Nucleolar Localized Proteins

Nucleolar localized proteins available in the database.

A0A1Y2EWP3

Protein Details
Accession A0A1Y2EWP3    Localization Confidence Medium Confidence Score 12.9
NoLS Segment(s)
PositionSequenceProtein Nature
120-310EEEYKKKKKEEEHKKKKEEEEKKKKKEEEEKKKKKEEEKKKKKEEEEKKKKKEEEEKKKKKEEEKKKKKEEEEKKKKKEKEEEKKKKGKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKKEEEEKKKKKEEEEKKKKKEEEEKKKLQEQALBasic
NLS Segment(s)
PositionSequence
115-304YRKKIEEEYKKKKKEEEHKKKKEEEEKKKKKEEEEKKKKKEEEKKKKKEEEEKKKKKEEEEKKKKKEEEKKKKKEEEEKKKKKEKEEEKKKKGKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKKEEEEKKKKKEEEEKKKKKEEEEKKK
Subcellular Location(s) nucl 17.5, cyto_nucl 9.5, mito 9
Family & Domain DBs
Amino Acid Sequences MGPTIIKKITKTTTKNETSSNSNVNNNSENKQTTKVPEKKTVITTEHNVTSNSSGSKTDDYYYTDEKTGQTYHVITGSSSSSNVITDGDKKKQEEEYRKKIEEEEYRKKIEEEEYRKKIEEEYKKKKKEEEHKKKKEEEEKKKKKEEEEKKKKKEEEKKKKKEEEEKKKKKEEEEKKKKKEEEKKKKKEEEEKKKKKEKEEEKKKKGKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKEKEEEKKKKKEEEEKKKKKEEEEKKKKKEEEEKKKLQEQALQILESSNNEEHHSGSNHNESSYNKYSNITETTVETIYELLRKPRSFRKD
FASTA Sequence
with NoLS information
AlphaFold Structure
with highlighted NoLS
NoLS Predictions per Residue
Residue Number Score
1 0.65
2 0.67
3 0.65
4 0.61
5 0.58
6 0.58
7 0.57
8 0.51
9 0.5
10 0.49
11 0.48
12 0.5
13 0.47
14 0.44
15 0.42
16 0.41
17 0.38
18 0.4
19 0.4
20 0.42
21 0.49
22 0.55
23 0.56
24 0.62
25 0.64
26 0.65
27 0.67
28 0.65
29 0.6
30 0.57
31 0.55
32 0.5
33 0.49
34 0.45
35 0.4
36 0.35
37 0.32
38 0.29
39 0.25
40 0.21
41 0.18
42 0.19
43 0.22
44 0.21
45 0.21
46 0.21
47 0.23
48 0.27
49 0.29
50 0.28
51 0.27
52 0.26
53 0.25
54 0.26
55 0.23
56 0.19
57 0.19
58 0.18
59 0.18
60 0.18
61 0.17
62 0.14
63 0.15
64 0.15
65 0.13
66 0.12
67 0.12
68 0.1
69 0.1
70 0.11
71 0.1
72 0.1
73 0.17
74 0.22
75 0.27
76 0.31
77 0.32
78 0.35
79 0.42
80 0.49
81 0.53
82 0.58
83 0.62
84 0.66
85 0.67
86 0.65
87 0.6
88 0.58
89 0.57
90 0.57
91 0.57
92 0.54
93 0.55
94 0.55
95 0.52
96 0.47
97 0.45
98 0.45
99 0.44
100 0.49
101 0.52
102 0.54
103 0.55
104 0.52
105 0.5
106 0.49
107 0.5
108 0.5
109 0.56
110 0.64
111 0.7
112 0.73
113 0.73
114 0.74
115 0.74
116 0.75
117 0.75
118 0.76
119 0.8
120 0.85
121 0.85
122 0.85
123 0.84
124 0.84
125 0.84
126 0.84
127 0.84
128 0.86
129 0.87
130 0.83
131 0.81
132 0.81
133 0.8
134 0.8
135 0.81
136 0.83
137 0.84
138 0.88
139 0.86
140 0.85
141 0.84
142 0.84
143 0.84
144 0.85
145 0.86
146 0.88
147 0.9
148 0.88
149 0.89
150 0.88
151 0.88
152 0.88
153 0.89
154 0.87
155 0.88
156 0.83
157 0.81
158 0.81
159 0.8
160 0.8
161 0.81
162 0.83
163 0.84
164 0.88
165 0.86
166 0.85
167 0.84
168 0.84
169 0.84
170 0.85
171 0.86
172 0.88
173 0.9
174 0.88
175 0.89
176 0.88
177 0.88
178 0.88
179 0.89
180 0.89
181 0.9
182 0.86
183 0.84
184 0.84
185 0.83
186 0.83
187 0.84
188 0.85
189 0.86
190 0.9
191 0.84
192 0.82
193 0.8
194 0.79
195 0.78
196 0.79
197 0.8
198 0.81
199 0.88
200 0.85
201 0.84
202 0.83
203 0.83
204 0.83
205 0.83
206 0.84
207 0.83
208 0.89
209 0.86
210 0.85
211 0.84
212 0.83
213 0.83
214 0.83
215 0.84
216 0.84
217 0.89
218 0.86
219 0.85
220 0.84
221 0.83
222 0.83
223 0.83
224 0.84
225 0.84
226 0.89
227 0.86
228 0.85
229 0.84
230 0.83
231 0.83
232 0.83
233 0.84
234 0.84
235 0.89
236 0.86
237 0.85
238 0.84
239 0.83
240 0.83
241 0.83
242 0.84
243 0.84
244 0.89
245 0.86
246 0.85
247 0.84
248 0.83
249 0.83
250 0.83
251 0.84
252 0.84
253 0.89
254 0.86
255 0.85
256 0.84
257 0.83
258 0.83
259 0.83
260 0.84
261 0.85
262 0.9
263 0.89
264 0.87
265 0.86
266 0.85
267 0.85
268 0.85
269 0.86
270 0.86
271 0.87
272 0.88
273 0.83
274 0.81
275 0.81
276 0.8
277 0.8
278 0.81
279 0.83
280 0.84
281 0.88
282 0.83
283 0.81
284 0.81
285 0.8
286 0.8
287 0.8
288 0.82
289 0.81
290 0.84
291 0.81
292 0.74
293 0.7
294 0.63
295 0.61
296 0.53
297 0.46
298 0.39
299 0.34
300 0.31
301 0.25
302 0.25
303 0.18
304 0.16
305 0.18
306 0.19
307 0.19
308 0.23
309 0.24
310 0.22
311 0.25
312 0.31
313 0.3
314 0.31
315 0.32
316 0.3
317 0.36
318 0.41
319 0.39
320 0.33
321 0.34
322 0.35
323 0.36
324 0.38
325 0.31
326 0.26
327 0.25
328 0.28
329 0.26
330 0.24
331 0.19
332 0.16
333 0.15
334 0.19
335 0.19
336 0.23
337 0.3
338 0.33
339 0.39