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Conformers: ABBIImiBZICOPNSYNN
Click the Summary/Torsions/Similar/... tabs for more details.
The Type IE CRISPR Cascade complex from E. coli, with two assemblies in the asymmetric unit arranged back-to-back

Results of the assignment of 118 detected steps in 1 model(s), can be also downloaded as csv or json file. Average confal 0, percentile 0.

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Click a row in table or a step in viewer for analysis of results. Click column headers to sort data.
Define restraints for steps within Å cartesian RMSD, global sigma scaling factor or use per step sigma scaling.
step numberStep nameCANANtCconfalrmsd
0015cd4_L_A1_U2OPNOP28170.33 OP28
0025cd4_L_U2_A3NANNANT01.25 OP17
0035cd4_L_A3_A4NANNANT01.60 OPS1
0045cd4_L_A4_A5AAAAA00650.29 AA00
0055cd4_L_A5_C6AAAAA09590.24 AA09
0065cd4_L_C6_C7NANNANT00.65 AB05
0075cd4_L_C7_G8NANNANT01.18 OP17
0085cd4_L_G8_A9NANNANT01.47 IC04
0095cd4_L_A9_C10NANNANT00.59 BB05
0105cd4_L_C10_G11NANNANT00.45 AA09
0115cd4_L_G11_G12NANNANT00.38 AA09
0125cd4_L_G12_U13NANNANT00.55 AB04
0135cd4_L_U13_A14NANNANT00.92 OP14
0145cd4_L_A14_U15NANNANT01.42 IC04
0155cd4_L_U15_U16B-ABA13540.29 BA13
0165cd4_L_U16_G17AAAAA09200.33 AA09
0175cd4_L_G17_U18NANNANT00.43 AA12
0185cd4_L_U18_U19A-BAB05800.26 AB05
0195cd4_L_U19_C20NANNANT01.53 OP17
0205cd4_L_C20_A21NANNANT01.44 IC04
0215cd4_L_A21_G22B-ABA13670.29 BA13
0225cd4_L_G22_A23AAAAA09270.34 AA09
0235cd4_L_A23_U24NANNANT00.46 AA12
0245cd4_L_U24_C25A-BAB05650.37 AB05
0255cd4_L_C25_C26NANNANT00.87 OP14
0265cd4_L_C26_U27NANNANT01.33 IC04
0275cd4_L_U27_G28B-ABA16730.27 BA16
0285cd4_L_G28_G29AAAAA09330.25 AA09
0295cd4_L_G29_C30NANNANT00.45 AA12
0305cd4_L_C30_U31NANNANT00.60 IC04
0315cd4_L_U31_U32NANNANT00.94 OP14
0325cd4_L_U32_G33NANNANT01.33 IC04
0335cd4_L_G33_C34B-ABA16270.41 BA16
0345cd4_L_C34_C35AAAAA00470.27 AA00
0355cd4_L_C35_A36NANNANT00.46 AB04
0365cd4_L_A36_A37A-BAB01160.35 AB01
0375cd4_L_A37_C38NANNANT01.39 OP17
0385cd4_L_C38_A39NANNANT01.39 IC04
0395cd4_L_A39_G40NANNANT00.79 AB1S
0405cd4_L_G40_G41NANNANT01.01 AB2S
0415cd4_L_G41_A42NANNANT00.86 BBS1
0425cd4_L_A42_G43NANNANT01.79 OPS1
0435cd4_L_G43_U44NANNANT00.82 OPS1
0445cd4_L_U44_U45OPNOP18240.63 OP18
0455cd4_L_U45_C46NANNANT00.53 OP26
0465cd4_L_C46_C47NANNANT00.49 AA03
0475cd4_L_C47_C48AAwAA01630.28 AA01
0485cd4_L_C48_C49AAAAA08360.23 AA08
0495cd4_L_C49_G50AAAAA08660.28 AA08
0505cd4_L_G50_C51AAAAA00720.14 AA00
0515cd4_L_C51_G52NANNANT00.79 BB2S
0525cd4_L_G52_C53NANNANT00.59 AA05
0535cd4_L_C53_C54NANNANT02.27 BB1S
0545cd4_L_C54_A55NANNANT00.97 OPS1
0555cd4_L_A55_G56NANNANT00.59 AA05
0565cd4_L_G56_C57AAAAA03790.26 AA03
0575cd4_L_C57_G58AAwAA01860.13 AA01
0585cd4_L_G58_G59AAAAA08700.23 AA08
0595cd4_L_G59_G60AAwAA01730.21 AA01
0605cd4_X_A1_U2OPNOP28220.33 OP28
0615cd4_X_U2_A3NANNANT01.23 OP17
0625cd4_X_A3_A4NANNANT01.60 OPS1
0635cd4_X_A4_A5AAAAA00620.29 AA00
0645cd4_X_A5_C6AAAAA09610.23 AA09
