DNATCO v4.1: results

Crystal structure of wild-type Cre recombinase-loxP synapse

Results of the assignment of 140 detected steps in 1 model(s), can be also downloaded as csv or json file. Average confal 0, percentile 0.

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 number	Step name	CANA	NtC	confal	rmsd	NtCs
001	1ouq_C_DC100_DG101	SYN	BBS1	54	0.20	BBS1
002	1ouq_C_DG101_DA102	BBB	BB00	73	0.23	BB00
003	1ouq_C_DA102_DT103	BBw	BB02	78	0.18	BB02
004	1ouq_C_DT103_DA104	BBB	BB00	11	0.48	BB00
005	1ouq_C_DA104_DA105	BBB	BB01	71	0.34	BB01
006	1ouq_C_DA105_DC106	NAN	NANT	0	0.54	BB02
007	1ouq_C_DC106_UMP107	NAN	NANT	0	0.34	BB03
008	1ouq_C_UMP107_DT108	BBw	BB16	62	0.58	BB16
009	1ouq_C_DT108_DC109	BBw	BB02	62	0.22	BB02
010	1ouq_C_DC109_DG110	BBB	BB00	86	0.24	BB00
011	1ouq_C_DG110_DT111	BBB	BB00	81	0.21	BB00
012	1ouq_C_DT111_DA112	BBB	BB00	82	0.17	BB00
013	1ouq_C_DA112_DT113	BBB	BB01	71	0.18	BB01
014	1ouq_C_DT113_DA114	BBB	BB00	25	0.42	BB00
015	1ouq_X_DT116_DG117	B12	BB04	51	0.32	BB04
016	1ouq_X_DG117_DT118	BBB	BB00	91	0.16	BB00
017	1ouq_X_DT118_DA119	BBw	BB11	25	0.34	BB11
018	1ouq_X_DA119_DT120	NAN	NANT	0	0.65	IC04
019	1ouq_X_DT120_DG121	BB2	BB07	20	0.51	BB07
020	1ouq_X_DG121_DC122	NAN	NANT	0	0.54	BB12
021	1ouq_X_DC122_DT123	BBw	BB16	60	0.58	BB16
022	1ouq_X_DT123_DA124	B12	BB05	64	0.28	BB05
023	1ouq_X_DA124_DT125	NAN	NANT	0	0.69	BB16
024	1ouq_X_DT125_DA126	NAN	NANT	0	0.48	BB02
025	1ouq_X_DA126_DC127	BBB	BB00	19	0.35	BB00
026	1ouq_X_DC127_DG128	BB2	BB07	80	0.15	BB07
027	1ouq_X_DG128_DA129	BBB	BB00	90	0.14	BB00
028	1ouq_X_DA129_DA130	B12	BB04	93	0.14	BB04
029	1ouq_X_DA130_DG131	BBB	BB00	79	0.20	BB00
030	1ouq_X_DG131_DT132	BBw	BB02	61	0.24	BB02
031	1ouq_X_DT132_DT133	BBB	BB00	77	0.22	BB00
032	1ouq_X_DT133_DA134	B12	BB04	53	0.29	BB04
033	1ouq_X_DA134_DT135	BBw	BB02	52	0.30	BB02
034	1ouq_X_DT135_DC136	BBw	BB11	56	0.38	BB11
035	1ouq_D_DG100_DG101	NAN	NANT	0	0.50	BB03
036	1ouq_D_DG101_DA102	BBB	BB00	50	0.32	BB00
037	1ouq_D_DA102_DT103	BBB	BB00	89	0.20	BB00
038	1ouq_D_DT103_DA104	B12	BB04	53	0.29	BB04
039	1ouq_D_DA104_DA105	BBB	BB00	53	0.34	BB00
040	1ouq_D_DA105_DC106	B-A	BA09	50	0.20	BA09
041	1ouq_D_DC106_DT107	NAN	NANT	0	0.48	BB16
042	1ouq_D_DT107_DT108	BBw	BB02	55	0.17	BB02
043	1ouq_D_DT108_DC109	BBw	BB02	17	0.23	BB02
044	1ouq_D_DC109_DG110	BBB	BB00	75	0.24	BB00
045	1ouq_D_DG110_DT111	B12	BB04	73	0.24	BB04
046	1ouq_D_DT111_DA112	BBB	BB00	68	0.30	BB00
