BMRBj - BMREntryMaster

ID	Entity ID	Seq ID	Comp ID	Atom ID	Atom type	Val	Val err	Ambig. code
1	1	1	A	H1'	H	5.806	0.020	1
2	1	1	A	H2	H	7.976	0.020	1
3	1	1	A	H2'	H	4.644	0.020	1
4	1	1	A	H3'	H	4.676	0.020	1
5	1	1	A	H4'	H	4.254	0.020	1
6	1	1	A	H5'	H	3.857	0.020	2
7	1	1	A	H5''	H	3.792	0.020	2
8	1	1	A	H8	H	8.105	0.020	1
9	1	1	A	C1'	C	90.942	0.3	1
10	1	1	A	C2	C	153.152	0.3	1
11	1	1	A	C2'	C	76.118	0.3	1
12	1	1	A	C3'	C	77.222	0.3	1
13	1	1	A	C4'	C	87.066	0.3	1
14	1	1	A	C5'	C	63.435	0.3	1
15	1	1	A	C8	C	143.117	0.3	1
16	1	2	U	H1'	H	5.932	0.020	1
17	1	2	U	H2'	H	4.482	0.020	1
18	1	2	U	H3'	H	4.619	0.020	1
19	1	2	U	H4'	H	4.477	0.020	1
20	1	2	U	H5	H	5.813	0.020	1
21	1	2	U	H5'	H	4.297	0.020	2
22	1	2	U	H5''	H	4.208	0.020	2
23	1	2	U	H6	H	7.884	0.020	1
24	1	2	U	C1'	C	90.469	0.3	1
25	1	2	U	C2'	C	75.298	0.3	1
26	1	2	U	C3'	C	75.452	0.3	1
27	1	2	U	C4'	C	81.798	0.3	1
28	1	2	U	C5	C	104.932	0.3	1
29	1	2	U	C5'	C	67.294	0.3	1
30	1	2	U	C6	C	143.359	0.3	1
31	1	3	A	H1'	H	5.750	0.020	1
32	1	3	A	H2	H	7.829	0.020	1
33	1	3	A	H2'	H	4.671	0.020	1
34	1	3	A	H3'	H	4.611	0.020	1
35	1	3	A	H4'	H	4.529	0.020	1
36	1	3	A	H5'	H	4.213	0.020	2
37	1	3	A	H5''	H	4.449	0.020	2
38	1	3	A	H8	H	8.272	0.020	1
39	1	3	A	C1'	C	92.464	0.3	1
40	1	3	A	C2	C	153.529	0.3	1
41	1	3	A	C2'	C	75.240	0.3	1
42	1	3	A	C3'	C	73.431	0.3	1
43	1	3	A	C4'	C	82.110	0.3	1
44	1	3	A	C5'	C	66.021	0.3	1
45	1	3	A	C8	C	140.564	0.3	1
46	1	4	C	H1'	H	5.464	0.020	1
47	1	4	C	H2'	H	4.649	0.020	1
48	1	4	C	H3'	H	4.476	0.020	1
49	1	4	C	H4'	H	4.425	0.020	1
50	1	4	C	H5	H	5.266	0.020	1
51	1	4	C	H5'	H	4.402	0.020	2
52	1	4	C	H5''	H	4.090	0.020	2
53	1	4	C	H6	H	7.520	0.020	1
54	1	4	C	C1'	C	93.572	0.3	1
55	1	4	C	C2'	C	74.864	0.3	1
56	1	4	C	C3'	C	72.312	0.3	1
57	1	4	C	C4'	C	82.972	0.3	1
58	1	4	C	C5	C	97.125	0.3	1
59	1	4	C	C5'	C	65.382	0.3	1
60	1	4	C	C6	C	141.088	0.3	1
61	1	5	PSU	H1'	H	4.810	0.020	1
62	1	5	PSU	H2'	H	4.576	0.020	1
63	1	5	PSU	H3'	H	4.487	0.020	1
64	1	5	PSU	H4'	H	4.229	0.020	1
65	1	5	PSU	H5'	H	4.425	0.020	2
66	1	5	PSU	H5''	H	4.025	0.020	2
67	1	5	PSU	H6	H	7.423	0.020	1
68	1	5	PSU	C1'	C	82.842	0.3	1