0655cd4_X_C6_C7A-BAB05230.62 AB05
0665cd4_X_C7_G8NANNANT01.14 OP17
0675cd4_X_G8_A9NANNANT01.48 IC04
0685cd4_X_A9_C10B-ABA16100.40 BA16
0695cd4_X_C10_G11NANNANT00.44 AA09
0705cd4_X_G11_G12NANNANT00.36 AA09
0715cd4_X_G12_U13NANNANT00.56 AB04
0725cd4_X_U13_A14NANNANT00.92 OP14
0735cd4_X_A14_U15NANNANT01.42 IC04
0745cd4_X_U15_U16B-ABA13580.29 BA13
0755cd4_X_U16_G17AAAAA09230.31 AA09
0765cd4_X_G17_U18NANNANT00.42 AA12
0775cd4_X_U18_U19A-BAB05790.27 AB05
0785cd4_X_U19_C20NANNANT01.54 OP17
0795cd4_X_C20_A21NANNANT01.45 IC04
0805cd4_X_A21_G22B-ABA13670.29 BA13
0815cd4_X_G22_A23AAAAA09300.34 AA09
0825cd4_X_A23_U24NANNANT00.44 AA12
0835cd4_X_U24_C25A-BAB05670.34 AB05
0845cd4_X_C25_C26NANNANT00.89 OP14
0855cd4_X_C26_U27NANNANT01.33 IC04
0865cd4_X_U27_G28B-ABA16760.23 BA16
0875cd4_X_G28_G29AAAAA09280.27 AA09
0885cd4_X_G29_C30NANNANT00.44 AA12
0895cd4_X_C30_U31NANNANT00.61 IC04
0905cd4_X_U31_U32NANNANT00.94 OP14
0915cd4_X_U32_G33NANNANT01.32 IC04
0925cd4_X_G33_C34B-ABA16260.44 BA16
0935cd4_X_C34_C35AAAAA00470.26 AA00
0945cd4_X_C35_A36NANNANT00.49 AB04
0955cd4_X_A36_A37A-BAB01170.35 AB01
0965cd4_X_A37_C38NANNANT01.39 OP17
0975cd4_X_C38_A39NANNANT01.46 IC04
0985cd4_X_A39_G40NANNANT00.84 AB1S
0995cd4_X_G40_G41NANNANT00.75 AB2S
1005cd4_X_G41_A42NANNANT00.74 AA03
1015cd4_X_A42_G43NANNANT02.70 OP01
1025cd4_X_G43_U44NANNANT00.81 OPS1
1035cd4_X_U44_U45OPNOP18180.65 OP18
1045cd4_X_U45_C46NANNANT00.53 OP26
1055cd4_X_C46_C47NANNANT00.40 AA03
1065cd4_X_C47_C48AAwAA01600.34 AA01
1075cd4_X_C48_C49AAwAA01110.41 AA01
1085cd4_X_C49_G50AAAAA08790.17 AA08
1095cd4_X_G50_C51AAAAA00690.18 AA00
1105cd4_X_C51_G52AAwAA01440.27 AA01
1115cd4_X_G52_C53NANNANT00.38 OP09
1125cd4_X_C53_C54NANNANT01.42 IC04
1135cd4_X_C54_A55NANNANT00.89 OP27
1145cd4_X_A55_G56AAAAA08150.75 AA08
1155cd4_X_G56_C57AAAAA03640.37 AA03
1165cd4_X_C57_G58AAwAA01880.12 AA01
1175cd4_X_G58_G59AAAAA03820.20 AA03
1185cd4_X_G59_G60AAwAA01260.29 AA01

Steps with non-standard or missing atoms have not been assigned, description of conformers is defined in the table.
Definition of torsion angles
step:
Table of conformers

δ1ε1ζ1α2β2γ2δ2χ1χ2μNNCC
step_torsions
ntC_average
Δ torsions
torsion scores

commentsstep confal = NaN
cartesian RMSD = NaN Å
pseudorotation: NA
details: NA
Similarity of step to class averages

Download

Results as csv or json file.
Best NtC fitted to input structure.

Restraints

Restraints file for REFMAC (steps with RMSD <= 0.5Å)
Commands file for MMB (steps with RMSD <= 0.5Å)
Restraints file for Phenix (steps with RMSD <= 0.5Å) [?]

Definitions

Average parameters (csv), esd values (csv), and Cartesian coordinates of conformers.

Download the papers

Description of DNATCO server:
Černý et al., Nucleic Acids Research, 44, W284 (2016).
Definition of conformers:
Schneider et al., Acta Cryst D, 74, 52-64 (2018).
Example of application:
Schneider et al., Genes, 8(10), 278, (2017).

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