BMRBj - BMREntryMaster

Found 1 Document (0.558 seconds)

BMRB: 30949

7S55

NMR Solution Structure of Cter 27

Authors

Harvey, P.J., Dang, T.T., Craik, D.J.

Assembly

Cliotide T10

Entity

1. Cliotide T10 (polymer, Thiol state: all disulfide bound), 31 monomers, 3268.887 Da Detail

GIPCGESCVY IPCTVTALLG CSCKDKVCYK N

Formula weight

3268.887 Da

Entity Connection

disulfide 3, covalent 1 Detail

ID	Type	Value order	Atom ID 1	Atom ID 2
1	disulfide	sing	1:CYS4:SG	1:CYS21:SG
2	disulfide	sing	1:CYS8:SG	1:CYS23:SG
3	disulfide	sing	1:CYS13:SG	1:CYS28:SG
4	covalent	sing	1:GLY1:N	1:ASN31:C

Source organism

Clitoria ternatea

Exptl. method

solution NMR

Data set

assigned_chemical_shifts

Chemcal Shifts

¹H: 205, ¹³C: 91, ¹⁵N: 28 assignments Detail

ID	Entity ID	Seq ID	Comp ID	Atom ID	Atom type	Val	Val err	Ambig. code
1	1	1	GLY	H	H	8.603	0.002	1
2	1	1	GLY	HA2	H	4.127	0.001	2
3	1	1	GLY	HA3	H	3.436	0.002	2
4	1	1	GLY	CA	C	45.229	0.014	1
5	1	1	GLY	N	N	102.407	0.000	1
6	1	2	ILE	H	H	8.089	0.003	1
7	1	2	ILE	HA	H	4.819	0.011	1
8	1	2	ILE	HB	H	2.193	0.007	1
9	1	2	ILE	HG12	H	1.591	0.000	2
10	1	2	ILE	HG13	H	1.319	0.008	2
11	1	2	ILE	HG21	H	1.034	0.007	1
12	1	2	ILE	HG22	H	1.034	0.007	1
13	1	2	ILE	HG23	H	1.034	0.007	1
14	1	2	ILE	HD11	H	0.907	0.006	1
15	1	2	ILE	HD12	H	0.907	0.006	1
16	1	2	ILE	HD13	H	0.907	0.006	1
17	1	2	ILE	CA	C	57.387	0.000	1
18	1	2	ILE	CB	C	39.298	0.000	1
19	1	2	ILE	CG1	C	26.979	0.012	1
20	1	2	ILE	CG2	C	16.560	0.000	1
21	1	2	ILE	CD1	C	11.666	0.000	1
22	1	2	ILE	N	N	123.504	0.000	1
23	1	3	PRO	HA	H	4.183	0.001	1
24	1	3	PRO	HB2	H	2.052	0.003	2
25	1	3	PRO	HB3	H	1.895	0.008	2
26	1	3	PRO	HG2	H	2.169	0.009	2
27	1	3	PRO	HG3	H	1.985	0.004	2
28	1	3	PRO	HD2	H	4.077	0.008	2
29	1	3	PRO	HD3	H	3.889	0.006	2
30	1	3	PRO	CB	C	32.019	0.000	1
31	1	3	PRO	CG	C	27.594	0.000	1
32	1	3	PRO	CD	C	51.627	0.007	1
33	1	4	CYS	H	H	8.542	0.002	1
34	1	4	CYS	HA	H	4.587	0.004	1
35	1	4	CYS	HB2	H	3.238	0.002	2
36	1	4	CYS	HB3	H	3.096	0.007	2
37	1	4	CYS	CA	C	56.222	0.000	1
38	1	4	CYS	CB	C	46.083	0.024	1
39	1	4	CYS	N	N	118.485	0.000	1
40	1	5	GLY	H	H	9.027	0.003	1
41	1	5	GLY	HA2	H	4.065	0.002	2
42	1	5	GLY	HA3	H	3.684	0.004	2
43	1	5	GLY	CA	C	45.726	0.001	1
44	1	5	GLY	N	N	109.570	0.000	1
45	1	6	GLU	H	H	7.915	0.003	1
46	1	6	GLU	HA	H	4.468	0.003	1
47	1	6	GLU	HB2	H	1.800	0.001	2
