DNATCO v4.1: results

Crystal structure of nucleosome core particle in the presence of histone variant involved in reprogramming

Results of the assignment of 290 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	3x1v_I_DA1_DT2	BBw	BB03	70	0.32	BB03
002	3x1v_I_DT2_DC3	BBw	BB02	41	0.39	BB02
003	3x1v_I_DC3_DA4	BBB	BB00	40	0.42	BB00
004	3x1v_I_DA4_DA5	BBB	BB00	29	0.21	BB00
005	3x1v_I_DA5_DT6	BBw	BB02	12	0.26	BB02
006	3x1v_I_DT6_DA7	miB	BB15	66	0.30	BB15
007	3x1v_I_DA7_DT8	miB	BB15	69	0.31	BB15
008	3x1v_I_DT8_DC9	BBw	BB02	34	0.28	BB02
009	3x1v_I_DC9_DC10	NAN	NANT	0	0.44	BB10
010	3x1v_I_DC10_DA11	B12	BB04	73	0.20	BB04
011	3x1v_I_DA11_DC12	BBB	BB00	10	0.30	BB00
012	3x1v_I_DC12_DC13	BBw	BB02	67	0.30	BB02
013	3x1v_I_DC13_DT14	BBB	BB00	52	0.33	BB00
014	3x1v_I_DT14_DG15	NAN	NANT	0	0.59	BB04
015	3x1v_I_DG15_DC16	miB	BB15	24	0.31	BB15
016	3x1v_I_DC16_DA17	BB2	BB07	22	0.35	BB07
017	3x1v_I_DA17_DG18	BBB	BB00	59	0.26	BB00
018	3x1v_I_DG18_DA19	BBB	BB00	65	0.35	BB00
019	3x1v_I_DA19_DT20	BBw	BB02	66	0.22	BB02
020	3x1v_I_DT20_DT21	BBB	BB00	30	0.26	BB00
021	3x1v_I_DT21_DC22	BBB	BB00	84	0.26	BB00
022	3x1v_I_DC22_DT23	BBw	BB02	53	0.30	BB02
023	3x1v_I_DT23_DA24	BBB	BB00	31	0.24	BB00
024	3x1v_I_DA24_DC25	NAN	NANT	0	0.58	BB00
025	3x1v_I_DC25_DC26	BBB	BB00	73	0.33	BB00
026	3x1v_I_DC26_DA27	BB2	BB07	28	0.28	BB07
027	3x1v_I_DA27_DA28	BBB	BB00	84	0.20	BB00
028	3x1v_I_DA28_DA29	BB2	BB08	86	0.23	BB08
029	3x1v_I_DA29_DA30	BBB	BB00	41	0.30	BB00
030	3x1v_I_DA30_DG31	BBB	BB00	87	0.12	BB00
031	3x1v_I_DG31_DT32	BBw	BB02	78	0.14	BB02
032	3x1v_I_DT32_DG33	BBB	BB00	61	0.25	BB00
033	3x1v_I_DG33_DT34	BBB	BB00	53	0.37	BB00
034	3x1v_I_DT34_DA35	BBB	BB00	71	0.28	BB00
035	3x1v_I_DA35_DT36	NAN	NANT	0	0.49	BA10
036	3x1v_I_DT36_DT37	NAN	NANT	0	0.46	BB05
037	3x1v_I_DT37_DT38	miB	BB15	20	0.44	BB15
038	3x1v_I_DT38_DG39	BB2	BB07	45	0.31	BB07
039	3x1v_I_DG39_DG40	NAN	NANT	0	0.69	BB02
040	3x1v_I_DG40_DA41	NAN	NANT	0	0.42	BB16
041	3x1v_I_DA41_DA42	NAN	NANT	0	0.27	BB03
042	3x1v_I_DA42_DA43	miB	BB15	69	0.28	BB15
043	3x1v_I_DA43_DC44	BBw	BB02	74	0.20	BB02
044	3x1v_I_DC44_DT45	miB	BB12	23	0.40	BB12
045	3x1v_I_DT45_DG46	NAN	NANT	0	0.76	BB11
046	3x1v_I_DG46_DC47	BBw	BB02	30	0.31	BB02
047	3x1v_I_DC47_DT48	BB2	BB08	52	0.43	BB08
