Nucleolar Localized Proteins

Nucleolar localized proteins available in the database.

Q5A0W9

Protein Details
Accession Q5A0W9    Localization Confidence High Confidence Score 19.5
NoLS Segment(s)
PositionSequenceProtein Nature
256-283QPSPPEQGTKKKPGRKPKLRKLSESSSEHydrophilic
307-337ITKRSRMGCLTCRQRKKRCCETRPRCTECTRHydrophilic
339-366RLNCTWPKPGTEHKNKPKDQKDDENTIEHydrophilic
NLS Segment(s)
PositionSequence
264-276TKKKPGRKPKLRK
Subcellular Location(s) nucl 26.5, cyto_nucl 14
Family & Domain DBs
InterPro View protein in InterPro  
IPR036864  Zn2-C6_fun-type_DNA-bd_sf  
IPR001138  Zn2Cys6_DnaBD  
Gene Ontology GO:0005634  C:nucleus  
GO:0003677  F:DNA binding  
GO:0000981  F:DNA-binding transcription factor activity, RNA polymerase II-specific  
GO:0008270  F:zinc ion binding  
GO:0044403  P:biological process involved in symbiotic interaction  
GO:0009267  P:cellular response to starvation  
GO:0030447  P:filamentous growth  
GO:0036180  P:filamentous growth of a population of unicellular organisms in response to biotic stimulus  
GO:0036170  P:filamentous growth of a population of unicellular organisms in response to starvation  
GO:0007618  P:mating  
GO:0036166  P:phenotypic switching  
GO:1900189  P:positive regulation of cell adhesion involved in single-species biofilm formation  
GO:0010811  P:positive regulation of cell-substrate adhesion  
GO:1900241  P:positive regulation of phenotypic switching  
GO:0009372  P:quorum sensing  
GO:1900443  P:regulation of filamentous growth of a population of unicellular organisms in response to biotic stimulus  
GO:1900239  P:regulation of phenotypic switching  
GO:1900231  P:regulation of single-species biofilm formation on inanimate substrate  
GO:0006357  P:regulation of transcription by RNA polymerase II  
GO:0044011  P:single-species biofilm formation on inanimate substrate  
KEGG cal:CAALFM_C406820CA  -  
Pfam View protein in Pfam  
PF00172  Zn_clus  
PROSITE View protein in PROSITE  
PS00463  ZN2_CY6_FUNGAL_1  
PS50048  ZN2_CY6_FUNGAL_2  
CDD cd00067  GAL4  
Amino Acid Sequences MSSIPNINWNDPNNGKSNTSRQSQPQPQLPSNVSPPNSRAVPTSGSIGGPQYGSSQFSNEYSRNPNTIGGPPFPLQSNQRGYMPNTGYPVQQTAQQRSGDKLQQVHSQQQQQQQQPLYQQYPPQSVGYLAGDVYNPQHQEYVQMNQLPNQHYNLQQRQQAQGQQLKSQLNEQNAMMSASTQQYPVQDFTNPYPNAQNPAEQQQQQQPLRTQSQQWDGYQSQPLYSAAGNTIPSSIQQQIPPQNLSPSEQQQVKQQQPSPPEQGTKKKPGRKPKLRKLSESSSETPQVPKTASSSSSSPTAVNSGKPITKRSRMGCLTCRQRKKRCCETRPRCTECTRLRLNCTWPKPGTEHKNKPKDQKDDENTIEHAEFGRIKVLRGIVEYRSK
FASTA Sequence
with NoLS information
AlphaFold Structure
with highlighted NoLS
NoLS Predictions per Residue
Residue Number Score
1 0.43
2 0.42
3 0.42
4 0.48
5 0.47
6 0.48
7 0.5
8 0.52
9 0.6
10 0.65
11 0.68
12 0.67
13 0.69
14 0.67
15 0.69
16 0.64
17 0.59
18 0.56
19 0.55
20 0.49
21 0.44
22 0.43
23 0.42
24 0.4
25 0.36
26 0.32
27 0.28
28 0.29
29 0.26
30 0.28
31 0.23
32 0.22
33 0.22
34 0.2
35 0.18
36 0.15
37 0.14
