DNATCO v4.1: results

Dodecamer DNA containing the synthetic base pair P-Z

Results of the assignment of 140 detected steps in 10 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	6i4o-m10_A_DC1_DG2	BB2	BB07	16	0.49	BB07
002	6i4o-m1_A_DC1_DG2	BB2	BB07	16	0.50	BB07
003	6i4o-m2_A_DC1_DG2	BB2	BB07	13	0.50	BB07
004	6i4o-m3_A_DC1_DG2	NAN	NANT	0	0.62	BA17
005	6i4o-m4_A_DC1_DG2	NAN	NANT	0	0.59	BA17
006	6i4o-m5_A_DC1_DG2	BB2	BB07	27	0.45	BB07
007	6i4o-m6_A_DC1_DG2	BB2	BB07	12	0.50	BB07
008	6i4o-m7_A_DC1_DG2	NAN	NANT	0	0.65	BB07
009	6i4o-m8_A_DC1_DG2	BB2	BB07	11	0.47	BB07
010	6i4o-m9_A_DC1_DG2	BB2	BB07	11	0.47	BB07
011	6i4o-m10_A_DG2_DA3	BB2	BB07	55	0.30	BB07
012	6i4o-m1_A_DG2_DA3	BB2	BB07	38	0.41	BB07
013	6i4o-m2_A_DG2_DA3	BB2	BB07	51	0.30	BB07
014	6i4o-m3_A_DG2_DA3	BB2	BB07	54	0.31	BB07
015	6i4o-m4_A_DG2_DA3	BB2	BB07	50	0.31	BB07
016	6i4o-m5_A_DG2_DA3	BB2	BB07	53	0.37	BB07
017	6i4o-m6_A_DG2_DA3	BB2	BB07	60	0.22	BB07
018	6i4o-m7_A_DG2_DA3	BB2	BB07	32	0.37	BB07
019	6i4o-m8_A_DG2_DA3	BB2	BB07	59	0.27	BB07
020	6i4o-m9_A_DG2_DA3	BB2	BB07	63	0.22	BB07
021	6i4o-m10_A_DA3_DT4	BBB	BB00	83	0.19	BB00
022	6i4o-m1_A_DA3_DT4	BBB	BB00	79	0.22	BB00
023	6i4o-m2_A_DA3_DT4	BBB	BB00	77	0.18	BB00
024	6i4o-m3_A_DA3_DT4	BBB	BB00	83	0.23	BB00
025	6i4o-m4_A_DA3_DT4	BBB	BB00	82	0.20	BB00
026	6i4o-m5_A_DA3_DT4	BBB	BB00	80	0.24	BB00
027	6i4o-m6_A_DA3_DT4	BBB	BB00	86	0.17	BB00
028	6i4o-m7_A_DA3_DT4	BBB	BB00	89	0.19	BB00
029	6i4o-m8_A_DA3_DT4	BBB	BB00	82	0.19	BB00
030	6i4o-m9_A_DA3_DT4	BBB	BB00	81	0.19	BB00
031	6i4o-m10_A_DT6_DA7	BBB	BB01	48	0.28	BB01
032	6i4o-m1_A_DT6_DA7	BBB	BB01	66	0.29	BB01
033	6i4o-m2_A_DT6_DA7	BBB	BB01	37	0.35	BB01
034	6i4o-m3_A_DT6_DA7	BBB	BB01	73	0.22	BB01
035	6i4o-m4_A_DT6_DA7	B-A	BA05	55	0.22	BA05
036	6i4o-m5_A_DT6_DA7	B-A	BA05	59	0.16	BA05
037	6i4o-m6_A_DT6_DA7	B-A	BA05	51	0.22	BA05
038	6i4o-m7_A_DT6_DA7	BBB	BB01	64	0.26	BB01
039	6i4o-m8_A_DT6_DA7	BBB	BB01	67	0.26	BB01
040	6i4o-m9_A_DT6_DA7	BBB	BB00	75	0.23	BB00
041	6i4o-m10_A_DA9_DT10	miB	BB12	57	0.38	BB12
042	6i4o-m1_A_DA9_DT10	B-A	BA05	87	0.21	BA05
043	6i4o-m2_A_DA9_DT10	B-A	BA01	66	0.22	BA01
044	6i4o-m3_A_DA9_DT10	B-A	BA05	82	0.24	BA05
045	6i4o-m4_A_DA9_DT10	B-A	BA01	67	0.24	BA01
046	6i4o-m5_A_DA9_DT10	B-A	BA01	71	0.22	BA01
047	6i4o-m6_A_DA9_DT10	miB	BB12	86	0.20	BB12
048	6i4o-m7_A_DA9_DT10	miB	BB12	77	0.30	BB12
049	6i4o-m8_A_DA9_DT10	miB	BB12	73	0.35	BB12