047	1ouq_D_DA112_DT113	BBw	BB02	85	0.13	BB02
048	1ouq_D_DT113_DA114	B12	BB04	9	0.28	BB04
049	1ouq_D_DA114_DG115	BBB	BB01	32	0.20	BB01
050	1ouq_D_DG115_DC116	miB	BB12	38	0.34	BB12
051	1ouq_D_DC116_DA117	ICL	IC06	31	0.53	IC06
052	1ouq_D_DA117_DT118	B12	BB04	59	0.31	BB04
053	1ouq_D_DT118_DA119	B12	BB04	42	0.37	BB04
054	1ouq_D_DA119_DC120	BBB	BB00	86	0.18	BB00
055	1ouq_D_DC120_DA121	BBB	BB00	77	0.31	BB00
056	1ouq_D_DA121_DT122	miB	BB12	83	0.29	BB12
057	1ouq_D_DT122_DT123	BBw	BB16	62	0.49	BB16
058	1ouq_D_DT123_DA124	NAN	NANT	0	0.55	BB08
059	1ouq_D_DA124_DT125	NAN	NANT	0	0.48	AB03
060	1ouq_D_DT125_DA126	BBB	BB00	9	0.53	BB00
061	1ouq_D_DA126_DC127	BBB	BB00	71	0.30	BB00
062	1ouq_D_DC127_DG128	BB2	BB07	65	0.22	BB07
063	1ouq_D_DG128_DA129	BBw	BB02	94	0.21	BB02
064	1ouq_D_DA129_DA130	BBw	BB11	19	0.31	BB11
065	1ouq_D_DA130_DG131	BBB	BB00	39	0.31	BB00
066	1ouq_D_DG131_DT132	BBB	BB00	64	0.35	BB00
067	1ouq_D_DT132_DT133	NAN	NANT	0	0.62	BB02
068	1ouq_D_DT133_DA134	NAN	NANT	0	0.60	BB11
069	1ouq_D_DA134_DT135	BBw	BB03	57	0.34	BB03
070	1ouq_D_DT135_DC136	BBB	BB00	17	0.33	BB00
071	1ouq_G_DC100_DG101	miB	BB13	85	0.35	BB13
072	1ouq_G_DG101_DA102	BBB	BB00	14	0.43	BB00
073	1ouq_G_DA102_DT103	BBB	BB00	90	0.18	BB00
074	1ouq_G_DT103_DA104	B12	BB04	82	0.19	BB04
075	1ouq_G_DA104_DA105	BBB	BB00	71	0.30	BB00
076	1ouq_G_DA105_DC106	NAN	NANT	0	0.48	BB02
077	1ouq_G_DC106_UMP107	BBB	BB00	21	0.38	BB00
078	1ouq_G_UMP107_DT108	BBw	BB03	67	0.36	BB03
079	1ouq_G_DT108_DC109	BBB	BB00	31	0.50	BB00
080	1ouq_G_DC109_DG110	B12	BB04	69	0.26	BB04
081	1ouq_G_DG110_DT111	BBB	BB00	68	0.28	BB00
082	1ouq_G_DT111_DA112	BBB	BB00	83	0.13	BB00
083	1ouq_G_DA112_DT113	BBB	BB00	84	0.21	BB00
084	1ouq_G_DT113_DA114	B12	BB04	68	0.27	BB04
085	1ouq_Y_DT116_DG117	NAN	NANT	0	0.79	BB03
086	1ouq_Y_DG117_DT118	NAN	NANT	0	0.72	BB00
087	1ouq_Y_DT118_DA119	NAN	NANT	0	0.50	BB07
088	1ouq_Y_DA119_DT120	NAN	NANT	0	0.51	BB17
089	1ouq_Y_DT120_DG121	BB2	BB07	22	0.34	BB07
090	1ouq_Y_DG121_DC122	NAN	NANT	0	0.44	BB13
091	1ouq_Y_DC122_DT123	NAN	NANT	0	0.39	BB02
092	1ouq_Y_DT123_DA124	BBB	BB00	72	0.22	BB00
093	1ouq_Y_DA124_DT125	BBB	BB00	12	0.40	BB00
094	1ouq_Y_DT125_DA126	BBw	BB02	29	0.45	BB02
095	1ouq_Y_DA126_DC127	BBB	BB00	47	0.37	BB00
096	1ouq_Y_DC127_DG128	BB2	BB07	77	0.30	BB07
097	1ouq_Y_DG128_DA129	BBB	BB00	81	0.21	BB00
098	1ouq_Y_DA129_DA130	B12	BB04	85	0.17	BB04
099	1ouq_Y_DA130_DG131	BBw	BB11	74	0.24	BB11
