.h} {6.N} 118.76390 0.30523 0.67446 ++ {0.0} {i.n} 0.0 0.3184 1 {} 0 0 0
22 {13.H} 8.37605 0.03119 0.08130 ++ {0.0} {i.h} {13.N} 118.79523 0.20730 0.50651 ++ {0.0} {i.n} 0.0 0.3925 1 {} 0 0 0
23 {28.H} 7.85348 0.04734 0.06763 ++ {0.0} {i.h} {28.N} 118.75468 0.28846 0.75330 ++ {0.0} {i.n} 0.0 0.5319 1 {} 0 0 0
24 {40.H} 7.97128 0.03636 0.08302 ++ {0.0} {i.h} {40.N} 118.29877 0.28669 0.67342 ++ {0.0} {i.n} 0.0 0.4201 1 {} 0 0 0
25 {19.H} 8.26832 0.03681 0.09674 ++ {0.0} {i.h} {19.N} 117.94422 0.27979 0.63576 ++ {0.0} {i.n} 0.0 0.4201 1 {} 0 0 0
26 {24.H} 8.75837 0.04646 0.07347 ++ {0.0} {i.h} {24.N} 117.82935 0.34665 0.50993 ++ {0.0} {i.n} 0.0 0.1027 1 {} 0 0 0
27 {33.H} 8.14382 0.03682 0.05260 ++ {0.0} {i.h} {33.N} 117.58719 0.27942 0.64891 ++ {0.0} {i.n} 0.0 0.4444 1 {} 0 0 0
28 {36.H} 8.10264 0.05663 0.08089 ++ {0.0} {i.h} {36.N} 117.49252 0.26243 0.64115 ++ {0.0} {i.n} 0.0 0.4829 1 {} 0 0 0
29 {16.H} 7.97579 0.03332 0.07870 ++ {0.0} {i.h} {16.N} 116.41492 0.22667 0.49798 ++ {0.0} {i.n} 0.0 0.4179 1 {} 0 0 0
30 {20.H} 7.62800 0.03891 0.08809 ++ {0.0} {i.h} {20.N} 116.32104 0.29119 0.64864 ++ {0.0} {i.n} 0.0 0.3795 1 {} 0 0 0
31 {22.H} 8.29970 0.03719 0.08135 ++ {0.0} {i.h} {22.N} 116.20287 0.29611 0.62703 ++ {0.0} {i.n} 0.0 0.3220 1 {} 0 0 0
32 {17.H} 7.51437 0.03275 0.07356 ++ {0.0} {i.h} {17.N} 116.08622 0.27884 0.60121 ++ {0.0} {i.n} 0.0 0.4379 1 {} 0 0 0
33 {18.H} 7.53971 0.03680 0.08511 ++ {0.0} {i.h} {18.N} 115.72531 0.24081 0.60359 ++ {0.0} {i.n} 0.0 0.4296 1 {} 0 0 0
34 {42.H} 8.19286 0.04365 0.08763 ++ {0.0} {i.h} {42.N} 108.75311 0.23469 0.49390 ++ {0.0} {i.n} 0.0 0.1914 1 {} 0 0 0
35 {3.H} 8.36325 0.03666 0.08978 ++ {0.0} {i.h} {3.N} 120.44963 0.28882 0.70771 ++ {0.0} {i.n} 0.0 0.3682 0 {} 0 0 0
36 {} 8.16578 0.03160 0.08210 ++ {0.0} {i.h} {} 120.59325 0.29158 0.73011 ++ {0.0} {i.n} 0.0 0.3764 -1 {} 0 0 0
37 {15.H} 8.02344 0.03634 0.17284 ++ {0.0} {i.h} {15.N} 119.51119 0.28903 1.04139 ++ {0.0} {i.n} 0.0 0.5057 0 {} 0 0 0
38 {} 8.13475 0.03706 0.19765 ++ {0.0} {i.h} {} 119.20891 0.35189 1.23930 ++ {0.0} {i.n} 0.0 0.8658 -1 {} 0 0 0
39 {39.H} 8.12471 0.03706 0.19765 ++ {0.0} {i.h} {39.N} 119.25918 0.35189 1.23930 ++ {0.0} {i.n} 0.0 0.8658 0 {} 0 0 0
;
loop_
_Spectral_dim.ID
_Spectral_dim.Axis_code
_Spectral_dim.Spectrometer_frequency
_Spectral_dim.Atom_type
_Spectral_dim.Atom_isotope_number
_Spectral_dim.Spectral_region
_Spectral_dim.Magnetization_linkage_ID
_Spectral_dim.Under_sampling_type
_Spectral_dim.Sweep_width
_Spectral_dim.Sweep_width_units
_Spectral_dim.Value_first_point
_Spectral_dim.Absolute_peak_positions
_Spectral_dim.Acquisition
_Spectral_dim.Center_frequency_offset
_Spectral_dim.Encoding_code
_Spectral_dim.Encoded_reduced_dimension_ID
_Spectral_dim.Entry_ID
_Spectral_dim.Spectral_peak_list_ID
1 . . H 1 HN 3 . 3002.602 Hz . . . 4.782 . . 30869 3
2 . . H 1 H-aliphatic . . 6595.774 Hz . . . 4.782 . . 30869 3
3 . . N 15 N 1 . 1800.000 Hz . . . 120.150 . . 30869 3
stop_
save_