048	3x1v_I_DT48_DC49	miB	BB10	26	0.29	BB10
049	3x1v_I_DC49_DC50	NAN	NANT	0	0.43	BB00
050	3x1v_I_DC50_DA51	BBB	BB00	23	0.34	BB00
051	3x1v_I_DA51_DT52	NAN	NANT	0	0.32	BB02
052	3x1v_I_DT52_DC53	NAN	NANT	0	0.46	BB02
053	3x1v_I_DC53_DA54	miB	BB15	67	0.26	BB15
054	3x1v_I_DA54_DA55	NAN	NANT	0	0.60	BB12
055	3x1v_I_DA55_DA56	NAN	NANT	0	0.71	BB03
056	3x1v_I_DA56_DA57	BBB	BB00	69	0.35	BB00
057	3x1v_I_DA57_DG58	miB	BB12	27	0.56	BB12
058	3x1v_I_DG58_DG59	BBB	BB00	64	0.36	BB00
059	3x1v_I_DG59_DC60	BBB	BB00	62	0.28	BB00
060	3x1v_I_DC60_DA61	B12	BB04	57	0.21	BB04
061	3x1v_I_DA61_DT62	BBw	BB02	65	0.15	BB02
062	3x1v_I_DT62_DG63	BBB	BB00	24	0.29	BB00
063	3x1v_I_DG63_DT64	miB	BB15	66	0.27	BB15
064	3x1v_I_DT64_DT65	BBw	BB02	49	0.25	BB02
065	3x1v_I_DT65_DC66	BBB	BB00	43	0.23	BB00
066	3x1v_I_DC66_DA67	BB2	BB07	86	0.13	BB07
067	3x1v_I_DA67_DG68	B12	BB04	46	0.50	BB04
068	3x1v_I_DG68_DC69	BB2	BB07	56	0.23	BB07
069	3x1v_I_DC69_DT70	B12	BB04	70	0.23	BB04
070	3x1v_I_DT70_DG71	BBB	BB00	34	0.19	BB00
071	3x1v_I_DG71_DA72	BBB	BB00	88	0.28	BB00
072	3x1v_I_DA72_DA73	miB	BB15	91	0.20	BB15
073	3x1v_I_DA73_DT74	BBw	BB02	74	0.20	BB02
074	3x1v_I_DT74_DT75	miB	BB15	74	0.15	BB15
075	3x1v_I_DT75_DC76	BBB	BB00	90	0.16	BB00
076	3x1v_I_DC76_DA77	B12	BB04	71	0.25	BB04
077	3x1v_I_DA77_DG78	B12	BB04	32	0.39	BB04
078	3x1v_I_DG78_DC79	BB2	BB07	42	0.21	BB07
079	3x1v_I_DC79_DT80	B12	BB04	47	0.32	BB04
080	3x1v_I_DT80_DG81	B12	BB04	82	0.20	BB04
081	3x1v_I_DG81_DA82	BBB	BB00	86	0.22	BB00
082	3x1v_I_DA82_DA83	miB	BB15	76	0.21	BB15
083	3x1v_I_DA83_DC84	BBw	BB02	16	0.40	BB02
084	3x1v_I_DC84_DA85	B12	BB04	35	0.22	BB04
085	3x1v_I_DA85_DT86	BBw	BB02	20	0.28	BB02
086	3x1v_I_DT86_DG87	BBB	BB00	77	0.26	BB00
087	3x1v_I_DG87_DC88	BB2	BB07	57	0.31	BB07
088	3x1v_I_DC88_DC89	BBB	BB00	55	0.23	BB00
089	3x1v_I_DC89_DT90	BB2	BB07	64	0.26	BB07
090	3x1v_I_DT90_DT91	miB	BB15	70	0.25	BB15
091	3x1v_I_DT91_DT92	BBw	BB02	65	0.22	BB02
092	3x1v_I_DT92_DT93	NAN	NANT	0	0.37	BB15
093	3x1v_I_DT93_DG94	NAN	NANT	0	0.34	BB10
094	3x1v_I_DG94_DA95	BBB	BB00	54	0.39	BB00
095	3x1v_I_DA95_DT96	BBw	BB02	37	0.22	BB02
096	3x1v_I_DT96_DG97	miB	BB15	40	0.38	BB15
097	3x1v_I_DG97_DG98	BBB	BB00	65	0.24	BB00
098	3x1v_I_DG98_DA99	B12	BB04	50	0.41	BB04
099	3x1v_I_DA99_DG100	B12	BB04	29	0.60	BB04
