KEGG T01002: 107868

Mus musculus (mouse): 107868

Entry

107868 CDS T01002

Gene name

Usp9y, Dffry, Fafl2

Definition

ubiquitin specific peptidase 9, Y chromosome

Orthology

K11840

ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.4.19.12]

Organism

mmu Mus musculus (mouse)

Brite

Enzymes [BR:mmu01000]
3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     107868 (Usp9y)
Peptidases [BR:mmu01002]
Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   107868 (Usp9y)

SSDB

Motif

Pfam:

UCH UCH_1 COXG KCl_Cotrans_1

Other DBs

NCBI-GI:

NCBI-GeneID:

MGI:

Ensembl:

Vega:

UniProt:

Position

Y A1; Y

AA seq 2556 aa
MTITTRGSPVGENESQGQTSDGQPQPSFQQNQISSSDSSNETSPTTPPYEQGQGDAPPQH
EEEDPSFPHTDLAKLEDMINRSRWVVPVLPKGELEVLLEASIDLTKKGLDVKSEACQRFF
RDVLTVSFSKILMDEAVSGWKFEIHRCIINNTHRLVELCVAKLSQDWFPFLELLAIALNP
HCKFHVYNGARPCESVSSSVQFPEDELFACSPDLHSPKGWLVDLINTFGTLNGFQILHDR
FTSGSALNVQTIAALIKPFGQCYEFLTQHTLRKYFIPVIEVVPQILQKLTNEELKKETKT
EVKNDTISMIIKFLKNLASRIPGQEETVKNLETFRLKMILRLLQISSFNGKMNALNEINK
VLSSVSYYTHGHGNSEEEWLTVERMTEWIQQNNILSIVLQDSLHQPQYVEKIEKILRFVI
KEKALTLQDLNNIWAAQAGKHEAIVKNVHDLLAKLAWNFSPEQLDHLFDCFKASWTNASK
KQREKLLELIRRLAEDDKDGVMAHKVLNLLWNLAHSDDVPVDIMDLALSAHIKILDYSCS
QDRDTQKIQWIDCFIEEFRTNNKWVIPALKQIKEICSLFGEAPQNLSQTHQSPRVFYRHD
LISQLQHNHALVTLVAENLAAYMNSIRLYARDHEDYDPQTVRLGSRYSHVQEVQERLNFL
RFLLKDGQLWLCVSQAKQIWNCLAENAVYFSDREACFMWYSKLMGDEPDLHPDINKEFFE
SNVLQLDPSLLTENGMKCFERFFKTVNCREGKLMIKRKIYMMDDLDLIGLDYLWKVVIQS
NDDISSRAIDLLKEIYTSLGPKLQANQVVIHEDFIQSCFDRLKASYDTLCVLDSEKDNIF
SCARQEAIRMVRILTVLREYISEYDSDYHEERMILPMSRAFRGKHLSFTVRFPNQGKEVE
DLDILSHTNATIGSVRRCILNRMNVNVAHTKIELFIGGELVASEDDRKLVEQLNLKDKSL
ITAKFIQINSNMPSSPDSSSDSSAGPPGNHSHNNYRDVSNPEMEKCLPGVIMSLQPRYIS
FLWQVADLGSMLTVPTLRDGARILMKLMPPDSTTLEQLRALCSDHVNLGERRLGQSLHSL
FFGSSASQVLYLTEVVYTLLMPAGAPLADISSDFQYHFLKSGGLPLVLSMLIQNNFLPNT
DVETRRDAYFSALKIAKLLLTIVGYGHVQAIAEACQPVADGTDPKTPINQVTHDQAVVLQ
NALQSIPNPSSECMLRNVSVHLAQQISGLASRYIPDICVIRAIQKIIWAAGCGSLELVFS
PNEDITETYKMTTSTRSNLEVKDEQVCCEALEVMTLCFALIPTAMDSLNKEKAWQSFVID
LLLYCPSKTVRQLAQEQFFLICTRCCMGHRPLLFFITLLFTILGGAANEKGKHSDVYFTL
LRRLLTYAYNSNIQVPNVDVLLNDEIDWLKRVRDYIKNTGETNVEDPILEGHLGVTKELL
SFQSPEKKYHIGCKTGGANLVKELIDYFIFPASKAYLQYMRSGELPIKQAIPVCGSPATI
NAGFELLVALAFGCVRNLKQIVNCLTELFYIGTPVTTCEAVGEWEYLPPVGPRPPKGFVG
LKNAGATCYMNSVIQQLYMIPSIRNSILAIDSIWSDTDDDIFKGEKQDSENNVDPRDDVF
RYPHQFEDKPTLSKVEDRKEYNIAVLKHLQITFGHLAASQLQYYVPKGFWQQFRLWGEPV
NLREQHDALEFFNSLVDSLDEAFKALGYPTVLSKVLGGSFADQKICQGCPHRYECEESFT
TLNVDIRNHQNLLDSLEQYVKGDLLEGANAYHCEKCDKKVDTVKRLLIKKLPSVLTIQLK
RFDYDWERECAIKFNDYFEFPRELDMEPYTVAGATKLEGDSVNPQTQLIKQNEQSESVIP
GSTKYRLVGVLVHSGQANGGHYYSYIIQRNGKDSKRSHWFKFDDGDVTECKMDDDEEMKN
QCFGGEYMGEVFDHMMKRMSYRRQKRWWNAYILFYERMDITDEDDEIITYISELTFTRPH
QIMSPAIERSVWKQNVQFLHNQMQFSLEYFQFIKKLLTCNAVYLSPAPGQDHLLPEAEDI
TMISIQLASRFLFTTGFHTKKIIRGPANDWYDALCILLRHSKNVRFWFVHNVLFNVSNRF
SEYLLECPSAEIRGTFAKLIVFIAHFSLQDGSSPSPFTSPFANPGPYSQIYDNLSLSDHL
LKAVLSLLRREVSEHGRHLQQYFNLFIMYASLGLAEKTQLLKLNVPATFMLVSLDEGPGP
PVKYQYAELSKLHSVVSQLIRCCSVSSRMQSSINGNPPLPNPFGDPNLSQPIMPIQQNVA
DILFMRTTYMKKVIEDCSNSEDTVKLLLFCCWENPQFSCSVLSELLWQVAHSHAYELQPY
LDLLLQIILFEDSWQAHRIHNALKGIPNDQDGLFDTIQHSKNHHQKRAYQCIKWMVTLFN
SCPVAYQILQGNGDLKNKWTWAMEWLGDELERKPYSGNPQYTYSNWSPPVQSNETANGYF
LEKSHSAKMKLTKACDLYPEEDPDDQDALDEHVSHAPQDRTFYLYSHRSHYQQNYVPEQP
FSGPASHHLNNPQKNDKPQETHESNEEISSCLIKDQ