48	1	6	GLU	HB3	H	1.640	0.000	2
49	1	6	GLU	HG2	H	2.794	0.008	2
50	1	6	GLU	HG3	H	2.411	0.000	2
51	1	6	GLU	CA	C	55.416	0.000	1
52	1	6	GLU	CB	C	34.158	0.000	1
53	1	6	GLU	CG	C	35.258	0.019	1
54	1	6	GLU	N	N	121.182	0.000	1
55	1	7	SER	H	H	8.780	0.001	1
56	1	7	SER	HA	H	4.666	0.010	1
57	1	7	SER	HB2	H	4.011	0.006	2
58	1	7	SER	HB3	H	3.949	0.002	2
59	1	7	SER	CA	C	57.529	0.000	1
60	1	7	SER	CB	C	64.650	0.002	1
61	1	7	SER	N	N	121.783	0.000	1
62	1	8	CYS	H	H	8.111	0.003	1
63	1	8	CYS	HA	H	5.191	0.012	1
64	1	8	CYS	HB2	H	3.330	0.009	2
65	1	8	CYS	HB3	H	3.091	0.005	2
66	1	8	CYS	CA	C	55.228	0.000	1
67	1	8	CYS	CB	C	46.016	0.000	1
68	1	8	CYS	N	N	119.703	0.000	1
69	1	9	VAL	H	H	8.001	0.005	1
70	1	9	VAL	HA	H	3.425	0.007	1
71	1	9	VAL	HB	H	1.717	0.008	1
72	1	9	VAL	HG11	H	0.993	0.006	2
73	1	9	VAL	HG12	H	0.993	0.006	2
74	1	9	VAL	HG13	H	0.993	0.006	2
75	1	9	VAL	HG21	H	0.322	0.007	2
76	1	9	VAL	HG22	H	0.322	0.007	2
77	1	9	VAL	HG23	H	0.322	0.007	2
78	1	9	VAL	CA	C	65.868	0.000	1
79	1	9	VAL	CB	C	31.846	0.000	1
80	1	9	VAL	CG1	C	22.506	0.000	2
81	1	9	VAL	CG2	C	20.669	0.000	2
82	1	9	VAL	N	N	121.653	0.000	1
83	1	10	TYR	H	H	8.247	0.003	1
84	1	10	TYR	HA	H	4.659	0.003	1
85	1	10	TYR	HB2	H	3.295	0.008	2
86	1	10	TYR	HB3	H	2.838	0.006	2
87	1	10	TYR	HD1	H	7.159	0.001	3
88	1	10	TYR	HD2	H	7.159	0.001	3
89	1	10	TYR	HE1	H	6.844	0.000	3
90	1	10	TYR	HE2	H	6.844	0.000	3
91	1	10	TYR	CA	C	58.319	0.000	1
92	1	10	TYR	CB	C	39.891	0.012	1
93	1	10	TYR	N	N	115.461	0.000	1
94	1	11	ILE	H	H	7.475	0.004	1
95	1	11	ILE	HA	H	4.681	0.008	1
96	1	11	ILE	HB	H	1.942	0.007	1
97	1	11	ILE	HG12	H	1.505	0.009	2
98	1	11	ILE	HG13	H	1.073	0.011	2
99	1	11	ILE	HG21	H	1.016	0.007	1
100	1	11	ILE	HG22	H	1.016	0.007	1
101	1	11	ILE	HG23	H	1.016	0.007	1
102	1	11	ILE	HD11	H	0.930	0.003	1
103	1	11	ILE	HD12	H	0.930	0.003	1
104	1	11	ILE	HD13	H	0.930	0.003	1
105	1	11	ILE	CA	C	58.295	0.000	1
106	1	11	ILE	CB	C	40.641	0.000	1
107	1	11	ILE	CG1	C	25.897	0.033	1
108	1	11	ILE	CG2	C	18.100	0.000	1
109	1	11	ILE	CD1	C	13.515	0.000	1
110	1	11	ILE	N	N	117.459	0.000	1
111	1	12	PRO	HA	H	4.453	0.011	1
112	1	12	PRO	HB2	H	2.320	0.007	2
113	1	12	PRO	HB3	H	2.320	0.007	2
114	1	12	PRO	HG2	H	1.905	0.009	2
115	1	12	PRO	HG3	H	1.905	0.009	2
116	1	12	PRO	HD2	H	3.711	0.009	2
117	1	12	PRO	HD3	H	3.556	0.009	2
118	1	12	PRO	CA	C	62.263	0.000	1