100	3x1v_I_DG100_DC101	NAN	NANT	0	0.41	BB08
101	3x1v_I_DC101_DA102	BBB	BB00	48	0.56	BB00
102	3x1v_I_DA102_DG103	NAN	NANT	0	0.41	BB15
103	3x1v_I_DG103_DT104	BBw	BB02	73	0.17	BB02
104	3x1v_I_DT104_DT105	BBw	BB02	67	0.28	BB02
105	3x1v_I_DT105_DT106	miB	BB15	60	0.23	BB15
106	3x1v_I_DT106_DC107	BBB	BB00	36	0.21	BB00
107	3x1v_I_DC107_DC108	BBw	BB11	48	0.34	BB11
108	3x1v_I_DC108_DA109	BB2	BB07	25	0.46	BB07
109	3x1v_I_DA109_DA110	BBB	BB00	77	0.19	BB00
110	3x1v_I_DA110_DA111	B12	BB04	72	0.16	BB04
111	3x1v_I_DA111_DT112	miB	BB15	45	0.33	BB15
112	3x1v_I_DT112_DA113	miB	BB15	88	0.16	BB15
113	3x1v_I_DA113_DC114	miB	BB13	77	0.30	BB13
114	3x1v_I_DC114_DA115	BBB	BB00	64	0.45	BB00
115	3x1v_I_DA115_DC116	BBw	BB02	38	0.34	BB02
116	3x1v_I_DC116_DT117	miB	BB15	61	0.29	BB15
117	3x1v_I_DT117_DT118	B12	BB05	32	0.31	BB05
118	3x1v_I_DT118_DT119	miB	BB15	54	0.40	BB15
119	3x1v_I_DT119_DT120	B12	BB04	42	0.30	BB04
120	3x1v_I_DT120_DG121	B12	BB04	43	0.29	BB04
121	3x1v_I_DG121_DG122	miB	BB15	49	0.29	BB15
122	3x1v_I_DG122_DT123	miB	BB15	65	0.17	BB15
123	3x1v_I_DT123_DA124	BBB	BB00	76	0.22	BB00
124	3x1v_I_DA124_DG125	BBw	BB03	49	0.58	BB03
125	3x1v_I_DG125_DA126	BBB	BB00	68	0.24	BB00
126	3x1v_I_DA126_DA127	BBB	BB00	87	0.15	BB00
127	3x1v_I_DA127_DT128	miB	BB13	76	0.21	BB13
128	3x1v_I_DT128_DC129	BBw	BB02	27	0.47	BB02
129	3x1v_I_DC129_DT130	BBB	BB00	22	0.56	BB00
130	3x1v_I_DT130_DG131	BB2	BB08	27	0.63	BB08
131	3x1v_I_DG131_DC132	BBB	BB00	19	0.49	BB00
132	3x1v_I_DC132_DA133	BB2	BB07	59	0.25	BB07
133	3x1v_I_DA133_DG134	BBw	BB02	67	0.25	BB02
134	3x1v_I_DG134_DG135	NAN	NANT	0	0.29	BB15
135	3x1v_I_DG135_DT136	miB	BB12	41	0.46	BB12
136	3x1v_I_DT136_DG137	NAN	NANT	0	0.73	AB03
137	3x1v_I_DG137_DG138	BBB	BB00	26	0.38	BB00
138	3x1v_I_DG138_DA139	miB	BB15	64	0.41	BB15
139	3x1v_I_DA139_DT140	NAN	NANT	0	0.34	BB15
140	3x1v_I_DT140_DA141	NAN	NANT	0	0.46	BA05
141	3x1v_I_DA141_DT142	miB	BB15	72	0.23	BB15
142	3x1v_I_DT142_DT143	miB	BB15	72	0.27	BB15
143	3x1v_I_DT143_DG144	BBB	BB00	59	0.30	BB00
144	3x1v_I_DG144_DA145	BBB	BB00	83	0.21	BB00
145	3x1v_I_DA145_DT146	BBw	BB02	16	0.36	BB02
146	3x1v_J_DA147_DT148	BBw	BB03	74	0.20	BB03
147	3x1v_J_DT148_DC149	BBw	BB02	31	0.48	BB02
148	3x1v_J_DC149_DA150	BBB	BB00	34	0.32	BB00