38 0.13
39 0.13
40 0.16
41 0.15
42 0.16
43 0.16
44 0.19
45 0.24
46 0.22
47 0.26
48 0.3
49 0.33
50 0.33
51 0.33
52 0.33
53 0.31
54 0.36
55 0.35
56 0.29
57 0.31
58 0.29
59 0.29
60 0.28
61 0.28
62 0.26
63 0.29
64 0.33
65 0.31
66 0.34
67 0.36
68 0.37
69 0.42
70 0.41
71 0.36
72 0.34
73 0.33
74 0.3
75 0.28
76 0.28
77 0.2
78 0.23
79 0.26
80 0.28
81 0.32
82 0.35
83 0.35
84 0.35
85 0.41
86 0.39
87 0.38
88 0.36
89 0.34
90 0.38
91 0.4
92 0.44
93 0.44
94 0.47
95 0.49
96 0.52
97 0.57
98 0.54
99 0.57
100 0.52
101 0.48
102 0.45
103 0.46
104 0.41
105 0.35
106 0.35
107 0.33
108 0.34
109 0.34
110 0.29
111 0.24
112 0.22
113 0.21
114 0.18
115 0.14
116 0.1
117 0.09
118 0.08
119 0.08
120 0.09
121 0.1
122 0.1
123 0.1
124 0.11
125 0.1
126 0.15
127 0.17
128 0.18
129 0.19
130 0.22
131 0.21
132 0.24
133 0.29
134 0.27
135 0.26
136 0.26
137 0.25
138 0.27
139 0.35
140 0.39
141 0.39
142 0.4
143 0.41
144 0.42
145 0.43
146 0.41
147 0.39
148 0.38
149 0.35
150 0.33
151 0.36
152 0.34
153 0.31
154 0.33
155 0.3
156 0.27
157 0.27
158 0.24
159 0.2
160 0.19
161 0.18
162 0.12
163 0.08
164 0.08
165 0.08
166 0.08
167 0.08
168 0.08
169 0.09
170 0.11
171 0.12
172 0.11
173 0.11
174 0.13
175 0.14
176 0.23
177 0.22
178 0.21
179 0.23
180 0.22
181 0.26
182 0.24
183 0.25
184 0.17
185 0.23
186 0.26
187 0.25
188 0.27
189 0.28
190 0.36
191 0.35
192 0.36
193 0.33
194 0.34
195 0.36
196 0.36
197 0.33
198 0.29
199 0.35
200 0.34
201 0.32
202 0.33
203 0.3
204 0.3
205 0.32
206 0.27
207 0.2
208 0.18
209 0.18
210 0.14
211 0.13
212 0.11
213 0.07
214 0.09
215 0.09
216 0.08
217 0.08
218 0.07
219 0.07
220 0.09
221 0.11
222 0.12
223 0.13
224 0.18
225 0.24
226 0.27
227 0.28
228 0.26
229 0.27
230 0.26
231 0.27
232 0.26
233 0.24
234 0.26
235 0.27
236 0.27
237 0.33
238 0.4
239 0.43
240 0.45
241 0.46
242 0.46
243 0.47
244 0.52
245 0.5
246 0.45
247 0.45
248 0.45
249 0.5
250 0.53
251 0.59
252 0.62
253 0.66
254 0.7
255 0.76
256 0.81
257 0.83
258 0.87
259 0.87
260 0.89
261 0.86
262 0.86
263 0.83
264 0.8
265 0.77
266 0.72
267 0.65
268 0.58
269 0.55
270 0.49
271 0.44
272 0.36
273 0.3
274 0.24
275 0.22
276 0.2
277 0.2
278 0.21
279 0.21
280 0.22
281 0.21
282 0.23
283 0.23
284 0.2
285 0.18
286 0.21
287 0.19
288 0.19
289 0.2
290 0.21
291 0.24
292 0.26
293 0.32
294 0.35
295 0.42
296 0.48
297 0.49
298 0.55
299 0.57
300 0.62
301 0.62
302 0.64
303 0.68
304 0.71
305 0.78
306 0.78
307 0.82
308 0.85
309 0.87
310 0.89
311 0.89
312 0.89
313 0.9
314 0.91
315 0.92
316 0.93
317 0.9
318 0.85
319 0.79
320 0.79
321 0.75
322 0.74
323 0.73
324 0.68
325 0.68
326 0.67
327 0.72
328 0.71
329 0.68
330 0.67
331 0.6
332 0.58
333 0.57
334 0.61
335 0.63
336 0.64
337 0.7
338 0.72
339 0.81
340 0.84
341 0.89
342 0.88
343 0.87
344 0.85
345 0.85
346 0.82
347 0.8
348 0.77
349 0.7
350 0.62
351 0.55
352 0.46
353 0.36
354 0.29
355 0.24
356 0.21
357 0.18
358 0.24
359 0.21
360 0.22
361 0.25
362 0.27
363 0.25
364 0.27
365 0.3