119	1	12	PRO	CB	C	31.923	0.000	1
120	1	12	PRO	CG	C	27.409	0.000	1
121	1	12	PRO	CD	C	50.725	0.004	1
122	1	13	CYS	H	H	8.105	0.002	1
123	1	13	CYS	HA	H	3.905	0.001	1
124	1	13	CYS	HB2	H	2.973	0.011	2
125	1	13	CYS	HB3	H	2.720	0.009	2
126	1	13	CYS	CA	C	57.678	0.000	1
127	1	13	CYS	CB	C	40.069	0.020	1
128	1	13	CYS	N	N	118.425	0.000	1
129	1	14	THR	H	H	8.871	0.003	1
130	1	14	THR	HA	H	4.156	0.004	1
131	1	14	THR	HB	H	4.113	0.006	1
132	1	14	THR	HG21	H	1.247	0.006	1
133	1	14	THR	HG22	H	1.247	0.006	1
134	1	14	THR	HG23	H	1.247	0.006	1
135	1	14	THR	CA	C	65.035	0.000	1
136	1	14	THR	CB	C	70.163	0.000	1
137	1	14	THR	CG2	C	21.015	0.000	1
138	1	14	THR	N	N	119.532	0.000	1
139	1	15	VAL	H	H	9.834	0.004	1
140	1	15	VAL	HA	H	3.920	0.013	1
141	1	15	VAL	HB	H	2.047	0.012	1
142	1	15	VAL	HG11	H	1.042	0.005	2
143	1	15	VAL	HG12	H	1.042	0.005	2
144	1	15	VAL	HG13	H	1.042	0.005	2
145	1	15	VAL	HG21	H	0.932	0.006	2
146	1	15	VAL	HG22	H	0.932	0.006	2
147	1	15	VAL	HG23	H	0.932	0.006	2
148	1	15	VAL	CA	C	65.706	0.000	1
149	1	15	VAL	CB	C	32.145	0.000	1
150	1	15	VAL	CG1	C	22.045	0.000	2
151	1	15	VAL	CG2	C	21.183	0.000	2
152	1	16	THR	H	H	9.516	0.002	1
153	1	16	THR	HA	H	4.236	0.012	1
154	1	16	THR	HB	H	4.854	0.012	1
155	1	16	THR	HG21	H	1.083	0.011	1
156	1	16	THR	HG22	H	1.083	0.011	1
157	1	16	THR	HG23	H	1.083	0.011	1
158	1	16	THR	CA	C	63.548	0.000	1
159	1	16	THR	CB	C	69.148	0.000	1
160	1	16	THR	CG2	C	22.090	0.000	1
161	1	17	ALA	H	H	7.732	0.005	1
162	1	17	ALA	HA	H	4.447	0.001	1
163	1	17	ALA	HB1	H	1.458	0.006	1
164	1	17	ALA	HB2	H	1.458	0.006	1
165	1	17	ALA	HB3	H	1.458	0.006	1
166	1	17	ALA	CA	C	55.085	0.000	1
167	1	17	ALA	CB	C	18.035	0.000	1
168	1	17	ALA	N	N	127.971	0.000	1
169	1	18	LEU	H	H	7.620	0.004	1
170	1	18	LEU	HA	H	4.203	0.012	1
171	1	18	LEU	HB2	H	1.777	0.008	2
172	1	18	LEU	HB3	H	1.672	0.004	2
173	1	18	LEU	HG	H	1.751	0.000	1
174	1	18	LEU	HD11	H	0.989	0.005	2
175	1	18	LEU	HD12	H	0.989	0.005	2
176	1	18	LEU	HD13	H	0.989	0.005	2
177	1	18	LEU	HD21	H	0.937	0.013	2
178	1	18	LEU	HD22	H	0.937	0.013	2
179	1	18	LEU	HD23	H	0.937	0.013	2
180	1	18	LEU	CA	C	56.748	0.000	1
181	1	18	LEU	CB	C	41.364	0.003	1
182	1	18	LEU	CG	C	27.510	0.000	1
183	1	18	LEU	CD1	C	24.825	0.000	2
184	1	18	LEU	CD2	C	25.349	0.000	2
185	1	18	LEU	N	N	117.448	0.000	1
186	1	19	LEU	H	H	7.181	0.005	1
