Neoarius graeffei (lesser salmon catfish): 132874621
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Entry
132874621 CDS
T10798
Symbol
usp48
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 48 isoform X1
KO
K11858
ubiquitin carboxyl-terminal hydrolase 48 [EC:
3.4.19.12
]
Organism
ngra Neoarius graeffei (lesser salmon catfish)
Brite
Enzymes [BR:
ngra01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.19 Omega peptidases
3.4.19.12 ubiquitinyl hydrolase 1
132874621 (usp48)
Peptidases and inhibitors [BR:
ngra01002
]
Cysteine peptidases
Family C19: ubiquitin-specific protease family
132874621 (usp48)
Ubiquitin system [BR:
ngra04121
]
Deubiquitinating enzyme (DUB)
Ubiquitin-specific proteases (UBPs)
UBP/USP
132874621 (usp48)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
132874621
NCBI-ProteinID:
XP_060766927
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All DBs
Position
26:52315171..52344034
Genome browser
AA seq
1052 aa
AA seq
DB search
MAPRLQLEKAAWRWVDTVKPEDITQEHIELAYRIAVPACKRGTCRRNCKGNPNCLVGIGE
QSWLGEIDENAFHNIDDPNSERRDKNTFVGLTNLGATCYVNTFLQVWFHNLELRRMLYQC
HNSRAEVHNTESDYEPKTICEHLQYLFALLQNSNRRYIDPSGLVKALGLDTGQQQDAQEF
SKLFLSLLEDTLSKQKDPNLQNVIQQQFCGQFSYVTVCNQCGRSSALPSRFYELELNIQG
HKNLTECVTEFLKEEKLDGDNRYFCESCQSKQCATRRIKLHSLPRTLNLQLMRFVFDRQS
GHKKKLNTYISFPEVLDMSPFLEGKEEKCMYELSAVLIHRGVSAYSGHYIAHVRDACTND
WYKFNDEEIEKMEGKKLQLGIEEDLAETVKSQTRKPKYSKGFHCSRNAYMLVYKCQEEQV
DQTQTSVEVPAFLQKLVDQDNKKFEEWCSEMADMRKQSVDKGKAKHVEVKELYELLPPRE
GEPYEFVPVEWLKKWLDDSTAIKEIDNGHFLCSHGKLHPDRLSEAKRVSHSAAEILFSRY
GGGPRIDGSFLCRECVAQRCHVLRLKNQLNEDYREVTNLAKAQPKSNEQGFWIGKASLRQ
WRQLALEQLEEEEEEMKHSDCKTNGENSTGAKDGVMENDRDDDEMKSFNEDILCSHGGLS
IQESERRLVTGEVWSKLKVYFPKAPEFTQQQEPCQHCMRLEREGKENEALNRMMANEQKS
SLLNLFHEKNRPSLQKWPQDTDILYIVPLFFVDEWRKFIRKPAKSNPVSSIGNSILLCPH
GGFMFTYDSLLQGDAQHVALLWPAEWEVICRLFLVDQPISICRIHDTAQDNGNVQYHTQP
ELCRECREGFIFQQQRDLREYAQATVYVRKVIDSKKMIKEAAPEFSMSGSEAEDDREEPK
IEGEKDPDFNQSEDGAKRQKLSEASPAVAISSSSSCSSSSAAAVGKSGIRRSMRHRKLRG
EKALIVSANQTLKELKIQIMHAFSVAPFDQNLSIDGRSLTDDSATLGSLGVFPESIICLK
ADEPIADYAAMDDAYQVCLPEEGFKGTGLLGH
NT seq
3159 nt
NT seq
+upstream
nt +downstream
nt
atggcccctcgtctgcagctggagaaagccgcttggagatgggtcgatacggtgaaacca
gaggacatcacacaggaacatatcgagctggcgtatcgtatcgccgtaccggcgtgtaag
agaggaacatgcagaagaaactgtaaagggaacccaaattgtctcgtcggaatcggggaa
caatcatggctgggagaaattgatgaaaatgccttccacaacattgacgacccaaactct
gagagaagagacaagaacacatttgtgggcctgacgaatctcggcgccacgtgttacgtg
aacactttcctccaggtgtggttccataacctggagctgcgccggatgctttatcagtgt
cacaactcccgagctgaggtgcacaacacagagtcagattacgagccgaagacgatatgt
gaacacctgcagtacctgtttgctttgctgcagaacagcaacagaaggtacatcgacccc
tcgggtttggtgaaagcgctgggactcgatacagggcaacagcaggatgcacaggagttt
tccaaactcttcctttccctcctggaagacactctgtccaagcagaaagatccaaacctc