69	1	5	PSU	C2'	C	75.149	0.3	1
70	1	5	PSU	C3'	C	74.570	0.3	1
71	1	5	PSU	C4'	C	79.517	0.3	1
72	1	5	PSU	C5'	C	65.464	0.3	1
73	1	5	PSU	C6	C	140.776	0.3	1
74	1	5	PSU	HN3	H	10.504	0.020	1
75	1	6	PSU	H1'	H	4.745	0.020	1
76	1	6	PSU	H2'	H	4.594	0.020	1
77	1	6	PSU	H3'	H	4.481	0.020	1
78	1	6	PSU	H4'	H	4.272	0.020	1
79	1	6	PSU	H5'	H	4.422	0.020	2
80	1	6	PSU	H5''	H	4.054	0.020	2
81	1	6	PSU	H6	H	7.492	0.020	1
82	1	6	PSU	C1'	C	82.654	0.3	1
83	1	6	PSU	C2'	C	75.259	0.3	1
84	1	6	PSU	C3'	C	75.097	0.3	1
85	1	6	PSU	C4'	C	79.517	0.3	1
86	1	6	PSU	C5'	C	66.214	0.3	1
87	1	6	PSU	C6	C	140.819	0.3	1
88	1	6	PSU	HN3	H	10.784	0.020	1
89	1	7	A	H1'	H	5.918	0.020	1
90	1	7	A	H2	H	7.035	0.020	1
91	1	7	A	H2'	H	4.649	0.020	1
92	1	7	A	H3'	H	4.666	0.020	1
93	1	7	A	H4'	H	4.398	0.020	1
94	1	7	A	H5'	H	4.390	0.020	2
95	1	7	A	H5''	H	4.117	0.020	2
96	1	7	A	H8	H	8.087	0.020	1
97	1	7	A	C1'	C	92.531	0.3	1
98	1	7	A	C2	C	152.964	0.3	1
99	1	7	A	C2'	C	72.130	0.3	1
100	1	7	A	C3'	C	72.166	0.3	1
101	1	7	A	C4'	C	83.080	0.3	1
102	1	7	A	C5'	C	66.439	0.3	1
103	1	7	A	C8	C	139.566	0.3	1
104	1	8	C	H1'	H	5.282	0.020	1
105	1	8	C	H2'	H	4.458	0.020	1
106	1	8	C	H3'	H	4.234	0.020	1
107	1	8	C	H4'	H	4.327	0.020	1
108	1	8	C	H5	H	5.120	0.020	1
109	1	8	C	H5'	H	4.009	0.020	2
110	1	8	C	H5''	H	4.504	0.020	2
111	1	8	C	H6	H	7.321	0.020	1
112	1	8	C	C1'	C	93.559	0.3	1
113	1	8	C	C2'	C	75.310	0.3	1
114	1	8	C	C3'	C	71.655	0.3	1
115	1	8	C	C4'	C	81.570	0.3	1
116	1	8	C	C5	C	96.837	0.3	1
117	1	8	C	C5'	C	64.342	0.3	1
118	1	8	C	C6	C	140.316	0.3	1
119	1	9	C	H1'	H	5.650	0.020	1
120	1	9	C	H2'	H	4.416	0.020	1
121	1	9	C	H3'	H	4.260	0.020	1
122	1	9	C	H4'	H	4.323	0.020	1
123	1	9	C	H5	H	5.567	0.020	1
124	1	9	C	H5'	H	4.441	0.020	2
125	1	9	C	H5''	H	4.034	0.020	2
126	1	9	C	H6	H	7.688	0.020	1
127	1	9	C	C1'	C	93.127	0.3	1
128	1	9	C	C2'	C	73.858	0.3	1
129	1	9	C	C3'	C	71.551	0.3	1
130	1	9	C	C4'	C	85.619	0.3	1
131	1	9	C	C5	C	98.309	0.3	1
132	1	9	C	C5'	C	64.445	0.3	1
133	1	9	C	C6	C	141.304	0.3	1
134	1	10	U	H1'	H	5.535	0.020	1
135	1	10	U	H2'	H	4.452	0.020	1
136	1	10	U	H3'	H	4.288	0.020	1
137	1	10	U	H4'	H	4.025	0.020	1
