Melitaea cinxia (Glanville fritillary): 123657051
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Entry
123657051 CDS
T09237
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 31
KO
K11852
ubiquitin carboxyl-terminal hydrolase 31 [EC:
3.4.19.12
]
Organism
mcix
Melitaea cinxia (Glanville fritillary)
Brite
KEGG Orthology (KO) [BR:
mcix00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mcix01002
]
123657051
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
mcix04121
]
123657051
Enzymes [BR:
mcix01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.19 Omega peptidases
3.4.19.12 ubiquitinyl hydrolase 1
123657051
Peptidases and inhibitors [BR:
mcix01002
]
Cysteine peptidases
Family C19: ubiquitin-specific protease family
123657051
Ubiquitin system [BR:
mcix04121
]
Deubiquitinating enzyme (DUB)
Ubiquitin-specific proteases (UBPs)
UBP/USP
123657051
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UCH
UCH_1
Motif
Other DBs
NCBI-GeneID:
123657051
NCBI-ProteinID:
XP_045448605
LinkDB
All DBs
Position
10:9578080..9594670
Genome browser
AA seq
964 aa
AA seq
DB search
MSVNNLSSVLKSCSESELISEIAEANMTPKQVEGSRLKRTFTLPRNPFGTSKPSSSKNKT
ADNDYKPTSANSVINVTQKDEGGLERKLFRRPSWKIFLNKIAQHMSTVSVSGVKSGPVVV
NSERVPCTGEPPWPPGTIPAATGIKNHGNTCYMNAVLQCLSHTDVIAEYFVLEHYKVDLQ
KRNKINSKKYGTKGEVTDQLAALLKALWACRYTPDMSTTFKAAVERHGTQYRGNSQHDAQ
EFLFWLLDKVHEDLNTATKKKYKTIKNTVGKSDEVVAAETLANHARRNSSFVQAVFQAQY
RSALTCAKCERTSCTFDPFHCVSVQLPTRPAAAQPSPLPVNVVYVNQQPRQVRIGVELPP
NSTMDDLRTSLHTDTGIDRDHIILAEINENGWSPGRAAWESAGVEGGALYCVEAPPLLTS
PTAPYLLLLWVNMLEGERFGSPYAMQVPREISYEDLQKLMLKEMCQVVAERVLENAQGAD
IFKARIAEAHRPRDSAYLQPELPHPLFALDVEQALCAHDKYPHLRLELLWDPAHRDSIIR
EAGDACEVHVSAAASPLTLHACLAHYTRAEHLAQEDAWRCPQCQRYMPVVKTLGLWSLPD
ILVIHLKRFRQQAKGRTSTKLTTMVEFPIDDFDMTPHLVRRNPPNVESPSHSRSPRRRHS
KTPTKPQENIYDLYAICYHHGDDLETGHYTAACKNPYDGHWYKFDDSRVTPVDDENIYSE
LVNNSAYMLFYKRKKPNVVHSCSTEEGGHWALRMPKFVKLSDNLNEITELKEEIIKDSNE
KLSNAESNLDSATRFNPSPSRSISNILEDKIESSPVRAANVIPTTTSIIQSPTIQRPLIV
EVNYDATNGDLSDYENESSLSIEPYIHKDVHVNPKMTPVDTRRPRSVDYPTRSSTSPSSR
DSNRNYESSPLVASINEVEYHPTTEDLMLSMFQESKYIVPRHHIAGETHRTGEKSSVWKT
RIST
NT seq
2895 nt
NT seq
+upstream
nt +downstream
nt
atgtctgtgaataatttatcgtcagtcctaaaatcttgttcggaaagtgaactaataagt
gaaatagcggaagcgaatatgacaccaaaacaggtagaaggatcccgattaaagcgtact
tttaccttgcctcgtaatccctttgggacctccaagcctagctcgagcaaaaacaagaca
gctgacaatgattataagccaacaagcgcaaattctgtaattaatgttacgcaaaaggat
gagggtggcttggaaaggaaattgtttagaaggccgtcatggaaaatattccttaataag
atcgctcaacacatgagtactgttagcgtgtctggtgttaaatctggaccagttgttgtc
aacagtgagagagtaccatgtactggtgagcccccatggccaccgggaactattccagcc
