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Detail information of GWHGAAZE030592
Functional Annotation
Database
Orthologs
E value
Annotation
Nr
XP_002266656.1
0
PREDICTED: uncharacterized protein LOC100256959 isoform X1 [Vitis vinifera]
trEMBL
tr|F6GTB6|F6GTB6_VITVI
0
Putative uncharacterized protein {ECO:0000313|EMBL:CCB43125.1}
TAIR10
AT3G47890.1
0
Ubiquitin carboxyl-terminal hydrolase-related protein
Location And Transcript Sequence
(JBrowse)
Scaffold
Type
Start
End
Strand
GWHAAZE00000009
gene
45753785
45770945
-
GWHAAZE00000009
mRNA
45753785
45770945
-
GWHAAZE00000009
exon
45768378
45770945
-
GWHAAZE00000009
exon
45768173
45768301
-
GWHAAZE00000009
exon
45767931
45768074
-
GWHAAZE00000009
exon
45767795
45767844
-
GWHAAZE00000009
exon
45767375
45767696
-
GWHAAZE00000009
exon
45767108
45767237
-
GWHAAZE00000009
exon
45766860
45767030
-
GWHAAZE00000009
exon
45766199
45766312
-
GWHAAZE00000009
exon
45764773
45764969
-
GWHAAZE00000009
exon
45764464
45764679
-
GWHAAZE00000009
exon
45764064
45764339
-
GWHAAZE00000009
exon
45763805
45763952
-
GWHAAZE00000009
exon
45763502
45763635
-
GWHAAZE00000009
exon
45755276
45755362
-
GWHAAZE00000009
exon
45753785
45753871
-
GWHAAZE00000009
CDS
45768378
45770945
-
GWHAAZE00000009
CDS
45768173
45768301
-
GWHAAZE00000009
CDS
45767931
45768074
-
GWHAAZE00000009
CDS
45767795
45767844
-
GWHAAZE00000009
CDS
45767375
45767696
-
GWHAAZE00000009
CDS
45767108
45767237
-
GWHAAZE00000009
CDS
45766860
45767030
-
GWHAAZE00000009
CDS
45766199
45766312
-
GWHAAZE00000009
CDS
45764773
45764969
-
GWHAAZE00000009
CDS
45764464
45764679
-
GWHAAZE00000009
CDS
45764064
45764339
-
GWHAAZE00000009
CDS
45763805
45763952
-
GWHAAZE00000009
CDS
45763502
45763635
-
GWHAAZE00000009
CDS
45755276
45755362
-
GWHAAZE00000009
CDS
45753785
45753871
-
Transcript Sequence
>GWHTAAZE030626 ATGGGGCATAAAAAGCGAACCCTTCCTCCTGCTCGCTCCAAACAATCACAGTCCACGGTGGTTGCCACTGCAGCCGACGGTGGTTCTACCTCAGTTGACAATGAATACGAACAAGACCTAGTTCCGATTCTACCAATTCAACAGCAGCAACAGCAGCAGCTGAGTAAAATTGAAGGTTCATCTAATTCCGCTGTTGAATTGGACGTTTCTTCGTTATCTGCAATCAAGCTTGAATGCGAGAAAGCGCTAACTGCGCTTCGGCGAGGAAACCACACCAAAGCCCTAAGGCTGATGAAGGATATGTGCGTTAAGAATGAGAATAGTTCTCACTCGGCTTTGGTTCATCGAGTTCAAGGGACTGTATGTGTTAAAGTTGCTTCGATAATGGACGATCCTAATGCAAAGCAGAGGCATTTAAGGAATGCAATTGAGTCTGCTAAAAAGGCGGTCTTTTTGTCACCGAGCTCAATTGAGTTCGCACATTTTTATGCTAATTTATTGTATGAGGCGGCCAATGAGGCGAGGGAGTATGAGGAGGTGGTTCGAGAGTGTGAGCGTGCATTATCGATTGAGGATCCTATTGATCCCGCCAAGGAGAGCTTGCAGGATGAGAGCCAGCTGAAGATATCCTCCAAGGATGCACGGGTTGCACATGTACAGAGTGAACTACACTCACTGATTTCGAAGTCCAACTTCTCTTCGATTTCGACTTGGATGAAAACTTTTGGGAATGGGGAGGAGAAGTTTAGGTTGATTCCTATAAGAAGGGCTTCGGAGGACCCGATGGAGATTAATCAGGTTCCAGCAAGGCGACCCAATGAGATCAAGAAGGCAACTAAAACGCTCGAGGAGCGCAGGAAAGAAATTGAAGTTCGAGTGGCTGCTGCAAGGCTGTTGCAGCAGAAATCGGAGTCACCCCAATCACCAAAAGATGGAGACAAGGCTTCAGATTCATCTTCAGGGTCTATTCAGAAAGTGGGTGATCGAAGAAAGAGTGCCAATACTCGAAAAAATGCATCATCGGCAGAGAGGAAGGACTGGGTTCAGTCGTATTGGAATTCCATGAGTATGGATATGAAGAAAGACTTGCTCAGAATAAAAATTTCGGATCTCAAGGCCCATTTCAGTTCGAAGAAGGATATGCTTGCATATGACGTCCTCTCAGAAGCTTTATCCTTTGCTGAAGCTAATAGAGAGTGGAAGTTATGGGTGTGCTGCCGTTGCGACAAGAAATTTGCCAATGCTGAATCGCATATGCAGCATGTTGTGGAGGAGCACATGGGGAGCCTTTTGCCCAAGATGCAGTCAGTTTTGCCTGAAAACGTTGATAATGAGTGGATTCAAATGCTTCTCAGCTGGCCTTGGAAACCGTTGGATGTCGATGCTGCTGCAAAAATGATTGCAAAACGATCAAATTCTCAAGCTCCTAATGAGGAGTTCAATGGCTGCTTCACTGACAGTCATTGTTCTGAAGATGCATTGAATTCATCCTTTGGGAAGAAGAAATCCGAGGATAGTTGCAAAGAGAGTACTGTTGAGAGCAGAAATGATGGAATTTCTGATATTGTGAGTGGGAAATGTGATGGAAATCAAGGTTGCAAGTCATGCTTCCTTCCTGATAGCTGGCCATTGTCCGATGACATTGAGCGTACTAAGATCCTTGAGAAAATTCGTTCCCTTTTCCAGTTGCTTATTAAGCACAAATATCTTGCAGCAAGTCATGTTAGCAAGGTGGTACAATTTGCAATGGAGGAACTACAGGGTCTTGCCTCTGGTTCTCAGGTTCTTGACTTTGGCTTGGGTCAAACACCTGTATGCATATGCCTTCTGGGACTTCACGAGCTTAACAAAGTTCTCAAGTTCTTGCAAGATATATCAAAGAATTGTGGGATCGGTAAATATTCTGAGAAAGGTAGCCCCATTGATAGTGCAGACATTGAGATCACAGAGAAAATAATTCTCGACGAATCACGTCTCTTGTTGGATGAGCGTAGTTTGGGCTATGAGAATGGAGATACACTTGATACCGATGCTTTACTGTCCTGGATATTCACAGGTCCTACAAATGTGGAGCAATTGGCACTCTGGAAGCGTAGGAGAGAAGAGAAATCACATCAAGGAATGGAAATACTCCAGATGCTTGAGAAGGAATTTTATCACCTACAGAGCTTGTGTGAAAGAAAATGTGATCATTTAATTGAGGAGGAGGCATTACAGGCAGTGGAAGATCTTTGCCTTGAAGAAGCTAAGAAAAGGGAGAGGGAGCATAGTACAGAGTTTGTCCACAGAAGTTATGAGTCTGTGTTAAGGAAGAAGGAAGAAGATCTTCAGGGAAGCGAAAAGGATTTTACGTCTATCAGGGACGCAATAAAAAACGTTCTAAAAGAAGCAGGCTCTTTGAATAACAGTCAATTCGGGTACGAGGAAAGGTATAGTGGTGTCACTTCTCATTTATTTGACTTGGAATCTGGCGAAGATGATAATTGGAGAATGAAGGACTGTCTTAATCGACTGGATTCTTGCATAGAAGTTGCACTCCAGAGAATGAAAGAACGTTTGTCTCTTGAGCTTAGTAAAATCGATGCGGTAATCATGCGGAGTGTTACGGGGGTGCAACAATTGGAAGTTAAGCTCGAGCCTGCGTCTGCCCATGACTATCGGTCCATTGTTGTTCCTCTCCTAAAGTCCTTCATGAGGGCATGCTTGGAGGATCTGGCAGAGAAAGCTGCCAAAGAGAAATCCGATGCTGCCAGAGAGGCATTTCTAGCAGAACTTGAACTAGATGAGAAGACGAAGGAAAAGAAAAGGAACAAGGAGAACAGAAAAACCAAGGATTTAAAGAGCACTGGTGGTGATGAGCTGCACAGAAACCACGAGACTGTTGAACAAGCTTCAATTCCAGTTGTATGTAATGGAGAAACTCCAGACTCCGAAATTGTTGTTGGTGGGAGTAGTGACGCCTTAGATGAACAGGAAGAAGAGCTTAGACGCAGGGAAATCGAACTTGAAGCAGAGGAAAGAAAGCTTGAAGAAACTCTCGAGTATCAAAGACGAATTGAGGACGAGGCTAAACAGAAGCATCTTGCTGAGCAGTATAAAAAAGCTGCAAATGCAATTCCAGAGAAGGTGGTCAAAGGTGGAGTGCTTAATGCCTGTGTGAAGCATTGTGAACATTATCAACACGTAGATGAACAACTTATACATTGTGTTCAGGAACCCTTGTTGCTGGAGAATGGATTCTCAAGCAATTTTGAAGGTGTGCCTGGACCTGGAAACATTGAAGACGAAGCTTCAGAAAGGATTGGTAGTTATCGGAATCACCATCATCCAGAAGTTAAACAAAGCTTACCAAACGGAGGAAATACAGAAAATGGTGTTTTAGTTTCTGAGCGACGGTCAGGAAGAAAGAGTCGACGCCAGAAGAATTCCACCATAGTTGATGGAAAATATCACCCTCTGTCATCTGAGAAGGAAAAAGAAGCTGAGCAAGCTAAAGATAAAGACAGTCTCCATGATACATCTTGTTCGGGAGACAACGGAACAAAGACATTGAGACAGTTACATACAGAAGAGGATGATGAGGAAAGGTTTCAAGCTGACCTTGAAAAAGCCGTAAGGCAGAGCCTTGACACCTTTCATTTGCATACCAAATTGCCCCTGATATCAAGTCCAAGGATTTCACGAAAGATGTTTTCAGAAGGAGATGACTTGGGCGTTTTACCTAATGAAGCTGCAACTGAAAATGTAAATGCAGTTCACGCATATGGCACAGGGCTGAAGAATGAAGTTGGTGAATACAATTGTTTTCTAAATGTTATCATACAGTCCTTATGGCACTTAAGATGCTTTCGAGATGAATTCTTGAAGAGATCAATGTTAGAGCATCTGCATGTTGGTGATCCTTGTGTTATATGTGCTTTGTATGATATTTTTACTTCTATGAGCATGGTATCTACAGACATGGAAAGAGAAGAAGTTGCTCCTACTTCTCTAAGGATTGCTCTAAGCAAGTTGTATCCTGACAATAATTTCTTTCAAGAGGCCCAGATGAATGATGCTTCTGAAGTTTTGGGGGTCATATTTGATTGCCTTCATCGATCATTCATTCTCAGTTCGGGTGTTTCTGATACAGAATCAGTGGAAAGTAACGGCACAGGGTCTTGGGATTGTGCAAATAATGCTTGTCTAGCACATTCTCTTTTTGGAATGGACATATTCGAGCGAATGAATTGCTATAATTGTGGCTTAGAATCAAGACCTCTGAAGTATACATCTTTTTTTCATAATATCAATGCAAATGCCCTCCGAACTATAAAGGCTATATCTCCAGAAAGTTCTTTTGATGAACTTCTAAACCTTGTTGAGATGAATCATCAGTTAGCTTGTGATTCAGAGACTGGTGGCTGTGGGAAGCTGAACTATATCCATCATATTCTTTCAACTCCGCCACATGTTTTCACAACAGTTCTAGGTTGGCAGAATACTTGTGAGAGTGTTGATGACATAACAGCAACGCTGGCAGCCTTATTTGCTGAGATAGATATTGGTGTCCTTTACCGCGGTGTTGATCGAAAGCATAGATATTGCTTGGTTTCAGTGGTTTGCTACTACGGGCAACATTATCATTGCTTTGCCTACAATCATGATCATGAACAGTGGGTTATGTATGACGATAAAGCTGTCAAGGTAATTGGGGGCTGGGAGGATGTTCTTACCATGTGCAGAAAAGGGCATTTGCAACCACAGGTTCTTTTCTTTGAAGCTGTAAACTAA
Network for GWHGAAZE030592
Network category
Network
Top300 PCC genelist
Coexpression Positive
Network
Top300 PCC genelist
Coexpression Negative
Network
Top300 PCC genelist
Functional Module
Module ID
Function Annotation
Protein Structure
Pfam accession
Pfam name
Alignment start
Alignment end
E-value
PF04781.13
DUF627
81
191
3.20E-33
PF04780.13
DUF629
348
844
3.00E-137
PF00443.30
UCH
1257
1584
2.40E-22
Protein Sequence
