Proteins with Predicted NoLSs

Proteins containing predicted nucleolar localization signals available in the database.

A0A090CV64

Protein Details
Accession A0A090CV64    Localization Confidence High Confidence Score 21.2
NoLS Segment(s)
PositionSequenceProtein Nature
1-37MADADPPPRRRSRSRSRSPPRRPKASGGFKWKEKRPTBasic
51-79DKNLQRGYRDRSPRRDRDRDDRRDRDRDSBasic
101-143PRERDATRDRRRSPRRERSPRRDRPRDKPREEKKEKPRQPIAPBasic
NLS Segment(s)
PositionSequence
7-38PPRRRSRSRSRSPPRRPKASGGFKWKEKRPTT
56-138RGYRDRSPRRDRDRDDRRDRDRDSNNDRSRQNRSPTRRDHDSAAAPRERDATRDRRRSPRRERSPRRDRPRDKPREEKKEKPR
Subcellular Location(s) nucl 23, cyto_nucl 14
Family & Domain DBs
InterPro View protein in InterPro  
IPR039732  Hub1/Ubl5  
IPR000626  Ubiquitin-like_dom  
IPR029071  Ubiquitin-like_domsf  
Gene Ontology GO:0036211  P:protein modification process  
PROSITE View protein in PROSITE  
PS50053  UBIQUITIN_2  
Amino Acid Sequences MADADPPPRRRSRSRSRSPPRRPKASGGFKWKEKRPTTSEDSRGGGRDSSDKNLQRGYRDRSPRRDRDRDDRRDRDRDSNNDRSRQNRSPTRRDHDSAAAPRERDATRDRRRSPRRERSPRRDRPRDKPREEKKEKPRQPIAPQEEMIVVTVNDRLGTKAQIPAFPSDTVGQFKIMVAMKVGREPHEILLKRQGERPFKDHITLGDYGVSNGVQVDLEVDTGD
FASTA Sequence
with NoLS information
AlphaFold Structure
with highlighted NoLS
NoLS Predictions per Residue
Residue Number Score
1 0.8
2 0.85
3 0.89
4 0.93
5 0.95
6 0.96
7 0.94
8 0.93
9 0.87
10 0.85
11 0.85
12 0.85
13 0.82
14 0.82
15 0.8
16 0.78
17 0.82
18 0.8
19 0.79
20 0.74
21 0.73
22 0.68
23 0.68
24 0.67
25 0.67
26 0.66
27 0.6
28 0.57
29 0.51
30 0.47
31 0.4
32 0.33
33 0.25
34 0.26
35 0.24
36 0.27
37 0.34
38 0.35
39 0.36
40 0.41
41 0.42
42 0.42
43 0.47
44 0.49
45 0.5
46 0.57
47 0.63
48 0.68
49 0.76
50 0.8
51 0.82
52 0.84
53 0.82
54 0.82
55 0.84
56 0.85
57 0.85
58 0.84
59 0.82
60 0.81
61 0.78
62 0.77
63 0.73
64 0.72
65 0.7
66 0.71
67 0.69
68 0.67
69 0.66
70 0.61
71 0.62
72 0.59
73 0.6
74 0.58
75 0.61
76 0.63
77 0.69
78 0.71
79 0.7
80 0.65
81 0.59
82 0.54
83 0.53
84 0.48
85 0.45
86 0.4
87 0.33
88 0.32
89 0.32
90 0.28
91 0.24
92 0.25
93 0.3
94 0.38
95 0.47
96 0.52
97 0.58
98 0.67
99 0.75
100 0.8
101 0.81
102 0.82
103 0.85
104 0.9
105 0.9
106 0.93
107 0.93
108 0.93
109 0.93
110 0.89
111 0.89
112 0.89
113 0.89
114 0.85
115 0.86
116 0.85
117 0.86
118 0.86
119 0.85
120 0.85
121 0.85
122 0.85
123 0.83
124 0.81
125 0.78
126 0.77
127 0.77
128 0.73
129 0.66
130 0.59
131 0.51
132 0.43
133 0.35
134 0.28
135 0.18
136 0.11
137 0.07
138 0.08
139 0.07
140 0.06
141 0.06
142 0.07
143 0.08
144 0.1
145 0.11
146 0.15
147 0.17
148 0.19
149 0.2
150 0.22
151 0.24
152 0.22
153 0.23
154 0.19
155 0.2
156 0.2
157 0.19
158 0.17
159 0.14
160 0.14
161 0.17
162 0.17
163 0.15
164 0.14
165 0.16
166 0.16
167 0.2
168 0.22
169 0.19
170 0.21
171 0.23
172 0.25
173 0.32
174 0.33
175 0.32
176 0.4
177 0.42
178 0.41
179 0.45
180 0.5
181 0.5
182 0.54
183 0.54
184 0.53
185 0.51
186 0.52
187 0.47
188 0.41
189 0.38
190 0.33
191 0.3
192 0.26
193 0.23
194 0.2
195 0.19
196 0.17
197 0.12
198 0.11
199 0.1
200 0.06
201 0.06
202 0.07
203 0.06