149	3x1v_J_DA150_DA151	BBB	BB00	29	0.13	BB00
150	3x1v_J_DA151_DT152	miB	BB13	41	0.37	BB13
151	3x1v_J_DT152_DA153	miB	BB15	69	0.45	BB15
152	3x1v_J_DA153_DT154	miB	BB15	82	0.25	BB15
153	3x1v_J_DT154_DC155	BBw	BB02	26	0.32	BB02
154	3x1v_J_DC155_DC156	NAN	NANT	0	0.54	BB10
155	3x1v_J_DC156_DA157	BBw	BB11	52	0.44	BB11
156	3x1v_J_DA157_DC158	BBB	BB00	10	0.40	BB00
157	3x1v_J_DC158_DC159	BBw	BB02	74	0.17	BB02
158	3x1v_J_DC159_DT160	BBB	BB00	55	0.30	BB00
159	3x1v_J_DT160_DG161	NAN	NANT	0	0.44	BB04
160	3x1v_J_DG161_DC162	BBw	BB02	8	0.42	BB02
161	3x1v_J_DC162_DA163	BB2	BB07	26	0.29	BB07
162	3x1v_J_DA163_DG164	BBB	BB00	63	0.31	BB00
163	3x1v_J_DG164_DA165	NAN	NANT	0	0.34	BB05
164	3x1v_J_DA165_DT166	BBw	BB02	60	0.33	BB02
165	3x1v_J_DT166_DT167	BBB	BB00	24	0.25	BB00
166	3x1v_J_DT167_DC168	BBB	BB00	75	0.29	BB00
167	3x1v_J_DC168_DT169	BBw	BB02	50	0.27	BB02
168	3x1v_J_DT169_DA170	BBB	BB00	12	0.28	BB00
169	3x1v_J_DA170_DC171	NAN	NANT	0	0.45	BB02
170	3x1v_J_DC171_DC172	BBw	BB03	59	0.35	BB03
171	3x1v_J_DC172_DA173	NAN	NANT	0	0.55	BB08
172	3x1v_J_DA173_DA174	BBB	BB00	78	0.21	BB00
173	3x1v_J_DA174_DA175	BB2	BB08	66	0.42	BB08
174	3x1v_J_DA175_DA176	BBB	BB00	59	0.28	BB00
175	3x1v_J_DA176_DG177	BBB	BB00	92	0.17	BB00
176	3x1v_J_DG177_DT178	BBw	BB02	79	0.24	BB02
177	3x1v_J_DT178_DG179	BBB	BB00	60	0.23	BB00
178	3x1v_J_DG179_DT180	BBB	BB00	40	0.22	BB00
179	3x1v_J_DT180_DA181	BBB	BB00	72	0.26	BB00
180	3x1v_J_DA181_DT182	NAN	NANT	0	0.43	BA10
181	3x1v_J_DT182_DT183	NAN	NANT	0	0.55	BB00
182	3x1v_J_DT183_DT184	NAN	NANT	0	0.42	BB15
183	3x1v_J_DT184_DG185	BB2	BB07	83	0.28	BB07
184	3x1v_J_DG185_DG186	miB	BB15	39	0.33	BB15
185	3x1v_J_DG186_DA187	NAN	NANT	0	0.37	BB07
186	3x1v_J_DA187_DA188	BBB	BB00	66	0.19	BB00
187	3x1v_J_DA188_DA189	miB	BB15	64	0.30	BB15
188	3x1v_J_DA189_DC190	miB	BB12	24	0.36	BB12
189	3x1v_J_DC190_DT191	NAN	NANT	0	0.39	BB16
190	3x1v_J_DT191_DG192	BB2	BB07	82	0.21	BB07
191	3x1v_J_DG192_DC193	BBw	BB02	24	0.41	BB02
192	3x1v_J_DC193_DT194	NAN	NANT	0	0.50	BB08
193	3x1v_J_DT194_DC195	NAN	NANT	0	0.51	BB15
194	3x1v_J_DC195_DC196	BBB	BB00	47	0.39	BB00
195	3x1v_J_DC196_DA197	BBB	BB00	56	0.26	BB00
196	3x1v_J_DA197_DT198	BBw	BB02	20	0.39	BB02
197	3x1v_J_DT198_DC199	NAN	NANT	0	0.46	BB02