050	6i4o-m9_A_DA9_DT10	miB	BB12	77	0.37	BB12
051	6i4o-m10_A_DT10_DC11	BBB	BB00	41	0.65	BB00
052	6i4o-m1_A_DT10_DC11	AAA	AA02	65	0.50	AA02
053	6i4o-m2_A_DT10_DC11	AAA	AA00	24	0.43	AA00
054	6i4o-m3_A_DT10_DC11	AAA	AA02	50	0.51	AA02
055	6i4o-m4_A_DT10_DC11	AAA	AA02	50	0.49	AA02
056	6i4o-m5_A_DT10_DC11	AAA	AA02	55	0.46	AA02
057	6i4o-m6_A_DT10_DC11	BBB	BB00	20	0.74	BB00
058	6i4o-m7_A_DT10_DC11	BBB	BB00	28	0.69	BB00
059	6i4o-m8_A_DT10_DC11	BBB	BB00	37	0.65	BB00
060	6i4o-m9_A_DT10_DC11	BBB	BB00	24	0.70	BB00
061	6i4o-m10_A_DC11_DG12	NAN	NANT	0	0.94	BB15
062	6i4o-m1_A_DC11_DG12	A-B	AB01	70	0.31	AB01
063	6i4o-m2_A_DC11_DG12	A-B	AB01	39	0.50	AB01
064	6i4o-m3_A_DC11_DG12	A-B	AB01	39	0.43	AB01
065	6i4o-m4_A_DC11_DG12	A-B	AB01	47	0.39	AB01
066	6i4o-m5_A_DC11_DG12	A-B	AB01	25	0.50	AB01
067	6i4o-m6_A_DC11_DG12	NAN	NANT	0	0.96	BB15
068	6i4o-m7_A_DC11_DG12	NAN	NANT	0	0.92	BB15
069	6i4o-m8_A_DC11_DG12	NAN	NANT	0	1.00	BB15
070	6i4o-m9_A_DC11_DG12	NAN	NANT	0	0.99	BB15
071	6i4o-m10_B_DC13_DG14	A-B	AB01	19	0.68	AB01
072	6i4o-m1_B_DC13_DG14	BB2	BB07	23	0.42	BB07
073	6i4o-m2_B_DC13_DG14	BB2	BB07	17	0.43	BB07
074	6i4o-m3_B_DC13_DG14	BB2	BB07	10	0.42	BB07
075	6i4o-m4_B_DC13_DG14	BB2	BB07	21	0.42	BB07
076	6i4o-m5_B_DC13_DG14	NAN	NANT	0	0.50	BB07
077	6i4o-m6_B_DC13_DG14	BBB	BB00	18	0.54	BB00
078	6i4o-m7_B_DC13_DG14	A-B	AB01	74	0.52	AB01
079	6i4o-m8_B_DC13_DG14	BBw	BB16	31	0.55	BB16
080	6i4o-m9_B_DC13_DG14	A-B	AB01	69	0.53	AB01
081	6i4o-m10_B_DG14_DA15	BB2	BB07	51	0.38	BB07
082	6i4o-m1_B_DG14_DA15	BB2	BB07	67	0.23	BB07
083	6i4o-m2_B_DG14_DA15	BB2	BB07	51	0.26	BB07
084	6i4o-m3_B_DG14_DA15	BB2	BB07	44	0.35	BB07
085	6i4o-m4_B_DG14_DA15	BB2	BB07	52	0.33	BB07
086	6i4o-m5_B_DG14_DA15	BB2	BB07	43	0.34	BB07
087	6i4o-m6_B_DG14_DA15	BB2	BB07	62	0.41	BB07
088	6i4o-m7_B_DG14_DA15	BB2	BB07	64	0.34	BB07
089	6i4o-m8_B_DG14_DA15	BB2	BB07	55	0.37	BB07
090	6i4o-m9_B_DG14_DA15	BB2	BB07	48	0.40	BB07
091	6i4o-m10_B_DA15_DT16	BBB	BB00	66	0.21	BB00
092	6i4o-m1_B_DA15_DT16	BBB	BB00	84	0.21	BB00
093	6i4o-m2_B_DA15_DT16	BBB	BB00	85	0.15	BB00
094	6i4o-m3_B_DA15_DT16	BBB	BB00	87	0.24	BB00
095	6i4o-m4_B_DA15_DT16	BBB	BB00	85	0.23	BB00
096	6i4o-m5_B_DA15_DT16	BBB	BB00	89	0.16	BB00
097	6i4o-m6_B_DA15_DT16	BBB	BB00	91	0.15	BB00
098	6i4o-m7_B_DA15_DT16	BBB	BB00	68	0.23	BB00
099	6i4o-m8_B_DA15_DT16	BBB	BB00	85	0.22	BB00
100	6i4o-m9_B_DA15_DT16	BBB	BB00	83	0.20	BB00
