Similarity of
2hop_A_G_9_C_10 2hop_A_C_10_G_11 2hop_A_G_11_A_12 2hop_A_A_12_C_13 2hop_A_C_13_U_14 2hop_A_U_14_C_15 2hop_A_C_15_G_16 2hop_A_G_16_G_17 2hop_A_G_17_G_18 2hop_A_G_18_G_19 2hop_A_G_19_U_20 2hop_A_U_20_G_21 2hop_A_G_21_C_22 2hop_A_C_22_C_23 2hop_A_C_23_C_24 2hop_A_G_29_C_30 2hop_A_C_30_G_31 2hop_A_G_31_U_32 2hop_A_A_34_A_35 2hop_A_A_35_G_36 2hop_A_G_36_G_37 2hop_A_G_37_C_38 2hop_A_C_38_U_39 2hop_A_U_39_G_40 2hop_A_G_40_A_41 2hop_A_A_41_G_42 2hop_A_G_42_A_43 2hop_A_A_43_A_44 2hop_A_A_44_A_45 2hop_A_A_47_C_48 2hop_A_C_48_C_49 2hop_A_C_49_C_50 2hop_A_C_50_G_51 2hop_A_G_51_U_52 2hop_A_U_52_A_53 2hop_A_A_56_C_57 2hop_A_C_57_C_58 2hop_A_C_58_U_59 2hop_A_U_59_G_60 2hop_A_U_64_G_65 2hop_A_G_65_G_66 2hop_A_G_66_A_67 2hop_A_A_67_U_68 2hop_A_U_68_A_69 2hop_A_A_69_A_70 2hop_A_A_70_U_71 2hop_A_C_73_C_74 2hop_A_C_74_A_75 2hop_A_A_75_G_76 2hop_A_A_80_G_81 2hop_A_G_81_G_82 2hop_A_G_82_G_83 2hop_A_G_83_A_84 2hop_A_A_84_A_85 2hop_A_A_85_G_86 2hop_A_G_86_U_87 2hop_A_U_87_C_88 2hop_A_C_88_G_89 2hop_A_G_89_C_90 2hop_A_C_90_A_91 step to class averages
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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) [
? ]
User-based restraints REFMAC restraints for of NtCs and refinement output MMB commands for of NtCs and refinement output Phenix restraints for of NtCs [? ] and refinement output 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).