caaaacgtcattcagcagcagttctgtggacagttttcttatgttactgtatgcaaccag
tgcggacgatcgtctgctttaccgtctcggttttacgagctggagctcaatatacaaggg
cacaaaaacctgacagagtgcgtcaccgagttcctcaaggaggagaagttagacggggat
aaccgctacttctgcgaaagctgtcagagcaaacaatgcgccacgcgtcggattaagctc
cacagcctgccacggactctcaaccttcagctcatgcgctttgtgtttgataggcaatct
ggtcacaagaagaagctaaacacttatattagttttccagaagtccttgacatgagccca
tttttggaaggaaaagaggagaagtgtatgtacgagctgagtgctgtactgattcaccgt
ggcgtgagcgcctactccggccactacatcgctcacgtacgagacgcttgcaccaacgac
tggtacaagttcaacgatgaggagattgaaaagatggagggcaagaagctccagctgggc
atcgaggaagatctcgctgaaactgtgaagtcacagacccggaagcccaaatatagcaag
ggctttcactgttcgagaaacgcctatatgttggtgtataaatgtcaggaagagcaggtg
gaccaaacccagaccagcgtggaggtgccagctttcctccagaagcttgtggaccaggac
aacaagaagtttgaggagtggtgcagtgagatggcagatatgaggaagcagagtgtggac
aagggcaaagccaaacacgtggaggtcaaggagctttatgagctgttacctccacgagaa
ggtgagccatatgagtttgtccctgtggagtggctgaaaaagtggctggatgactcgaca
gctatcaaagagattgacaacggccatttcctgtgctcgcatggaaagttgcacccagac
cgcctgagcgaggccaagcgcgtttcccacagtgctgccgagatcctctttagtcgctac
ggtgggggacccagaatagacgggtcatttctctgtcgagagtgtgtcgcccaacggtgc
catgtcttgaggcttaaaaaccagctcaatgaagactacagagaggtgaccaacctcgcc
aaggctcaaccgaaaagcaacgaacagggtttctggatcgggaaggcgtctctgaggcag
tggaggcagctggctctggagcagctggaggaggaggaagaggagatgaagcacagcgac
tgcaaaacaaacggggaaaattccacaggtgcaaaagatggtgtgatggagaatgacaga
gatgacgatgagatgaagagctttaacgaagacattctctgctctcacggtggtctgagt
attcaggagagtgagaggcggctggtcacgggtgaggtatggagcaagctgaaggtttat
ttccccaaagcgccagagttcacgcagcagcaagaaccctgccagcactgcatgaggtta
gagagggagggtaaagagaatgaggctctgaatcgaatgatggccaatgagcaaaagagc
tctctccttaatcttttccacgagaagaatcgtccttcactacagaagtggccccaggac
accgatattctgtacattgtgccgttattctttgttgatgagtggaggaaatttatcagg
aagccagccaagtcgaacccagtgtccagcataggaaacagcatcctgctctgccctcat
ggtggcttcatgttcacctacgactccttgcttcagggagacgcccagcatgtagctctg
ctctggcctgctgaatgggaggtgatctgcaggctgttcttggtggaccagcccatttcc
atatgcaggatccacgatacagcgcaagacaacgggaatgtacagtaccacacccagcct
gagctgtgtcgagaatgtcgtgagggcttcatattccagcagcaaagggacttgcgggag
tacgctcaggccaccgtgtatgtccgcaaagtcatcgacagcaagaagatgattaaagag
gctgctccagagttcagcatgagtggatctgaagcagaggatgaccgagaagagcccaaa
atagaaggagaaaaagacccagacttcaatcagtctgaggacggagcaaagcggcagaag
ctgagtgaggcgagtcctgccgtcgccatttcttcctcgtcgtcttgctcttcctcttcc
gctgctgctgtggggaaatcggggattcggcggagcatgcgtcacaggaagctgcgtggg
gagaaagccctcattgtctccgccaaccagaccctgaaggaactcaagatccagatcatg
cacgccttctctgtcgcaccgtttgaccaaaacctgtccatcgatggccgatctttaact
gacgactcagccacgctaggaagccttggagtctttccagaaagcattatatgtctaaag
gctgatgagccaattgctgattacgcagctatggatgatgcgtaccaagtctgtttgcct
gaagaaggatttaaaggtactggactactaggacactga
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