198	3x1v_J_DC199_DA200	miB	BB15	67	0.20	BB15
199	3x1v_J_DA200_DA201	miB	BB10	75	0.36	BB10
200	3x1v_J_DA201_DA202	B12	BB04	13	0.33	BB04
201	3x1v_J_DA202_DA203	BBB	BB00	71	0.33	BB00
202	3x1v_J_DA203_DG204	NAN	NANT	0	0.30	BB10
203	3x1v_J_DG204_DG205	NAN	NANT	0	0.46	BB07
204	3x1v_J_DG205_DC206	NAN	NANT	0	0.49	BB11
205	3x1v_J_DC206_DA207	B12	BB04	28	0.32	BB04
206	3x1v_J_DA207_DT208	BBw	BB02	64	0.16	BB02
207	3x1v_J_DT208_DG209	BBB	BB00	17	0.27	BB00
208	3x1v_J_DG209_DT210	miB	BB15	76	0.17	BB15
209	3x1v_J_DT210_DT211	BBw	BB02	34	0.38	BB02
210	3x1v_J_DT211_DC212	BBB	BB00	22	0.26	BB00
211	3x1v_J_DC212_DA213	BB2	BB07	79	0.18	BB07
212	3x1v_J_DA213_DG214	BB2	BB07	47	0.28	BB07
213	3x1v_J_DG214_DC215	BBB	BB00	63	0.29	BB00
214	3x1v_J_DC215_DT216	B12	BB04	83	0.18	BB04
215	3x1v_J_DT216_DG217	BBB	BB00	30	0.34	BB00
216	3x1v_J_DG217_DA218	BBB	BB00	88	0.22	BB00
217	3x1v_J_DA218_DA219	miB	BB15	81	0.21	BB15
218	3x1v_J_DA219_DT220	BBw	BB02	73	0.24	BB02
219	3x1v_J_DT220_DT221	miB	BB15	73	0.20	BB15
220	3x1v_J_DT221_DC222	BBB	BB00	88	0.13	BB00
221	3x1v_J_DC222_DA223	B12	BB04	82	0.21	BB04
222	3x1v_J_DA223_DG224	B12	BB04	31	0.29	BB04
223	3x1v_J_DG224_DC225	BB2	BB07	16	0.42	BB07
224	3x1v_J_DC225_DT226	B12	BB04	50	0.29	BB04
225	3x1v_J_DT226_DG227	B12	BB04	48	0.41	BB04
226	3x1v_J_DG227_DA228	B12	BB04	68	0.26	BB04
227	3x1v_J_DA228_DA229	miB	BB15	76	0.22	BB15
228	3x1v_J_DA229_DC230	BBw	BB02	25	0.28	BB02
229	3x1v_J_DC230_DA231	B12	BB04	61	0.22	BB04
230	3x1v_J_DA231_DT232	NAN	NANT	0	0.32	BB02
231	3x1v_J_DT232_DG233	BBB	BB00	66	0.25	BB00
232	3x1v_J_DG233_DC234	BB2	BB07	39	0.33	BB07
233	3x1v_J_DC234_DC235	BBB	BB00	72	0.14	BB00
234	3x1v_J_DC235_DT236	BB2	BB07	67	0.18	BB07
235	3x1v_J_DT236_DT237	BBB	BB00	21	0.16	BB00
236	3x1v_J_DT237_DT238	BBw	BB02	50	0.31	BB02
237	3x1v_J_DT238_DT239	NAN	NANT	0	0.46	BB15
238	3x1v_J_DT239_DG240	miB	BB10	36	0.28	BB10
239	3x1v_J_DG240_DA241	BBw	BB03	9	0.50	BB03
240	3x1v_J_DA241_DT242	BBw	BB02	21	0.40	BB02
241	3x1v_J_DT242_DG243	miB	BB15	60	0.25	BB15
242	3x1v_J_DG243_DG244	BBB	BB00	82	0.16	BB00
243	3x1v_J_DG244_DA245	B12	BB04	63	0.30	BB04
244	3x1v_J_DA245_DG246	B12	BB04	56	0.35	BB04
245	3x1v_J_DG246_DC247	NAN	NANT	0	0.39	BB02
246	3x1v_J_DC247_DA248	NAN	NANT	0	0.77	BB11
247	3x1v_J_DA248_DG249	miB	BB15	23	0.32	BB15