138	1	10	U	H5	H	5.565	0.020	1
139	1	10	U	H5'	H	4.189	0.020	2
140	1	10	U	H5''	H	4.038	0.020	2
141	1	10	U	H6	H	7.692	0.020	1
142	1	10	U	C1'	C	91.850	0.3	1
143	1	10	U	C2'	C	75.306	0.3	1
144	1	10	U	C3'	C	72.220	0.3	1
145	1	10	U	C4'	C	85.167	0.3	1
146	1	10	U	C5	C	104.592	0.3	1
147	1	10	U	C5'	C	64.336	0.3	1
148	1	10	U	C6	C	141.849	0.3	1
149	1	11	G	H1'	H	5.677	0.020	1
150	1	11	G	H2'	H	4.440	0.020	1
151	1	11	G	H3'	H	4.332	0.020	1
152	1	11	G	H4'	H	4.212	0.020	1
153	1	11	G	H5'	H	4.188	0.020	2
154	1	11	G	H5''	H	4.053	0.020	2
155	1	11	G	H8	H	7.836	0.020	1
156	1	11	G	C1'	C	90.019	0.3	1
157	1	11	G	C2'	C	76.624	0.3	1
158	1	11	G	C3'	C	72.055	0.3	1
159	1	11	G	C4'	C	85.481	0.3	1
160	1	11	G	C5'	C	66.799	0.3	1
161	1	11	G	C8	C	139.370	0.3	1
162	2	1	G	H1'	H	5.678	0.020	1
163	2	1	G	H2'	H	4.688	0.020	1
164	2	1	G	H3'	H	4.664	0.020	1
165	2	1	G	H4'	H	4.416	0.020	1
166	2	1	G	H5'	H	3.804	0.020	2
167	2	1	G	H5''	H	3.750	0.020	2
168	2	1	G	H8	H	7.808	0.020	1
169	2	1	G	C1'	C	91.151	0.3	1
170	2	1	G	C2'	C	75.156	0.3	1
171	2	1	G	C3'	C	76.972	0.3	1
172	2	1	G	C4'	C	87.007	0.3	1
173	2	1	G	C5'	C	63.534	0.3	1
174	2	1	G	C8	C	140.656	0.3	1
175	2	2	G	H1'	H	5.880	0.020	1
176	2	2	G	H2'	H	4.874	0.020	1
177	2	2	G	H3'	H	4.806	0.020	1
178	2	2	G	H4'	H	4.547	0.020	1
179	2	2	G	H5'	H	4.292	0.020	2
180	2	2	G	H5''	H	4.190	0.020	2
181	2	2	G	H8	H	7.912	0.020	1
182	2	2	G	C1'	C	90.053	0.3	1
183	2	2	G	C2'	C	76.196	0.3	1
184	2	2	G	C3'	C	75.647	0.3	1
185	2	2	G	C4'	C	84.645	0.3	1
186	2	2	G	C5'	C	67.457	0.3	1
187	2	2	G	C8	C	138.817	0.3	1
188	2	3	A	H1'	H	5.986	0.020	1
189	2	3	A	H2	H	8.144	0.020	1
190	2	3	A	H2'	H	4.815	0.020	1
191	2	3	A	H3'	H	4.685	0.020	1
192	2	3	A	H4'	H	4.615	0.020	1
193	2	3	A	H5'	H	4.432	0.020	2
194	2	3	A	H5''	H	4.291	0.020	2
195	2	3	A	H8	H	8.279	0.020	1
196	2	3	A	C1'	C	91.846	0.3	1
197	2	3	A	C2	C	153.127	0.3	1
198	2	3	A	C2'	C	75.603	0.3	1
199	2	3	A	C3'	C	77.111	0.3	1
200	2	3	A	C4'	C	83.671	0.3	1
201	2	3	A	C5'	C	67.478	0.3	1
202	2	3	A	C8	C	142.798	0.3	1
203	2	4	G	H1'	H	5.530	0.020	1
204	2	4	G	H2'	H	4.723	0.020	1
205	2	4	G	H3'	H	4.517	0.020	1