101	6i4o-m10_B_DT18_DA19	B-A	BA05	71	0.22	BA05
102	6i4o-m1_B_DT18_DA19	BBB	BB01	69	0.28	BB01
103	6i4o-m2_B_DT18_DA19	B-A	BA05	27	0.30	BA05
104	6i4o-m3_B_DT18_DA19	BBB	BB01	41	0.42	BB01
105	6i4o-m4_B_DT18_DA19	BBB	BB00	22	0.48	BB00
106	6i4o-m5_B_DT18_DA19	BBB	BB00	16	0.43	BB00
107	6i4o-m6_B_DT18_DA19	BBB	BB01	64	0.27	BB01
108	6i4o-m7_B_DT18_DA19	B-A	BA05	56	0.14	BA05
109	6i4o-m8_B_DT18_DA19	BBB	BB01	90	0.21	BB01
110	6i4o-m9_B_DT18_DA19	BBB	BB01	14	0.39	BB01
111	6i4o-m10_B_DA21_DT22	miB	BB12	84	0.15	BB12
112	6i4o-m1_B_DA21_DT22	B-A	BA05	81	0.22	BA05
113	6i4o-m2_B_DA21_DT22	B-A	BA05	82	0.23	BA05
114	6i4o-m3_B_DA21_DT22	B-A	BA05	88	0.22	BA05
115	6i4o-m4_B_DA21_DT22	B-A	BA05	83	0.18	BA05
116	6i4o-m5_B_DA21_DT22	B-A	BA05	87	0.21	BA05
117	6i4o-m6_B_DA21_DT22	miB	BB12	84	0.19	BB12
118	6i4o-m7_B_DA21_DT22	miB	BB12	86	0.15	BB12
119	6i4o-m8_B_DA21_DT22	miB	BB12	85	0.20	BB12
120	6i4o-m9_B_DA21_DT22	miB	BB12	76	0.23	BB12
121	6i4o-m10_B_DT22_DC23	NAN	NANT	0	0.49	BB16
122	6i4o-m1_B_DT22_DC23	AAA	AA02	65	0.45	AA02
123	6i4o-m2_B_DT22_DC23	AAA	AA02	54	0.49	AA02
124	6i4o-m3_B_DT22_DC23	AAA	AA02	58	0.51	AA02
125	6i4o-m4_B_DT22_DC23	AAA	AA02	56	0.45	AA02
126	6i4o-m5_B_DT22_DC23	AAA	AA02	65	0.46	AA02
127	6i4o-m6_B_DT22_DC23	NAN	NANT	0	0.49	BB16
128	6i4o-m7_B_DT22_DC23	NAN	NANT	0	0.45	BB16
129	6i4o-m8_B_DT22_DC23	NAN	NANT	0	0.48	BB16
130	6i4o-m9_B_DT22_DC23	NAN	NANT	0	0.45	BB16
131	6i4o-m10_B_DC23_DG24	AAA	AA02	55	0.54	AA02
132	6i4o-m1_B_DC23_DG24	A-B	AB01	46	0.52	AB01
133	6i4o-m2_B_DC23_DG24	A-B	AB01	46	0.51	AB01
134	6i4o-m3_B_DC23_DG24	A-B	AB01	23	0.57	AB01
135	6i4o-m4_B_DC23_DG24	A-B	AB01	54	0.45	AB01
136	6i4o-m5_B_DC23_DG24	A-B	AB01	59	0.48	AB01
137	6i4o-m6_B_DC23_DG24	NAN	NANT	0	0.68	AA01
138	6i4o-m7_B_DC23_DG24	NAN	NANT	0	0.70	AA01
139	6i4o-m8_B_DC23_DG24	AAA	AA02	67	0.49	AA02
140	6i4o-m9_B_DC23_DG24	NAN	NANT	0	0.69	BA10

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

Similarity of step to class averages

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Color by NtC (balls)

A

A-B

B-A

IC

OPN

Z

N

Results of the assignment of 140 detected steps in 10 model(s), can be also downloaded as csv or json file. Average confal 0, percentile 0.

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Restraints

User-based restraints

Definitions

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