Nucleolar Localized Proteins

Nucleolar localized proteins available in the database.

A0A167IPL6

Protein Details
Accession A0A167IPL6    Localization Confidence Medium Confidence Score 10.6
NoLS Segment(s)
PositionSequenceProtein Nature
48-239NHQRSVKARMSEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKMMMMKKRAGGGBasic
NLS Segment(s)
PositionSequence
52-236SVKARMSEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKMMMMKKRA
Subcellular Location(s) mito 15, nucl 7, cyto 5
Family & Domain DBs
InterPro View protein in InterPro  
IPR005819  H1/H5  
Gene Ontology GO:0000786  C:nucleosome  
GO:0003677  F:DNA binding  
GO:0030527  F:structural constituent of chromatin  
GO:0006334  P:nucleosome assembly  
Amino Acid Sequences MASHSTIGAEHLSQSGFCKLYESYNGPREPLNLVVMIFAPGSRGGLANHQRSVKARMSEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKMMMMKKRAGGGLAQGQLIEGS
FASTA Sequence
with NoLS information
AlphaFold Structure
with highlighted NoLS
NoLS Predictions per Residue
Residue Number Score
1 0.14
2 0.17
3 0.16
4 0.16
5 0.17
6 0.17
7 0.2
8 0.26
9 0.3
10 0.33
11 0.4
12 0.41
13 0.4
14 0.4
15 0.37
16 0.34
17 0.3
18 0.24
19 0.17
20 0.17
21 0.16
22 0.15
23 0.14
24 0.11
25 0.09
26 0.08
27 0.07
28 0.08
29 0.07
30 0.08
31 0.08
32 0.17
33 0.25
34 0.28
35 0.32
36 0.33
37 0.35
38 0.37
39 0.43
40 0.39
41 0.38
42 0.42
43 0.47
44 0.56
45 0.65
46 0.73
47 0.78
48 0.83
49 0.88
50 0.92
51 0.94
52 0.95
53 0.96
54 0.97
55 0.97
56 0.98
57 0.98
58 0.98
59 0.98
60 0.99
61 0.99
62 0.99
63 0.99
64 0.99
65 0.99
66 0.99
67 0.99
68 0.99
69 0.99
70 0.99
71 0.99
72 0.99
73 0.99
74 0.99
75 0.99
76 0.99
77 0.99
78 0.99
79 0.99
80 0.99
81 0.99
82 0.99
83 0.99
84 0.99
85 0.99
86 0.99
87 0.99
88 0.99
89 0.99
90 0.99
91 0.99
92 0.99
93 0.99
94 0.99
95 0.99
96 0.99
97 0.99
98 0.99
99 0.99
100 0.99
101 0.99
102 0.99
103 0.99
104 0.99
105 0.99
106 0.99
107 0.99
108 0.99
109 0.99
110 0.99
111 0.99
112 0.99
113 0.99
114 0.99
115 0.99
116 0.99
117 0.99
118 0.99
119 0.99
120 0.99
121 0.99
122 0.99
123 0.99
124 0.99
125 0.99
126 0.99
127 0.99
128 0.99
129 0.99
130 0.99
131 0.99
132 0.99
133 0.99
134 0.99
135 0.99
136 0.99
137 0.99
138 0.99
139 0.99
140 0.99
141 0.99
142 0.99
143 0.99
144 0.99
145 0.99
146 0.99
147 0.99
148 0.99
149 0.99
150 0.99
151 0.99
152 0.99
153 0.99
154 0.99
155 0.99
156 0.99
157 0.99
158 0.99
159 0.99
160 0.99
161 0.99
162 0.99
163 0.99
164 0.99
165 0.99
166 0.99
167 0.99
168 0.99
169 0.99
170 0.99
171 0.99
172 0.99
173 0.99
174 0.99
175 0.99
176 0.99
177 0.99
178 0.99
179 0.99
180 0.99
181 0.99
182 0.99
183 0.99
184 0.99
185 0.99
186 0.99
187 0.99
188 0.99
189 0.99
190 0.99
191 0.99
192 0.99
193 0.99
194 0.99
195 0.99
196 0.99
197 0.99
198 0.99
199 0.99
200 0.99
201 0.99
202 0.99
203 0.99
204 0.99
205 0.99
206 0.99
207 0.99
208 0.99
209 0.99
210 0.99
211 0.99
212 0.98
213 0.98
214 0.98
215 0.98
216 0.98
217 0.97
218 0.97
219 0.94
220 0.88
221 0.8
222 0.69
223 0.59
224 0.49
225 0.43
226 0.4
227 0.33
228 0.27
229 0.24