Nucleolar Localized Proteins

Nucleolar localized proteins available in the database.

A0A1X6N802

Protein Details
Accession A0A1X6N802    Localization Confidence Medium Confidence Score 12.9
NoLS Segment(s)
PositionSequenceProtein Nature
195-218TKKTETRKTDTKKAEPKKAPAKKABasic
NLS Segment(s)
PositionSequence
92-285PSGRVKLPPKATRPAGEALAPKENQPEEKPKAAKAPAKPKVPAKPAMITAKKPIIGKKPVAPAKAAPAKKSTSTSRTATKSAATKSTSTTKAKAAPPKAKKAETKKTETRKTDTKKAEPKKAPAKKAAPAKPAKKTTAPSRRDAAKKAVTGEKPASSKAKPASKATKKAPASKAAKDSAPQAPSSRSARAAKRA
Subcellular Location(s) nucl 18, cyto_nucl 10.5, mito 8
Family & Domain DBs
InterPro View protein in InterPro  
IPR005818  Histone_H1/H5_H15  
IPR036388  WH-like_DNA-bd_sf  
IPR036390  WH_DNA-bd_sf  
Gene Ontology GO:0000786  C:nucleosome  
GO:0003677  F:DNA binding  
GO:0006334  P:nucleosome assembly  
Pfam View protein in Pfam  
PF00538  Linker_histone  
PROSITE View protein in PROSITE  
PS51504  H15  
CDD cd00073  H15  
Amino Acid Sequences MAAAKKSSASKAASDKKAAARAAPAHPPWIDMIKECIIDHKEEARTGVSRPQIKKYVEEKYDIEIGNAQITQLSRAITTGADKGIFVLPKGPSGRVKLPPKATRPAGEALAPKENQPEEKPKAAKAPAKPKVPAKPAMITAKKPIIGKKPVAPAKAAPAKKSTSTSRTATKSAATKSTSTTKAKAAPPKAKKAETKKTETRKTDTKKAEPKKAPAKKAAPAKPAKKTTAPSRRDAAKKAVTGEKPASSKAKPASKATKKAPASKAAKDSAPQAPSSRSARAAKRA
FASTA Sequence
with NoLS information
AlphaFold Structure
with highlighted NoLS
NoLS Predictions per Residue
Residue Number Score
1 0.51
2 0.54
3 0.54
4 0.58
5 0.53
6 0.45
7 0.41
8 0.42
9 0.43
10 0.45
11 0.4
12 0.38
13 0.37
14 0.37
15 0.33
16 0.31
17 0.27
18 0.21
19 0.25
20 0.23
21 0.24
22 0.23
23 0.27
24 0.24
25 0.26
26 0.27
27 0.29
28 0.28
29 0.28
30 0.29
31 0.26
32 0.26
33 0.25
34 0.28
35 0.29
36 0.35
37 0.37
38 0.43
39 0.48
40 0.48
41 0.55
42 0.55
43 0.57
44 0.52
45 0.53
46 0.47
47 0.43
48 0.47
49 0.38
50 0.32
51 0.25
52 0.23
53 0.2
54 0.19
55 0.15
56 0.11
57 0.11
58 0.12
59 0.11
60 0.1
61 0.09
62 0.09
63 0.1
64 0.09
65 0.1
66 0.1
67 0.1
68 0.1
69 0.09
70 0.11
71 0.13
72 0.13
73 0.11
74 0.14
75 0.13
76 0.18
77 0.2
78 0.21
79 0.21
80 0.26
81 0.32
82 0.36
83 0.42
84 0.44
85 0.52
86 0.56
87 0.58
88 0.6
89 0.57
90 0.51
91 0.47
92 0.43
93 0.35
94 0.31
95 0.29
96 0.24
97 0.27
98 0.24
99 0.22
100 0.22
101 0.22
102 0.21
103 0.22
104 0.28
105 0.27
106 0.33
107 0.34
108 0.32
109 0.37
110 0.4
111 0.43
112 0.42
113 0.49
114 0.49
115 0.52
116 0.54
117 0.54
118 0.56
119 0.55
120 0.53
121 0.45
122 0.4
123 0.4
124 0.45
125 0.42
126 0.36
127 0.34
128 0.31
129 0.31
130 0.3
131 0.3
132 0.29
133 0.31
134 0.32
135 0.33
136 0.4
137 0.41
138 0.4
139 0.37
140 0.31
141 0.34
142 0.4
143 0.36
144 0.29
145 0.28
146 0.29
147 0.3
148 0.33
149 0.3
150 0.27
151 0.31
152 0.32
153 0.35
154 0.36
155 0.36
156 0.33
157 0.32
158 0.32
159 0.3
160 0.31
161 0.27
162 0.25
163 0.26
164 0.31
165 0.34
166 0.32
167 0.32
168 0.31
169 0.35
170 0.4
171 0.45
172 0.47
173 0.51
174 0.55
175 0.63
176 0.66
177 0.65
178 0.68
179 0.7
180 0.72
181 0.69
182 0.71
183 0.71
184 0.75
185 0.78
186 0.76
187 0.72
188 0.72
189 0.72
190 0.73
191 0.72
192 0.72
193 0.73
194 0.76
195 0.8
196 0.77
197 0.79
198 0.8
199 0.8
200 0.77
201 0.76
202 0.72
203 0.69
204 0.73
205 0.71
206 0.69
207 0.7
208 0.71
209 0.71
210 0.72
211 0.69
212 0.65
213 0.64
214 0.65
215 0.66
216 0.63
217 0.59
218 0.59
219 0.63
220 0.63
221 0.62
222 0.59
223 0.56
224 0.54
225 0.54
226 0.56
227 0.49
228 0.49
229 0.49
230 0.45
231 0.4
232 0.42
233 0.42
234 0.35
235 0.4
236 0.42
237 0.47
238 0.45
239 0.52
240 0.59
241 0.63
242 0.71
243 0.72
244 0.74
245 0.71
246 0.76
247 0.74
248 0.73
249 0.7
250 0.68
251 0.68
252 0.62
253 0.59
254 0.51
255 0.51
256 0.48
257 0.44
258 0.39
259 0.35
260 0.34
261 0.38
262 0.4
263 0.39
264 0.38
265 0.44