>GWHPAAZE030610 MGHKKRTLPPARSKQSQSTVVATAADGGSTSVDNEYEQDLVPILPIQQQQQQQLSKIEGSSNSAVELDVSSLSAIKLECEKALTALRRGNHTKALRLMKDMCVKNENSSHSALVHRVQGTVCVKVASIMDDPNAKQRHLRNAIESAKKAVFLSPSSIEFAHFYANLLYEAANEAREYEEVVRECERALSIEDPIDPAKESLQDESQLKISSKDARVAHVQSELHSLISKSNFSSISTWMKTFGNGEEKFRLIPIRRASEDPMEINQVPARRPNEIKKATKTLEERRKEIEVRVAAARLLQQKSESPQSPKDGDKASDSSSGSIQKVGDRRKSANTRKNASSAERKDWVQSYWNSMSMDMKKDLLRIKISDLKAHFSSKKDMLAYDVLSEALSFAEANREWKLWVCCRCDKKFANAESHMQHVVEEHMGSLLPKMQSVLPENVDNEWIQMLLSWPWKPLDVDAAAKMIAKRSNSQAPNEEFNGCFTDSHCSEDALNSSFGKKKSEDSCKESTVESRNDGISDIVSGKCDGNQGCKSCFLPDSWPLSDDIERTKILEKIRSLFQLLIKHKYLAASHVSKVVQFAMEELQGLASGSQVLDFGLGQTPVCICLLGLHELNKVLKFLQDISKNCGIGKYSEKGSPIDSADIEITEKIILDESRLLLDERSLGYENGDTLDTDALLSWIFTGPTNVEQLALWKRRREEKSHQGMEILQMLEKEFYHLQSLCERKCDHLIEEEALQAVEDLCLEEAKKREREHSTEFVHRSYESVLRKKEEDLQGSEKDFTSIRDAIKNVLKEAGSLNNSQFGYEERYSGVTSHLFDLESGEDDNWRMKDCLNRLDSCIEVALQRMKERLSLELSKIDAVIMRSVTGVQQLEVKLEPASAHDYRSIVVPLLKSFMRACLEDLAEKAAKEKSDAAREAFLAELELDEKTKEKKRNKENRKTKDLKSTGGDELHRNHETVEQASIPVVCNGETPDSEIVVGGSSDALDEQEEELRRREIELEAEERKLEETLEYQRRIEDEAKQKHLAEQYKKAANAIPEKVVKGGVLNACVKHCEHYQHVDEQLIHCVQEPLLLENGFSSNFEGVPGPGNIEDEASERIGSYRNHHHPEVKQSLPNGGNTENGVLVSERRSGRKSRRQKNSTIVDGKYHPLSSEKEKEAEQAKDKDSLHDTSCSGDNGTKTLRQLHTEEDDEERFQADLEKAVRQSLDTFHLHTKLPLISSPRISRKMFSEGDDLGVLPNEAATENVNAVHAYGTGLKNEVGEYNCFLNVIIQSLWHLRCFRDEFLKRSMLEHLHVGDPCVICALYDIFTSMSMVSTDMEREEVAPTSLRIALSKLYPDNNFFQEAQMNDASEVLGVIFDCLHRSFILSSGVSDTESVESNGTGSWDCANNACLAHSLFGMDIFERMNCYNCGLESRPLKYTSFFHNINANALRTIKAISPESSFDELLNLVEMNHQLACDSETGGCGKLNYIHHILSTPPHVFTTVLGWQNTCESVDDITATLAALFAEIDIGVLYRGVDRKHRYCLVSVVCYYGQHYHCFAYNHDHEQWVMYDDKAVKVIGGWEDVLTMCRKGHLQPQVLFFEAVN
Gene family
Gene family
subfamily
Ubiquitin Family
USP
KEGG pathway
KO
Enzyme
pathway
mapID
--
--
--
--
Gene Ontology
GO term
Ontology
Name
GO:0016579
biological_process
protein deubiquitination
GO:0036459
molecular_function
thiol-dependent ubiquitinyl hydrolase activity
GO:0005515
molecular_function
protein binding
GO:0003676
molecular_function
nucleic acid binding
Expression pattern
Expression pattern detail
SRP
Sample
Description
TPM
SRP075780
SRR3591705
youngest leaf
20.399
SRR3591706
second leaf
12.374
SRR3591707
mature leaf
17.798
SRR3591708
Shoot apex
17.032
SRR3591709
Stem
22.445
SRR3591710
White floral bud
22.874
SRR3591711
White flower
25.441
SRR3591712
Green floral bud
30.431
SRR3591713
Yellow flower
14.203
SRP173429
SRR8316895
Juvenile bud stage
11.974
SRR8316896
Juvenile bud stage
15.812
SRR8316897
Juvenile bud stage
7.874
SRR8316894
Third green stage
10.539
SRR8316900
Third green stage
29.182
SRR8316901
Third green stage
24.989
SRR8316898
Complete white stage