187	1	19	LEU	HA	H	4.423	0.005	1
188	1	19	LEU	HB2	H	1.920	0.004	2
189	1	19	LEU	HB3	H	1.778	0.002	2
190	1	19	LEU	HG	H	1.629	0.005	1
191	1	19	LEU	HD11	H	0.938	0.002	2
192	1	19	LEU	HD12	H	0.938	0.002	2
193	1	19	LEU	HD13	H	0.938	0.002	2
194	1	19	LEU	HD21	H	0.860	0.007	2
195	1	19	LEU	HD22	H	0.860	0.007	2
196	1	19	LEU	HD23	H	0.860	0.007	2
197	1	19	LEU	CA	C	54.287	0.000	1
198	1	19	LEU	CB	C	42.217	0.013	1
199	1	19	LEU	CG	C	27.140	0.000	1
200	1	19	LEU	CD1	C	23.431	0.000	2
201	1	19	LEU	CD2	C	22.637	0.000	2
202	1	19	LEU	N	N	117.165	0.000	1
203	1	20	GLY	H	H	7.865	0.004	1
204	1	20	GLY	HA2	H	4.257	0.002	2
205	1	20	GLY	HA3	H	3.822	0.004	2
206	1	20	GLY	CA	C	45.020	0.007	1
207	1	20	GLY	N	N	105.018	0.000	1
208	1	21	CYS	H	H	7.532	0.002	1
209	1	21	CYS	HA	H	4.982	0.005	1
210	1	21	CYS	HB2	H	3.641	0.008	2
211	1	21	CYS	HB3	H	2.401	0.011	2
212	1	21	CYS	CA	C	57.895	0.000	1
213	1	21	CYS	CB	C	48.976	0.004	1
214	1	21	CYS	N	N	117.554	0.000	1
215	1	22	SER	H	H	9.257	0.002	1
216	1	22	SER	HA	H	4.678	0.012	1
217	1	22	SER	HB2	H	3.860	0.003	2
218	1	22	SER	HB3	H	3.860	0.003	2
219	1	22	SER	CA	C	58.278	0.000	1
220	1	22	SER	CB	C	65.728	0.000	1
221	1	22	SER	N	N	114.737	0.000	1
222	1	23	CYS	H	H	8.656	0.001	1
223	1	23	CYS	HA	H	4.598	0.009	1
224	1	23	CYS	HB2	H	3.085	0.001	2
225	1	23	CYS	HB3	H	3.085	0.001	2
226	1	23	CYS	CA	C	56.222	0.000	1
227	1	23	CYS	CB	C	46.026	0.000	1
228	1	23	CYS	N	N	123.810	0.000	1
229	1	24	LYS	H	H	9.616	0.002	1
230	1	24	LYS	HA	H	4.535	0.010	1
231	1	24	LYS	HB2	H	1.884	0.001	2
232	1	24	LYS	HB3	H	1.818	0.002	2
233	1	24	LYS	HG2	H	1.396	0.007	2
234	1	24	LYS	HG3	H	1.231	0.004	2
235	1	24	LYS	HD2	H	1.524	0.006	2
236	1	24	LYS	HD3	H	1.396	0.007	2
237	1	24	LYS	HE2	H	2.793	0.003	2
238	1	24	LYS	HE3	H	2.794	0.001	2
239	1	24	LYS	CA	C	56.290	0.000	1
240	1	24	LYS	CB	C	34.552	0.008	1
241	1	24	LYS	CG	C	24.797	0.028	1
242	1	24	LYS	CD	C	28.983	0.005	1
243	1	24	LYS	CE	C	41.788	0.000	1
244	1	24	LYS	N	N	133.625	0.000	1
245	1	25	ASP	H	H	9.277	0.002	1
246	1	25	ASP	HA	H	4.278	0.001	1
247	1	25	ASP	HB2	H	2.973	0.007	2
248	1	25	ASP	HB3	H	2.703	0.007	2
249	1	25	ASP	CA	C	54.999	0.000	1
250	1	25	ASP	CB	C	38.036	0.022	1
251	1	25	ASP	N	N	126.397	0.000	1
252	1	26	LYS	H	H	8.229	0.002	1
253	1	26	LYS	HA	H	3.503	0.005	1
254	1	26	LYS	HB2	H	2.286	0.006	2
255	1	26	LYS	HB3	H	1.927	0.000	2