248	3x1v_J_DG249_DT250	BBw	BB02	69	0.29	BB02
249	3x1v_J_DT250_DT251	BBw	BB02	57	0.37	BB02
250	3x1v_J_DT251_DT252	miB	BB15	55	0.24	BB15
251	3x1v_J_DT252_DC253	BBB	BB00	34	0.29	BB00
252	3x1v_J_DC253_DC254	BBw	BB11	48	0.41	BB11
253	3x1v_J_DC254_DA255	BB2	BB07	49	0.35	BB07
254	3x1v_J_DA255_DA256	BBB	BB00	76	0.19	BB00
255	3x1v_J_DA256_DA257	BBB	BB00	65	0.25	BB00
256	3x1v_J_DA257_DT258	miB	BB15	31	0.31	BB15
257	3x1v_J_DT258_DA259	BBB	BB00	10	0.28	BB00
258	3x1v_J_DA259_DC260	NAN	NANT	0	0.38	BB02
259	3x1v_J_DC260_DA261	BBB	BB00	63	0.41	BB00
260	3x1v_J_DA261_DC262	BBw	BB02	37	0.38	BB02
261	3x1v_J_DC262_DT263	miB	BB15	63	0.32	BB15
262	3x1v_J_DT263_DT264	miB	BB13	73	0.23	BB13
263	3x1v_J_DT264_DT265	miB	BB15	46	0.51	BB15
264	3x1v_J_DT265_DT266	B12	BB04	42	0.26	BB04
265	3x1v_J_DT266_DG267	B12	BB04	22	0.38	BB04
266	3x1v_J_DG267_DG268	miB	BB15	69	0.21	BB15
267	3x1v_J_DG268_DT269	miB	BB15	56	0.26	BB15
268	3x1v_J_DT269_DA270	BBB	BB00	79	0.33	BB00
269	3x1v_J_DA270_DG271	BBw	BB03	52	0.37	BB03
270	3x1v_J_DG271_DA272	BBB	BB00	78	0.20	BB00
271	3x1v_J_DA272_DA273	BBB	BB00	94	0.13	BB00
272	3x1v_J_DA273_DT274	B12	BB05	12	0.44	BB05
273	3x1v_J_DT274_DC275	BBw	BB02	35	0.37	BB02
274	3x1v_J_DC275_DT276	BBw	BB02	20	0.35	BB02
275	3x1v_J_DT276_DG277	BB2	BB08	22	0.52	BB08
276	3x1v_J_DG277_DC278	BBB	BB00	30	0.46	BB00
277	3x1v_J_DC278_DA279	BB2	BB07	76	0.31	BB07
278	3x1v_J_DA279_DG280	BBw	BB02	40	0.39	BB02
279	3x1v_J_DG280_DG281	miB	BB15	19	0.30	BB15
280	3x1v_J_DG281_DT282	NAN	NANT	0	0.53	BB05
281	3x1v_J_DT282_DG283	NAN	NANT	0	0.40	AB03
282	3x1v_J_DG283_DG284	NAN	NANT	0	0.51	BB00
283	3x1v_J_DG284_DA285	miB	BB15	44	0.40	BB15
284	3x1v_J_DA285_DT286	NAN	NANT	0	0.28	BB15
285	3x1v_J_DT286_DA287	NAN	NANT	0	0.49	BA05
286	3x1v_J_DA287_DT288	miB	BB15	63	0.26	BB15
287	3x1v_J_DT288_DT289	miB	BB15	72	0.24	BB15
288	3x1v_J_DT289_DG290	BBB	BB00	53	0.21	BB00
289	3x1v_J_DG290_DA291	BBB	BB00	74	0.37	BB00
290	3x1v_J_DA291_DT292	BBw	BB02	13	0.42	BB02

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

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

Results of the assignment of 290 detected steps in 1 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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