206	2	4	G	H4'	H	4.617	0.020	1
207	2	4	G	H5'	H	4.429	0.020	2
208	2	4	G	H5''	H	4.146	0.020	2
209	2	4	G	H8	H	7.383	0.020	1
210	2	4	G	C1'	C	92.924	0.3	1
211	2	4	G	C2'	C	74.844	0.3	1
212	2	4	G	C3'	C	72.785	0.3	1
213	2	4	G	C4'	C	84.717	0.3	1
214	2	4	G	C5'	C	65.699	0.3	1
215	2	4	G	C8	C	136.659	0.3	1
216	2	5	U	H1'	H	5.522	0.020	1
217	2	5	U	H2'	H	4.588	0.020	1
218	2	5	U	H3	H	13.648	0.020	1
219	2	5	U	H3'	H	4.557	0.020	1
220	2	5	U	H4'	H	4.325	0.020	1
221	2	5	U	H5	H	5.114	0.020	1
222	2	5	U	H5'	H	4.563	0.020	2
223	2	5	U	H5''	H	4.140	0.020	2
224	2	5	U	H6	H	7.755	0.020	1
225	2	5	U	C1'	C	93.461	0.3	1
226	2	5	U	C2'	C	73.243	0.3	1
227	2	5	U	C3'	C	74.726	0.3	1
228	2	5	U	C4'	C	83.502	0.3	1
229	2	5	U	C5	C	102.649	0.3	1
230	2	5	U	C5'	C	64.238	0.3	1
231	2	5	U	C6	C	141.394	0.3	1
232	2	6	A	H1'	H	5.940	0.020	1
233	2	6	A	H2	H	6.433	0.020	1
234	2	6	A	H2'	H	4.729	0.020	1
235	2	6	A	H3'	H	4.566	0.020	1
236	2	6	A	H4'	H	4.449	0.020	1
237	2	6	A	H5'	H	4.172	0.020	2
238	2	6	A	H5''	H	4.350	0.020	2
239	2	6	A	H8	H	8.073	0.020	1
240	2	6	A	C1'	C	92.217	0.3	1
241	2	6	A	C2	C	151.909	0.3	1
242	2	6	A	C2'	C	73.029	0.3	1
243	2	6	A	C3'	C	74.549	0.3	1
244	2	6	A	C4'	C	81.825	0.3	1
245	2	6	A	C5'	C	66.802	0.3	1
246	2	6	A	C8	C	139.532	0.3	1
247	2	7	A	H1'	H	5.781	0.020	1
248	2	7	A	H2	H	7.324	0.020	1
249	2	7	A	H2'	H	4.607	0.020	1
250	2	7	A	H3'	H	4.492	0.020	1
251	2	7	A	H4'	H	4.542	0.020	1
252	2	7	A	H5'	H	4.128	0.020	2
253	2	7	A	H5''	H	4.298	0.020	2
254	2	7	A	H8	H	7.644	0.020	1
255	2	7	A	C1'	C	92.481	0.3	1
256	2	7	A	C2	C	152.792	0.3	1
257	2	7	A	C2'	C	76.251	0.3	1
258	2	7	A	C3'	C	72.380	0.3	1
259	2	7	A	C4'	C	82.247	0.3	1
260	2	7	A	C5'	C	67.250	0.3	1
261	2	7	A	C8	C	138.964	0.3	1
262	2	8	G	H1	H	12.543	0.020	1
263	2	8	G	H1'	H	5.537	0.020	1
264	2	8	G	H2'	H	4.559	0.020	1
265	2	8	G	H3'	H	4.567	0.020	1
266	2	8	G	H4'	H	4.409	0.020	1
267	2	8	G	H5'	H	4.354	0.020	2
268	2	8	G	H5''	H	4.001	0.020	2
269	2	8	G	H8	H	7.052	0.020	1
270	2	8	G	C1'	C	92.764	0.3	1
271	2	8	G	C2'	C	75.451	0.3	1
272	2	8	G	C3'	C	71.928	0.3	1
273	2	8	G	C4'	C	81.928	0.3	1
274	2	8	G	C5'	C	65.542	0.3	1
275	2	8	G	C8	C	135.670	0.3	1