256	1	26	LYS	HG2	H	1.333	0.006	2
257	1	26	LYS	HG3	H	1.323	0.009	2
258	1	26	LYS	HD2	H	1.693	0.003	2
259	1	26	LYS	HD3	H	1.604	0.005	2
260	1	26	LYS	HE2	H	2.962	0.002	2
261	1	26	LYS	HE3	H	2.962	0.002	2
262	1	26	LYS	CA	C	59.886	0.000	1
263	1	26	LYS	CB	C	29.687	0.009	1
264	1	26	LYS	CG	C	25.708	0.014	1
265	1	26	LYS	CD	C	29.402	0.008	1
266	1	26	LYS	CE	C	42.097	0.000	1
267	1	26	LYS	N	N	106.490	0.000	1
268	1	27	VAL	H	H	8.037	0.004	1
269	1	27	VAL	HA	H	4.178	0.001	1
270	1	27	VAL	HB	H	2.014	0.008	1
271	1	27	VAL	HG11	H	0.938	0.000	2
272	1	27	VAL	HG12	H	0.938	0.000	2
273	1	27	VAL	HG13	H	0.938	0.000	2
274	1	27	VAL	HG21	H	0.474	0.010	2
275	1	27	VAL	HG22	H	0.474	0.010	2
276	1	27	VAL	HG23	H	0.474	0.010	2
277	1	27	VAL	CB	C	35.590	0.000	1
278	1	27	VAL	CG1	C	22.145	0.000	2
279	1	27	VAL	CG2	C	21.587	0.000	2
280	1	27	VAL	N	N	125.470	0.000	1
281	1	28	CYS	H	H	7.879	0.004	1
282	1	28	CYS	HA	H	4.849	0.022	1
283	1	28	CYS	HB2	H	3.129	0.006	2
284	1	28	CYS	HB3	H	2.713	0.004	2
285	1	28	CYS	CA	C	56.709	0.000	1
286	1	28	CYS	CB	C	45.016	0.040	1
287	1	28	CYS	N	N	123.201	0.000	1
288	1	29	TYR	H	H	9.443	0.004	1
289	1	29	TYR	HA	H	5.234	0.006	1
290	1	29	TYR	HB2	H	2.845	0.006	2
291	1	29	TYR	HB3	H	2.758	0.009	2
292	1	29	TYR	HD1	H	6.830	0.001	3
293	1	29	TYR	HD2	H	6.830	0.001	3
294	1	29	TYR	HE1	H	6.935	0.000	3
295	1	29	TYR	HE2	H	6.935	0.000	3
296	1	29	TYR	CA	C	58.882	0.000	1
297	1	29	TYR	CB	C	45.527	0.010	1
298	1	29	TYR	N	N	125.533	0.000	1
299	1	30	LYS	H	H	8.914	0.002	1
300	1	30	LYS	HA	H	4.587	0.002	1
301	1	30	LYS	HB2	H	1.935	0.006	2
302	1	30	LYS	HB3	H	1.876	0.000	2
303	1	30	LYS	HG2	H	1.355	0.005	2
304	1	30	LYS	HG3	H	1.210	0.003	2
305	1	30	LYS	HD2	H	1.741	0.004	2
306	1	30	LYS	HD3	H	1.651	0.002	2
307	1	30	LYS	HE2	H	3.012	0.003	2
308	1	30	LYS	HE3	H	3.012	0.003	2
309	1	30	LYS	CA	C	57.027	0.000	1
310	1	30	LYS	CB	C	34.986	0.000	1
311	1	30	LYS	CG	C	24.895	0.000	1
312	1	30	LYS	CD	C	29.457	0.000	1
313	1	30	LYS	CE	C	42.193	0.000	1
314	1	30	LYS	N	N	121.321	0.000	1
315	1	31	ASN	H	H	9.725	0.002	1
316	1	31	ASN	HA	H	4.376	0.006	1
317	1	31	ASN	HB2	H	3.090	0.002	2
318	1	31	ASN	HB3	H	2.839	0.003	2
319	1	31	ASN	HD21	H	7.703	0.005	2
320	1	31	ASN	HD22	H	7.011	0.008	2
321	1	31	ASN	CA	C	54.400	0.000	1
322	1	31	ASN	CB	C	37.463	0.004	1
323	1	31	ASN	N	N	127.756	0.000	1
324	1	31	ASN	ND2	N	112.956	0.003	1

