FuNGI

A0A2N5U1N4

Protein Details

Accession

A0A2N5U1N4

Localization Confidence

High

Confidence Score

20.5

NoLS Segment(s)

Position	Sequence	Protein Nature
191-213	RYPYKGTKRYPYKGTKRYPYKGT	Hydrophilic
231-253	RYPYKGTKRYPYKGTKRYPYKGT	Hydrophilic
271-301	RYPYKGTKRYPYKGTKRYPYKGTKRYPYKGT	Hydrophilic
303-357	RYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGT	Hydrophilic
385-582	SYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTK	Hydrophilic

NLS Segment(s)

Position	Sequence
291-295	KGTKR
305-350	PYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTK
378-574	YKGTKRYSYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTK

Subcellular Location(s)

mito 14, nucl 11.5, cyto_nucl 7

Family & Domain DBs

Amino Acid Sequences

MQTPARPPLHAACRLHAYKWREDGRLGVRPRRTGVLAMHACLEGVQALHALRTGVHGWHACPARLTVPFGTLIRVPNGTLIRVPFSTLIRVPFGTLIRVPSGTIIRVPFGTLIRVPFGTLIRVPFGTLIRVPSGTLIRVPSGTLIRVPFGTLIRVPNGTLIRVPNGRYPYKGTTRYPYKGTTRYPYKGTTRYPYKGTKRYPYKGTKRYPYKGTTRYPYKGTTRYPYKGTTRYPYKGTKRYPYKGTKRYPYKGTTRYPYKGTTRYPYKGTTRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTTRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTVQYPYKGTKRYSYKGTKRYSYKGTKRYSYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKRYPYKGTKGLTLQTFVILPKEKTTVWVRQNVKFFQQNGSVIKIEQN