276	2	9	U	H1'	H	5.694	0.020	1
277	2	9	U	H2'	H	4.462	0.020	1
278	2	9	U	H3'	H	4.396	0.020	1
279	2	9	U	H4'	H	4.513	0.020	1
280	2	9	U	H5	H	5.016	0.020	1
281	2	9	U	H5'	H	4.352	0.020	2
282	2	9	U	H5''	H	4.046	0.020	2
283	2	9	U	H6	H	7.553	0.020	1
284	2	9	U	C1'	C	92.632	0.3	1
285	2	9	U	C2'	C	74.224	0.3	1
286	2	9	U	C3'	C	74.751	0.3	1
287	2	9	U	C4'	C	82.551	0.3	1
288	2	9	U	C5	C	102.820	0.3	1
289	2	9	U	C5'	C	65.680	0.3	1
290	2	9	U	C6	C	141.429	0.3	1
291	2	10	C	H1'	H	5.710	0.020	1
292	2	10	C	H2'	H	4.418	0.020	1
293	2	10	C	H3'	H	4.220	0.020	1
294	2	10	C	H4'	H	4.323	0.020	1
295	2	10	C	H5	H	5.814	0.020	1
296	2	10	C	H5'	H	4.092	0.020	2
297	2	10	C	H5''	H	4.076	0.020	2
298	2	10	C	H6	H	7.772	0.020	1
299	2	10	C	C1'	C	92.701	0.3	1
300	2	10	C	C2'	C	75.619	0.3	1
301	2	10	C	C3'	C	75.501	0.3	1
302	2	10	C	C4'	C	82.432	0.3	1
303	2	10	C	C5	C	98.054	0.3	1
304	2	10	C	C5'	C	66.790	0.3	1
305	2	10	C	C6	C	142.727	0.3	1
306	2	11	U	H1'	H	5.745	0.020	1
307	2	11	U	H2'	H	4.429	0.020	1
308	2	11	U	H3'	H	4.208	0.020	1
309	2	11	U	H4'	H	4.141	0.020	1
310	2	11	U	H5	H	5.667	0.020	1
311	2	11	U	H5'	H	4.110	0.020	1
312	2	11	U	H5''	H	4.110	0.020	1
313	2	11	U	H6	H	7.745	0.020	1
314	2	11	U	C1'	C	91.009	0.3	1
315	2	11	U	C2'	C	75.392	0.3	1
316	2	11	U	C3'	C	71.369	0.3	1
317	2	11	U	C4'	C	85.020	0.3	1
318	2	11	U	C5	C	104.564	0.3	1
319	2	11	U	C5'	C	66.386	0.3	1
320	2	11	U	C6	C	143.298	0.3	1
321	3	1	ULR	H28A	H	2.247	0.020	1
322	3	1	ULR	H28B	H	2.247	0.020	1
323	3	1	ULR	H28C	H	2.247	0.020	1
324	3	1	ULR	H25	H	7.392	0.020	1
325	3	1	ULR	H21	H	8.581	0.020	1
326	3	1	ULR	H24	H	8.227	0.020	1
327	3	1	ULR	H13	H	7.286	0.020	1
328	3	1	ULR	H12	H	6.351	0.020	1
329	3	1	ULR	H3A	H	2.988	0.020	2
330	3	1	ULR	H3B	H	2.988	0.020	2
331	3	1	ULR	H4A	H	3.159	0.020	2
332	3	1	ULR	H4B	H	3.106	0.020	2
333	3	1	ULR	H1A	H	3.681	0.020	2
334	3	1	ULR	H1B	H	3.681	0.020	2
335	3	1	ULR	H6	H	2.778	0.020	2
336	3	1	ULR	H14A	H	1.654	0.020	2
337	3	1	ULR	H14B	H	1.654	0.020	1
338	3	1	ULR	H15A	H	0.974	0.020	1
339	3	1	ULR	H15B	H	0.974	0.020	1
340	3	1	ULR	H15C	H	0.974	0.020	1
341	3	1	ULR	H10	H	6.248	0.020	1

