Anas platyrhynchos (mallard): 113841637
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Entry
113841637 CDS
T02816
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 42-like isoform X1
KO
K11855
ubiquitin carboxyl-terminal hydrolase 36/42 [EC:
3.4.19.12
]
Organism
apla
Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
apla01002
]
113841637
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
apla04121
]
113841637
Enzymes [BR:
apla01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.19 Omega peptidases
3.4.19.12 ubiquitinyl hydrolase 1
113841637
Peptidases and inhibitors [BR:
apla01002
]
Cysteine peptidases
Family C19: ubiquitin-specific protease family
113841637
Ubiquitin system [BR:
apla04121
]
Deubiquitinating enzyme (DUB)
Ubiquitin-specific proteases (UBPs)
UBP/USP
113841637
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UCH
UCH_1
Motif
Other DBs
NCBI-GeneID:
113841637
NCBI-ProteinID:
XP_038022218
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All DBs
Position
21:108233..132402
Genome browser
AA seq
1018 aa
AA seq
DB search
MNTSHSTNVMTVETRRNQEDQKNVTSFQKKTFCTAKSLLSLELSLVKIGAYLKIPEPRSC
HLSLPVGQGRLHFSCKCIFQMSTMTVVKKPKSSKSKKPSSRRSGKSKKPSTKILMSRTAN
WGQIPPAEDSSQVSVAQGRGGAIYCRSSEKSKAFAPRDLIVNDGIAPPQSILFPPEKICM
DWRETQSVGVGLYNLGNTCFLNATLQCLTYTPPLANYMLSLEHGQSCREQDFCMMCTMET
HINQALRCTVDAIEPTHVISNLSRIGQHFRFGSQEDAHEFLRYTVDAMQEACLNGSTELD
RSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPE
ELGGENCYKCSECNKMVPASKRFTIHRSSKVLTISLKRFADFTGGKINKVVKYPEYLDLR
AYMSQSMGEPLLYALYAVLVHHGVSCHSGHYICYVKAGNGLWYQMNDAKVVRTDIKRVLG
QQAYILFYIRRYDLTLGERAFYLPAPSYPCSFPPGQQGANSKQAGFMGPRLLPHMIKNSS
RLNGNGSIKEDAKTTGVTLKRPSSAPPMACVQNQTITRPSITDPSRKQKITTSIHNKLPA
RRTVSQPDCLSSAAEDEDLYQAVPSSTITNSMPGAMPSVNREIITESLTASQLNSLSEET
SVADPPKSTGKDEYLAQYQCDDGGDKEKPRRSKERDLISKENVLYGKESSEPGEKLRQTS
SLKCDTECSSKKLSSSAIAERCQGRKDKTKNTEKEHYQSKREHAPSEEKESQKAGPSSKR
RCSQSVEVVHQKRHKQEHWEGSRCRSFPGERNSPENGRRAVKYSKYRSGSGGRSEQGSNR
YYRSKGERSWSRERYYRDEARRWESCSYYNDYYSPHATGDSRERKFSHGDAAFDKWTATY
YGRSHKHYHYKSGWPHGSLLRDEDGRRFSTPRADLHRCSVSQQHSGRHSRERHALPPVSA
HLENCRQKNETEGNRKRKSTRAEGSESEIERKDRKIEKELLGGEKNAKISQVLEEKEV
NT seq
3057 nt
NT seq
+upstream
nt +downstream
nt
atgaatacctcgcacagtaccaatgtgatgacggtggagacaaggagaaaccaagaagat
caaaagaacgtgacctcatttcaaaagaaaacgttttgtacggcaaagagtcttctgagc
ctggagctgtcactggtgaagatcggagcttatctgaaaatccctgagcccaggagctgt
caccttagtcttccagtcggacaaggacgacttcatttctcgtgtaaatgcatttttcag
atgtcaacaatgaccgtagttaagaagcccaaatcttcaaagtctaaaaagccctcttca
aggcggtctggcaaatccaagaaaccaagtactaaaatactgatgtcacgcaccgcaaac
tggggccagataccgcctgcagaagattcaagccaagtctctgtggcccaaggacgtgga
ggtgctatttactgtagatcatctgaaaaatctaaggcttttgccccaagagatctaatc