7.127
SRR8316899
Complete white stage
29.768
SRR8316903
Complete white stage
16.078
SRR8316902
Silver flowering stage
5.869
SRR8316904
Silver flowering stage
13.300
SRR8316905
Silver flowering stage
5.057
SRR8316906
Gold flowering stage
16.401
SRR8316907
Gold flowering stage
15.043
SRR8316908
Gold flowering stage
18.548
SRP132670
SRR6706286
Control
17.794
SRR6706287
Light intensity 50%
19.679
SRR6706288
Light intensity 20%
21.630
CNP0000432
CNS0095592
Slightly white alabastrum(diploid) 1
8.236
CNS0095593
Slightly white alabastrum(diploid) 2
8.710
CNS0095594
Slightly white alabastrum(diploid) 3
6.884
CNS0095595
Whole white alabastrum(diploid) 2
10.707
CNS0095596
Whole white alabastrum(diploid) 3
9.826
CNS0095597
Whole white alabastrum(diploid) 4
11.353
CNS0095598
Silvery flower (diploied) 1
13.069
CNS0095599
Silvery flower (diploied) 2
12.779
CNS0095600
Silvery flower (diploied) 3
25.488
CNS0095601
Golden flower (diploid) 1
11.599
CNS0095602
Golden flower (diploid) 2
23.218
CNS0095603
Golden flower (diploid) 3
24.755
CNS0095604
Slightly white alabastrum(tetraploid) 1
11.441
CNS0095605
Slightly white alabastrum(tetraploid) 2
8.673
CNS0095606
Slightly white alabastrum(tetraploid) 3
21.593
CNS0095607
Whole white alabastrum(tetraploid) 1
11.214
CNS0095608
Whole white alabastrum(tetraploid) 2
8.782
CNS0095609
Whole white alabastrum(tetraploid) 3
19.762
CNS0095610
Silvery flower (tetraploid) 1
20.463
CNS0095611
Silvery flower (tetraploid) 2
20.396
CNS0095612
Silvery flower (tetraploid) 3
12.493
CNS0095613
Golden flower (tetraploid) 1
6.351
CNS0095614
Golden flower (tetraploid) 2
14.079
CNS0095615
Golden flower (tetraploid) 3
11.150
CRA001975
CRR073297
Stem 1
19.521
CRR073298
Stem 2
18.835
CRR073299
Stem 3
12.344
CRR073300
Leaf 1
30.050
CRR073301
Leaf 2
20.312
CRR073302
Leaf 3
19.398
CRR073303
Juvenile bud 1
15.357
CRR073304
Juvenile bud 2
10.262
CRR073305
Juvenile bud 3
26.334
CRR073306
Third green 1
2.722
CRR073307
Third green 2
1.849
CRR073308
Third green 3
3.132
CRR073309
Second white 1
2.330
CRR073310
Second white 2
3.964
CRR073311
Second white 3
4.385
CRR073312
Silver flowering 1
2.916
CRR073313
Silver flowering 2
2.706
CRR073314
Silver flowering 3
3.039
CRR073315
Gold flowering 1
3.768
CRR073316
Gold flowering 2
8.015
CRR073317
Gold flowering 3
3.272
CRR073318
Tawny withering 1
9.644
CRR073319
Tawny withering 2
8.503
CRR073320
Tawny withering 3
7.781