gctactggcatcaaaaatcatgggaatacttgctatatgaatgctgttctacagtgcctt
tcacatactgatgttattgctgagtattttgttttagaacattataaggttgatttacaa
aagagaaacaaaataaactccaaaaagtatggaactaaaggtgaagtgacggaccagtta
gcagctctattaaaagctttgtgggcatgtcgctatacaccagatatgagtacaacattc
aaggcagcagtggaaaggcatggaacacaatacagagggaacagtcaacatgatgcgcag
gaatttcttttttggttgcttgataaagttcacgaggatctaaatacagctacaaagaaa
aaatataaaacgattaaaaatactgttggcaagtctgatgaagttgtggcagcggaaact
ttagctaatcacgctcggaggaatagctcctttgtacaagctgtttttcaagctcagtac
aggtcagcactcacatgtgcaaagtgtgagcgaacatcctgcacgtttgatccatttcac
tgtgtaagcgttcaattgcctacccgaccagcagctgctcaaccatctcctttgcctgtt
aatgtagtatatgtaaatcagcaacctcgacaagtgcgtattggtgtggagttgcctcca
aactcaacaatggacgaccttcgaacatcattgcacactgacactgggattgatagagat
catattatattagctgagatcaatgaaaatggttggagcccggggcgtgcggcgtgggag
tctgcgggggtggagggcggagccctatactgtgtggaggcgccgccgctactgacgtca
ccgaccgcgccctacttgctgctgctgtgggtcaacatgctcgaaggggagaggttcggc
tctccatacgcgatgcaagtgccacgcgaaatatcgtacgaagatcttcagaagctgatg
ctaaaggagatgtgccaggtggtggcggagcgagtacttgagaacgctcagggagctgat
atcttcaaagctagaattgcagaggctcaccgaccaagagactccgcgtatttgcaaccc
gagttaccgcatccattgtttgctctggacgtagagcaagcactgtgtgctcacgacaag
tatccgcacttacgtctcgaactactctgggatcctgctcacagagacagcattatccgc
gaagcaggcgatgcgtgtgaagtgcacgtgtcggcggccgccagcccgctcacgctgcac
gcctgcctggcgcactacacgcgcgccgagcacctggcgcaggaggacgcctggaggtgc
cctcaatgtcagagatacatgcctgttgtgaaaactcttggtctatggtctcttcccgac
attttagttatacatctaaagagatttcgacaacaagctaaaggccgtacaagtacaaaa
ctcacgacgatggtagaatttccaatcgacgatttcgacatgactccccacctcgtaaga
agaaacccacctaatgttgagtcgccgagtcactcgcgatctccacgtcgaaggcactcc
aagacccccaccaaaccccaagagaatatttacgacctctatgctatttgttaccatcac
ggtgatgatttagaaacgggtcattatacagcagcttgtaaaaatccatacgacggtcac
tggtacaagttcgatgattccagagttacgcctgtcgacgatgaaaatatttacagcgag
cttgttaataattcggcctacatgttgttttataaacgtaaaaaacctaatgttgtacat
tcttgttccacggaagagggagggcattgggctttgaggatgccaaagtttgtaaaacta
tcggataatctgaatgaaataactgaacttaaggaggaaataatcaaagactcgaacgaa
aaattgagtaatgctgaatctaacctcgatagcgcaacgagatttaacccatcgccctct
agaagtatttcgaatattctagaggacaaaatagaatctagtccggttcgggcggcaaac
gtcatacctactacgacgtcaattatccaatctcccaccatccagcgacctctaatcgtc
gaagtgaactatgatgctacaaacggcgatttgagtgactatgaaaacgaatcgagcttg
tccatagagccttatattcacaaagacgttcatgtgaatcctaaaatgactcccgtggac
acgaggaggccacgttcggtcgattacccgacaaggtccagtacgtcaccttcgtctaga
gattctaataggaattacgagagctcacctttggtagccagtattaatgaagtcgaatat
caccccactaccgaagatttaatgttatcgatgttccaagagtccaagtacatcgtgccc
aggcatcacatcgccggggaaactcacaggacaggtgagaagtcttccgtatggaaaact
cgaatatccacatga
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