100	1ouq_Y_DG131_DT132	NAN	NANT	0	0.43	BB02
101	1ouq_Y_DT132_DT133	BBB	BB00	62	0.33	BB00
102	1ouq_Y_DT133_DA134	BBw	BB11	70	0.36	BB11
103	1ouq_Y_DA134_DT135	miB	BB13	42	0.43	BB13
104	1ouq_Y_DT135_DC136	BBB	BB00	38	0.36	BB00
105	1ouq_H_DG100_DG101	BBB	BB00	46	0.37	BB00
106	1ouq_H_DG101_DA102	BBB	BB00	59	0.29	BB00
107	1ouq_H_DA102_DT103	miB	BB13	87	0.13	BB13
108	1ouq_H_DT103_DA104	BBw	BB16	76	0.36	BB16
109	1ouq_H_DA104_DA105	BBB	BB00	81	0.24	BB00
110	1ouq_H_DA105_DC106	NAN	NANT	0	0.55	BB02
111	1ouq_H_DC106_DT107	NAN	NANT	0	0.48	BB11
112	1ouq_H_DT107_DT108	BBw	BB16	64	0.57	BB16
113	1ouq_H_DT108_DC109	BBw	BB02	68	0.24	BB02
114	1ouq_H_DC109_DG110	BBB	BB00	71	0.39	BB00
115	1ouq_H_DG110_DT111	BBB	BB00	46	0.34	BB00
116	1ouq_H_DT111_DA112	BBB	BB00	60	0.28	BB00
117	1ouq_H_DA112_DT113	BBw	BB02	64	0.20	BB02
118	1ouq_H_DT113_DA114	B-A	BA05	9	0.57	BA05
119	1ouq_H_DA114_DG115	BBB	BB00	30	0.20	BB00
120	1ouq_H_DG115_DC116	B12	BB04	60	0.42	BB04
121	1ouq_H_DC116_DA117	BB2	BB07	32	0.55	BB07
122	1ouq_H_DA117_DT118	NAN	NANT	0	0.34	BB07
123	1ouq_H_DT118_DA119	BB2	BB07	79	0.31	BB07
124	1ouq_H_DA119_DC120	BBB	BB00	69	0.31	BB00
125	1ouq_H_DC120_DA121	BBB	BB00	77	0.29	BB00
126	1ouq_H_DA121_DT122	miB	BB12	69	0.34	BB12
127	1ouq_H_DT122_DT123	BBw	BB16	74	0.47	BB16
128	1ouq_H_DT123_DA124	NAN	NANT	0	0.38	BA08
129	1ouq_H_DA124_DT125	BBB	BB00	13	0.40	BB00
130	1ouq_H_DT125_DA126	BBw	BB02	11	0.45	BB02
131	1ouq_H_DA126_DC127	BBB	BB00	59	0.39	BB00
132	1ouq_H_DC127_DG128	BB2	BB07	84	0.21	BB07
133	1ouq_H_DG128_DA129	BBw	BB02	78	0.32	BB02
134	1ouq_H_DA129_DA130	BBB	BB00	58	0.24	BB00
135	1ouq_H_DA130_DG131	BBB	BB00	57	0.22	BB00
136	1ouq_H_DG131_DT132	BBB	BB00	56	0.36	BB00
137	1ouq_H_DT132_DT133	B12	BB04	81	0.32	BB04
138	1ouq_H_DT133_DA134	BBw	BB11	54	0.37	BB11
139	1ouq_H_DA134_DT135	BBw	BB02	24	0.35	BB02
140	1ouq_H_DT135_DC136	BBB	BB00	57	0.26	BB00

Steps with non-standard or missing atoms have not been assigned, description of conformers is defined in the table.

step:
Table of conformers

	δ1	ε1	ζ1	α2	β2	γ2	δ2	χ1	χ2	μ	NN	CC
step_torsions
ntC_average
Δ torsions
torsion scores

comments	step confal = NaN cartesian RMSD = NaN Å pseudorotation: NA details: NA

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Results of the assignment of 140 detected steps in 1 model(s), can be also downloaded as csv or json file. Average confal 0, percentile 0.

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