Release date

2023-03-01

Citation

The diversity of splicing modifiers acting on A-1 bulged 5'-splice sites reveals rules to guide rational design
Malard, F., Marquevielle, J., Campagne, S.

Experiments performed 4 experiments Detail

#	Name	Isotope labeling	Concentration
1	RNA helix	unlableled	1 (±0.005) mM
2	RNA helix	unlableled	1 (±0.005) mM
3	SMN-CY	unlabeld	1.5 (±0.005) mM
4	MES	deuterated	10 (±0.001) mM
5	sodium chloride	unlabeld	50 (±0.001) mM

#	Name	Isotope labeling	Concentration
1	RNA helix	unlableled	1 (±0.005) mM
2	RNA helix	unlableled	1 (±0.005) mM
3	SMN-CY	unlabeld	1.5 (±0.005) mM
4	MES	deuterated	10 (±0.001) mM
5	sodium chloride	unlabeld	50 (±0.001) mM

#	Name	Isotope labeling	Concentration
1	RNA helix	unlableled	1 (±0.005) mM
2	RNA helix	unlableled	1 (±0.005) mM
3	SMN-CY	unlabeld	1.5 (±0.005) mM
4	MES	deuterated	10 (±0.001) mM
5	sodium chloride	unlabeld	50 (±0.001) mM

#	Name	Isotope labeling	Concentration
1	RNA helix	unlableled	1 (±0.005) mM
2	RNA helix	unlableled	1 (±0.005) mM
3	SMN-CY	unlabeld	1.5 (±0.005) mM
4	MES	deuterated	10 (±0.001) mM
5	sodium chloride	unlabeld	50 (±0.001) mM

Chemical shift validation 5 contents Detail

Properties

Input source #1: Assigned chemical shifts - Assigned chemical shifts	bmr34784_3.str
Diamagnetism of the molecular assembly	True (excluding Oxygen atoms)
Whether the assembly has a disulfide bond	None
Whether the assembly has a other bond	None
Whether the assembly contains a cyclic polymer	None
Overall data processing status	Warning

Disulfide bonds

None

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

None

Non-standard residues

Chain_ID	Seq_ID	Comp_ID	Chem_comp_name	Experimental evidences
1	5	PSU	PSEUDOURIDINE-5'-MONOPHOSPHATE	Assigned chemical shifts
1	6	PSU	PSEUDOURIDINE-5'-MONOPHOSPHATE	Assigned chemical shifts
3	1	ULR	4-[(3~{S})-3-ethylpiperazin-1-yl]-2-fluoranyl-~{N}-(2-methylimidazo[1,2-a]pyrazin-6-yl)benzamide	Assigned chemical shifts

Content subtype: bmr34784_3.str

#	Content subtype	Saveframe	Status	# of rows	Experiment type	Sequence coverage (%)
1	Assigned chemical shifts	assigned_chemical_shifts_1	Warning	341		100.0 (chain: 1, length: 11), 100.0 (chain: 3, length: 1), 100.0 (chain: 2, length: 11)
1	Chemical shift references	chem_shift_reference_1	OK	2		No information

Assigned chemical shifts

Saveframe: assigned_chemical_shifts_1
- Status: Warning
- Sequence coverage of experimental data
  - Entity_assembly_ID: 1, Chain length: 11, Sequence coverage: 100.0%
  - Entity_assembly_ID: 3, Chain length: 1, Sequence coverage: 100.0%
  - Entity_assembly_ID: 2, Chain length: 11, Sequence coverage: 100.0%
- Total number of assignments
  - ¹H chemical shifts: 194
  - ¹³C chemical shifts: 147
- Completeness of assignments
  - Entity_assemble_ID: 1
  - Entity_assemble_ID: 3
  - Entity_assemble_ID: 2
- Histogram of normalized assigned chemical shifts

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	104	87	83.7
¹³C chemical shifts	80	74	92.5

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	68	66	97.1
¹³C chemical shifts	55	55	100.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	36	21	58.3
¹³C chemical shifts	25	19	76.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	7	7	100.0
¹³C chemical shifts	7	7	100.0

Comp_index_ID	Comp_ID
1	ULR

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	93	86	92.5
¹³C chemical shifts	73	73	100.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	66	66	100.0
¹³C chemical shifts	55	55	100.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	27	20	74.1
¹³C chemical shifts	18	18	100.0

Atom group	# of target shifts	# of assigned shifts	Completeness (%)
¹H chemical shifts	10	10	100.0
¹³C chemical shifts	10	10	100.0

Keywords SPLICING, Splicing correction, U1 snRNP, bulged 5'-splice site, molecular glue

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BMRB: 34784

Experiments performed 4 experiments Detail

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Chemical shift validation 5 contents Detail