Release date

2021-10-04

Citation

Mutagenesis of cyclotide Cter 27 exemplifies a robust folding strategy for bracelet cyclotides
Dang, T.T., Harvey, P.J., Chan, L.Y., Huang, Y.H., Kaas, Q., Craik, D.J.
Pept. Sci. (2022), 114, e24284-e24284, PubMed , DOI 10.1002/pep2.24284

Related entities 1. Cliotide T10, : 1 : 1 : 3 : 1 : 116 entities Detail

Experiments performed 5 experiments Detail

#	Name	Isotope labeling	Type	Concentration
1	Cter 27	natural abundance		1.0 mM

#	Name	Isotope labeling	Type	Concentration
1	Cter 27	natural abundance		1.0 mM

#	Name	Isotope labeling	Type	Concentration
1	Cter 27	natural abundance		1.0 mM

#	Name	Isotope labeling	Type	Concentration
2	Cter 27	natural abundance		1.0 mM

#	Name	Isotope labeling	Type	Concentration
2	Cter 27	natural abundance		1.0 mM

Chemical shift validation 3 contents Detail

Properties

Input source #1: Assigned chemical shifts - Assigned chemical shifts	bmr30949_3.str
Diamagnetism of the molecular assembly	True (excluding Oxygen atoms)
Whether the assembly has a disulfide bond	True (see coordinates for details)
Whether the assembly has a other bond	None
Whether the assembly contains a cyclic polymer	True (see coordinates for details)
Overall data processing status	Warning

Disulfide bonds

Ptnr_site_1	Ptnr_site_2	Redox_state_prediction_1	Redox_state_prediction_2	Distance (Å)
1:4:CYS:SG	1:21:CYS:SG	oxidized, CA 56.222, CB 46.083 ppm	oxidized, CA 57.895, CB 48.976 ppm	n/a
1:8:CYS:SG	1:23:CYS:SG	oxidized, CA 55.228, CB 46.016 ppm	oxidized, CA 56.222, CB 46.026 ppm	n/a
1:13:CYS:SG	1:28:CYS:SG	oxidized, CA 57.678, CB 40.069 ppm	oxidized, CA 56.709, CB 45.016 ppm	n/a

Other bonds (neither disulfide, covalent nor hydrogen bonds, e.g. Zinc–sulphur bond)

None

Non-standard residues

None

Content subtype: bmr30949_3.str

#	Content subtype	Saveframe	Status	# of rows	Experiment type	Sequence coverage (%)
1	Assigned chemical shifts	assigned_chemical_shifts_1	Warning	324		100.0 (chain: 1, length: 31)
1	Chemical shift references	chem_shift_reference_1	OK	3		No information

Assigned chemical shifts

Saveframe: assigned_chemical_shifts_1
- Status: Warning
- Sequence coverage of experimental data
  - Entity_assembly_ID: 1, Chain length: 31, Sequence coverage: 100.0%
- Total number of assignments
  - ¹H chemical shifts: 205
  - ¹³C chemical shifts: 91
  - ¹⁵N chemical shifts: 28
- Completeness of assignments
  - Entity_assemble_ID: 1
- Redox state of CYS
- Peptide bond of PRO
- Rotameric state of ILE , LEU, and VAL
- Histogram of normalized assigned chemical shifts
- Random coil index and derived parameters (S² and NMR RMSD)
  - Chain_ID: 1

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	171	171	100.0
¹³C chemical shifts	132	91	68.9
¹⁵N chemical shifts	30	28	93.3

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	63	63	100.0
¹³C chemical shifts	62	29	46.8
¹⁵N chemical shifts	29	27	93.1

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	108	108	100.0
¹³C chemical shifts	70	62	88.6
¹⁵N chemical shifts	1	1	100.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	17	17	100.0
¹³C chemical shifts	17	17	100.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	8	8	100.0
¹³C chemical shifts	8	0	0.0

Keywords ANTIMICROBIAL PROTEIN, cyclic cysteine knot, cyclotide peptide bracelet

Search

Query history

Resources

Search for primary databases

Search for subsidiary databases

Display

Hits per page

Statistics

Query Changes will take effect after "OK" button is selected.

Maximum hits

Default conjunction operator

Omni-box

Search filter

Sequence search (BLAST)

E-value

Query sequence coverage

Miscellaneous

The number of previewed publications

Completeness of assigned chemical shift

Sequence chart about top aligned regions

Sequence chart about interacting regions

Hit context with highlight

Link destinations for BMRB, PDB and EMDB

Found 1 Document (0.558 seconds)

BMRB: 30949

Related entities 1. Cliotide T10, : 1 : 1 : 3 : 1 : 116 entities Detail

Experiments performed 5 experiments Detail

Instrument

Sample

Instrument

Sample

Instrument

Sample

Instrument

Sample

Instrument

Sample

Chemical shift validation 3 contents Detail