gttaatgatggaattgctccaccacagagcattctttttccacctgagaagatttgtatg
gattggcgagaaacacaaagtgttggagttggcctgtacaatcttggcaacacatgtttt
cttaatgctactctacagtgtttgacctacacacccccacttgccaattacatgctttct
ctcgagcacggccagtcatgtcgtgaacaagatttttgcatgatgtgcacaatggagact
cacattaaccaggccctgcgttgcactgttgatgccatcgagcctacgcatgttatcagt
aatctcagtcgaataggacaacatttccgttttggcagtcaagaagacgcacacgagttc
ttgcgctatactgttgatgctatgcaggaagcgtgcttgaatggaagcaccgaattggac
agatcttctcaagctaccaccatcattcatcaaatatttggaggatttctaagatcgaga
gtgaagtgcttgaattgcaaagcagtttcggatacgtatgaggcatttcttgatatcact
ttggatataaaggcggtttcatctgttaccagagctctggaactctttgtgaaacctgaa
gagctgggtggagagaattgctataaatgtagcgagtgtaataagatggttcctgcatcc
aagagatttaccatacaccgttcttccaaggttctcacaatatcactgaaaagatttgca
gatttcacaggtggaaagatcaacaaggtggtgaaatatccggagtatttggacctgaga
gcctacatgtcacagtcaatgggagaaccactgctctatgccttatacgcggtgctggta
catcacggtgtcagctgtcactcaggacactatatatgctatgtaaaggctggtaatgga
ctttggtatcagatgaatgatgctaaagtagtccgtactgacattaagagagttcttggt
cagcaagcttacatacttttttatatcaggcgctatgatttgacacttggagaacgtgcg
ttttacttgccagcaccatcttatccctgttcattccctcctggtcagcagggggctaat
agtaagcaggctggatttatgggaccacgacttcttcctcatatgattaagaattcaagc
cgtttaaatggaaatggatccataaaagaggacgcaaagaccactggtgtcaccctaaaa
aggccatcttcagcaccaccgatggcctgtgttcaaaaccagacaattaccaggccttca
attactgatccgtcaagaaaacagaagatcaccaccagtattcacaataaattgcctgct
cgtcggactgtgtcacagcctgactgtcttagcagtgctgcggaggacgaagatctctac
caggctgttccttcatccacaattacaaattcgatgcctggagctatgccttcagtcaat
cgagaaatcatcacggagtccctcacagccagccagctgaacagcttgtcagaggaaacg
agtgtcgcggaccctccgaaatctactgggaaggatgaatacctcgcacagtaccaatgt
gatgacggtggagacaaggagaaaccaagaagatcaaaagaacgtgacctcatttcaaaa
gaaaacgttttgtacggcaaagagtcttctgagcctggtgagaaattgcggcaaacttcc
tctctcaagtgtgacactgaatgtagctctaaaaagctttcctcctcagctattgcagag
agatgccaaggtagaaaggacaagactaaaaacactgagaaagagcattaccaaagcaag
agggaacatgctcctagtgaagagaaggagagtcaaaaagcaggtccttccagcaagagg
aggtgttctcagagcgtggaagttgttcatcaaaagcgtcacaagcaggagcactgggag
ggaagcaggtgcagatctttccctggtgaaagaaacagccctgagaatggcagaagagca
gtcaaatattcaaagtacagatctggcagcggaggaagatcagaacaaggtagcaataga
tattaccgatccaaaggggaaagaagttggagcagagaaagatactatcgagatgaagca
cggaggtgggaaagttgtagctattacaatgattactattcacctcatgcgacaggagac
agtagagagagaaagttctctcacggcgatgcagcctttgacaaatggactgcaacttac
tacggcaggtcacataagcattatcattacaaaagtggatggcctcacggttccctcttg
agagatgaagatggacgtcgctttagcacaccccgagcagacttgcatcgttgctcggta
tctcagcaacattctggaagacattctcgtgaaagacatgcgcttccacctgtgtcagct
catttggagaactgtcgccagaaaaatgaaacagaaggaaacagaaaaagaaaatctacc
cgtgcagaaggtagtgaaagtgaaatagaaaggaaagacagaaagatagaaaaggagctt
ttaggtggtgaaaaaaatgcaaaaatatcacaagttctagaagaaaaagaagtctaa
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