Nucleolar Localized Proteins

Nucleolar localized proteins available in the database.

A0A4U6XM69

Protein Details
Accession A0A4U6XM69    Localization Confidence High Confidence Score 18.3
NoLS Segment(s)
PositionSequenceProtein Nature
48-106LPLPQLQPQKQKQQRLPKRRRQQPQKQKQKQQRPPKQKRLPKRKRLQPQKQTHQRLQTHHydrophilic
113-182QRLLKQKRLQTQKRLLKQKRQQKQKRQQPQKQTQQRLLKQKRLLKQKRQPPQKQPPRKQLSKKLLSKKQLHydrophilic
200-240KLLLQKQKQLPQKQKQLPQKQLPQKQPPQKQPPQMQQPPQIHydrophilic
NLS Segment(s)
PositionSequence
57-95KQKQQRLPKRRRQQPQKQKQKQQRPPKQKRLPKRKRLQP
117-181KQKRLQTQKRLLKQKRQQKQKRQQPQKQTQQRLLKQKRLLKQKRQPPQKQPPRKQLSKKLLSKKQ
Subcellular Location(s) nucl 13, mito 13, mito_nucl 13
Family & Domain DBs
Amino Acid Sequences MRLSLVRRILNQKLGEQRGLKQERQLPQKLPLPLPQKQKLPLPQKQKLPLPQLQPQKQKQQRLPKRRRQQPQKQKQKQQRPPKQKRLPKRKRLQPQKQTHQRLQTHQRLQTHQRLLKQKRLQTQKRLLKQKRQQKQKRQQPQKQTQQRLLKQKRLLKQKRQPPQKQPPRKQLSKKLLSKKQLPQKLLPQMQPPKQQPPPKLLLQKQKQLPQKQKQLPQKQLPQKQPPQKQPPQMQQPPQISNSKHSSKTNARRLSKPQAVRLEMKTWSPGMQTTKATRKP
FASTA Sequence
with NoLS information
AlphaFold Structure
with highlighted NoLS
NoLS Predictions per Residue
Residue Number Score
1 0.56
2 0.56
3 0.52
4 0.51
5 0.54
6 0.58
7 0.53
8 0.51
9 0.54
10 0.56
11 0.62
12 0.64
13 0.57
14 0.58
15 0.63
16 0.61
17 0.57
18 0.56
19 0.54
20 0.55
21 0.6
22 0.59
23 0.58
24 0.57
25 0.61
26 0.63
27 0.66
28 0.67
29 0.68
30 0.69
31 0.71
32 0.75
33 0.75
34 0.73
35 0.71
36 0.69
37 0.65
38 0.66
39 0.68
40 0.69
41 0.71
42 0.7
43 0.73
44 0.74
45 0.77
46 0.78
47 0.79
48 0.81
49 0.83
50 0.87
51 0.87
52 0.9
53 0.91
54 0.93
55 0.93
56 0.93
57 0.93
58 0.93
59 0.94
60 0.94
61 0.94
62 0.94
63 0.94
64 0.93
65 0.93
66 0.92
67 0.92
68 0.93
69 0.94
70 0.94
71 0.92
72 0.93
73 0.93
74 0.93
75 0.92
76 0.92
77 0.91
78 0.91
79 0.93
80 0.93
81 0.92
82 0.92
83 0.92
84 0.92
85 0.9
86 0.85
87 0.84
88 0.77
89 0.75
90 0.74
91 0.73
92 0.69
93 0.65
94 0.64
95 0.6
96 0.62
97 0.62
98 0.6
99 0.54
100 0.54
101 0.6
102 0.59
103 0.63
104 0.64
105 0.6
106 0.6
107 0.68
108 0.68
109 0.68
110 0.74
111 0.73
112 0.74
113 0.8
114 0.78
115 0.78
116 0.79
117 0.79
118 0.77
119 0.8
120 0.81
121 0.82
122 0.86
123 0.86
124 0.89
125 0.9
126 0.89
127 0.89
128 0.89
129 0.88
130 0.87
131 0.82
132 0.8
133 0.78
134 0.77
135 0.77
136 0.74
137 0.71
138 0.68
139 0.69
140 0.68
141 0.7
142 0.73
143 0.72
144 0.74
145 0.75
146 0.78
147 0.82
148 0.84
149 0.84
150 0.86
151 0.86
152 0.88
153 0.89
154 0.89
155 0.88
156 0.88
157 0.86
158 0.85
159 0.84
160 0.83
161 0.83
162 0.82
163 0.81
164 0.79
165 0.78
166 0.76
167 0.75
168 0.72
169 0.67
170 0.62
171 0.62
172 0.65
173 0.62
174 0.57
175 0.57
176 0.58
177 0.61
178 0.64
179 0.6
180 0.59
181 0.62
182 0.65
183 0.59
184 0.58
185 0.56
186 0.55
187 0.6
188 0.59
189 0.62
190 0.62
191 0.67
192 0.67
193 0.7
194 0.71
195 0.72
196 0.75
197 0.74
198 0.78
199 0.78
200 0.8
201 0.83
202 0.85
203 0.85
204 0.84
205 0.84
206 0.84
207 0.84
208 0.85
209 0.85
210 0.84
211 0.84
212 0.85
213 0.85
214 0.85
215 0.85
216 0.85
217 0.84
218 0.84
219 0.85
220 0.84
221 0.81
222 0.79
223 0.78
224 0.72
225 0.68
226 0.65
227 0.56
228 0.53
229 0.54
230 0.52
231 0.5
232 0.49
233 0.53
234 0.57
235 0.65
236 0.69
237 0.71
238 0.7
239 0.72
240 0.78
241 0.79
242 0.78
243 0.74
244 0.73
245 0.72
246 0.71
247 0.7
248 0.66
249 0.6
250 0.53
251 0.48
252 0.43
253 0.35
254 0.31
255 0.27
256 0.28
257 0.29
258 0.32
259 0.36
260 0.41