FASTA Sequence
with NoLS information

AlphaFold Structure
with highlighted NoLS

NoLS Predictions per Residue

Residue Number	Score
1	0.54
2	0.54
3	0.53
4	0.5
5	0.49
6	0.56
7	0.58
8	0.52
9	0.51
10	0.55
11	0.55
12	0.58
13	0.58
14	0.57
15	0.56
16	0.58
17	0.6
18	0.56
19	0.51
20	0.46
21	0.42
22	0.44
23	0.4
24	0.37
25	0.36
26	0.31
27	0.28
28	0.24
29	0.21
30	0.1
31	0.08
32	0.07
33	0.07
34	0.08
35	0.08
36	0.09
37	0.09
38	0.08
39	0.11
40	0.12
41	0.11
42	0.16
43	0.18
44	0.18
45	0.25
46	0.28
47	0.25
48	0.25
49	0.26
50	0.26
51	0.27
52	0.3
53	0.23
54	0.23
55	0.25
56	0.24
57	0.24
58	0.23
59	0.22
60	0.21
61	0.21
62	0.19
63	0.22
64	0.23
65	0.22
66	0.22
67	0.21
68	0.22
69	0.21
70	0.23
71	0.2
72	0.2
73	0.23
74	0.23
75	0.24
76	0.23
77	0.23
78	0.22
79	0.23
80	0.22
81	0.21
82	0.2
83	0.2
84	0.19
85	0.19
86	0.18
87	0.18
88	0.19
89	0.17
90	0.18
91	0.17
92	0.16
93	0.16
94	0.17
95	0.16
96	0.15
97	0.17
98	0.16
99	0.16
100	0.17
101	0.17
102	0.16
103	0.16
104	0.16
105	0.17
106	0.17
107	0.17
108	0.17
109	0.17
110	0.17
111	0.17
112	0.17
113	0.17
114	0.16
115	0.17
116	0.17
117	0.17
118	0.17
119	0.17
120	0.18
121	0.16
122	0.16
123	0.15
124	0.14
125	0.14
126	0.15
127	0.15
128	0.15
129	0.15
130	0.15
131	0.15
132	0.15
133	0.15
134	0.15
135	0.15
136	0.14
137	0.16
138	0.15
139	0.17
140	0.18
141	0.19
142	0.19
143	0.22
144	0.23
145	0.21
146	0.21
147	0.2
148	0.22
149	0.24
150	0.26
151	0.25
152	0.3
153	0.3
154	0.3
155	0.35
156	0.37
157	0.43
158	0.47
159	0.45
160	0.49
161	0.55
162	0.57
163	0.55
164	0.54
165	0.52
166	0.53
167	0.55
168	0.55
169	0.55
170	0.55
171	0.55
172	0.55
173	0.55
174	0.55
175	0.55
176	0.55
177	0.55
178	0.55
179	0.57
180	0.61
181	0.63
182	0.65
183	0.67
184	0.68
185	0.69
186	0.71
187	0.75
188	0.76
189	0.78
190	0.78
191	0.8
192	0.8
193	0.8
194	0.8
195	0.78
196	0.73
197	0.72
198	0.7
199	0.69
200	0.68
201	0.66
202	0.64
203	0.61
204	0.6
205	0.58
206	0.57
207	0.55
208	0.55
209	0.55
210	0.55
211	0.55
212	0.55
213	0.55
214	0.55
215	0.55
216	0.55
217	0.55
218	0.55
219	0.57
220	0.61
221	0.63
222	0.65
223	0.67
224	0.68
225	0.69
226	0.71
227	0.75
228	0.76
229	0.78
230	0.78
231	0.8
232	0.8
233	0.8
234	0.8
235	0.78
236	0.73
237	0.72
238	0.7
239	0.69
240	0.68
241	0.66
242	0.64
243	0.61
244	0.6
245	0.58
246	0.57
247	0.55
248	0.55
249	0.55
250	0.55
251	0.55
252	0.55
253	0.55
254	0.55
255	0.55
256	0.55
257	0.55
258	0.55
259	0.57
260	0.61
261	0.63
262	0.65
263	0.67
264	0.68
265	0.69
266	0.71
267	0.75
268	0.76
269	0.78
270	0.78
271	0.8
272	0.8
273	0.8
274	0.8
275	0.8
276	0.8
277	0.8
278	0.8
279	0.8
280	0.8
281	0.8
282	0.8
283	0.78
284	0.73
285	0.72
286	0.7
287	0.69
288	0.68
289	0.66
290	0.64
291	0.63
292	0.66
293	0.66
294	0.67
295	0.67
296	0.68
297	0.69
298	0.71
299	0.75
300	0.76
301	0.78
302	0.78
303	0.8
304	0.8
305	0.8
306	0.8
307	0.8
308	0.8
309	0.8
310	0.8
311	0.8
312	0.8
313	0.8
314	0.8
315	0.8
316	0.8
317	0.8
318	0.8
319	0.8
320	0.8
321	0.8
322	0.8
323	0.8
324	0.8
325	0.8
326	0.8
327	0.8
328	0.8
329	0.8
330	0.8
331	0.8
332	0.8
333	0.8
334	0.8
335	0.8
336	0.8
337	0.8
338	0.8
339	0.76
340	0.7
341	0.67
342	0.65
343	0.62
344	0.59
345	0.54
346	0.5
347	0.49
348	0.5
349	0.46
350	0.42
351	0.39
352	0.39
353	0.43
354	0.44
355	0.5
356	0.54
357	0.6
358	0.64
359	0.69
360	0.68
361	0.66
362	0.67
363	0.67
364	0.67
365	0.67
366	0.67
367	0.67
368	0.67
369	0.67
370	0.67
371	0.67
372	0.67
373	0.67
374	0.68
375	0.7
376	0.72
377	0.74
378	0.76
379	0.76
380	0.76
381	0.77
382	0.77
383	0.78
384	0.79
385	0.81
386	0.8
387	0.8
388	0.8
389	0.8
390	0.8
391	0.8
392	0.8
393	0.8
394	0.8
395	0.8
396	0.8
397	0.8
398	0.8
399	0.8
400	0.8
401	0.8
402	0.8
403	0.8
404	0.8
405	0.8
406	0.8
407	0.8
408	0.8
409	0.8
410	0.8
411	0.8
412	0.8
413	0.8
414	0.8
415	0.8
416	0.8
417	0.8
418	0.8
419	0.8
420	0.8
421	0.8
422	0.8
423	0.8
424	0.8
425	0.8
426	0.8
427	0.8
428	0.8
429	0.8
430	0.8
431	0.8
432	0.8
433	0.8
434	0.8
435	0.8
436	0.8
437	0.8
438	0.8
439	0.8
440	0.8
441	0.8
442	0.8
443	0.8
444	0.8
445	0.8
446	0.8
447	0.8
448	0.8
449	0.8
450	0.8
451	0.8
452	0.8
453	0.8
454	0.8
455	0.8
456	0.8
457	0.8
458	0.8
459	0.8
460	0.8
461	0.8
462	0.8
463	0.8
464	0.8
465	0.8
466	0.8
467	0.8
468	0.8
469	0.8
470	0.8
471	0.8
472	0.8
473	0.8
474	0.8
475	0.8
476	0.8
477	0.8
478	0.8
479	0.8
480	0.8
481	0.8
482	0.8
483	0.8
484	0.8
485	0.8
486	0.8
487	0.8
488	0.8
489	0.8
490	0.8
491	0.8
492	0.8
493	0.8
494	0.8
495	0.8
496	0.8
497	0.8
498	0.8
499	0.8
500	0.8
501	0.8
502	0.8
503	0.8
504	0.8
505	0.8
506	0.8
507	0.8
508	0.8
509	0.8
510	0.8
511	0.8
512	0.8
513	0.8
514	0.8
515	0.8
516	0.8
517	0.8
518	0.8
519	0.8
520	0.8
521	0.8
522	0.8
523	0.8
524	0.8
525	0.8
526	0.8
527	0.8
528	0.8
529	0.8
530	0.8
531	0.8
532	0.8
533	0.8
534	0.8
535	0.8
536	0.8
537	0.8
538	0.8
539	0.8
540	0.8
541	0.8
542	0.8
543	0.8
544	0.8
545	0.8
546	0.8
547	0.8
548	0.8
549	0.8
550	0.8
551	0.8
552	0.8
553	0.8
554	0.8
555	0.8
556	0.8
557	0.8
558	0.8
559	0.8
560	0.8
561	0.8
562	0.8
563	0.8
564	0.8
565	0.78
566	0.77
567	0.71
568	0.68
569	0.65
570	0.65
571	0.59
572	0.52
573	0.43
574	0.36
575	0.34
576	0.28
577	0.28
578	0.26
579	0.24
580	0.24
581	0.27
582	0.26
583	0.3
584	0.36
585	0.39
586	0.42
587	0.5
588	0.53
589	0.56
590	0.64
591	0.63
592	0.64
593	0.62
594	0.56
595	0.53
596	0.54
597	0.53
598	0.48
599	0.49
600	0.42

A0A2N5U1N4

3D AlphaFold-predicted Structure Viewer