NT seq 7671 nt +upstreamnt +downstreamnt
atgacaatcacaactcgtggctctccagtaggagagaatgagagccagggtcagacttct
gatggacaacctcagccttctttccaacagaaccagatctcatcatctgattcttccaat
gagacttctccaacaactcctccatatgaacaaggccaaggtgatgctccaccacagcat
gaagaagaggatccttcatttcctcatactgacctggcaaagttagaagacatgatcaac
aggtcccgatgggtggttcctgttttgccaaagggagaattagaagtacttttagaagct
tctattgatcttactaaaaaaggtctggatgttaaaagtgaagcatgccagcgttttttt
cgcgatgttttaactgtgtctttttccaaaatccttatggatgaggctgtgagtggatgg
aagtttgaaattcataggtgtattattaacaatacccatcgcctggtggagctttgtgtg
gccaaattgtctcaggactggtttccatttctagaacttctagcaattgcattaaatcct
cattgcaaatttcatgtctataatggtgcacgtccatgtgaatcagtgtcctcaagtgtt
cagtttcctgaagatgaactctttgcctgttctccagacctacattcaccaaaaggttgg
ttagtggacctcattaacacatttggcacactaaatggtttccagattttgcatgatcgt
ttcactagtggatcagcattaaatgttcaaacaattgcagctcttattaagccgtttgga
cagtgctatgagtttctcactcaacatacattaagaaagtacttcattccagttatagaa
gtagttccacaaatattacaaaaattaactaatgaagaactgaaaaaagaaacaaagact
gaagtgaaaaatgataccatttcaatgattattaaatttctaaaaaatttagcttcaaga
attccaggacaagaggaaactgttaaaaatttagaaacttttaggttaaaaatgatactc
agattgctacagatttcttcttttaatggaaagatgaatgcactgaatgaaattaacaaa
gtgctttcaagtgtgtcatattatacgcatggacatggtaattctgaagaagagtggcta
accgttgagcgaatgacagagtggatacagcagaacaatatcttatccattgtcttgcaa
gatagcctacatcaaccacagtatgtggaaaaaatagagaagattcttcgttttgtaatt
aaagaaaaggctcttactttacaggatcttaataatatctgggcagcacaggctggaaaa
catgaagctattgtgaagaatgttcatgatttactagcaaaattggcttggaatttttct
cctgaacaacttgatcatctctttgattgctttaaggcaagctggacaaatgcaagtaaa
aaacaacgtgaaaaactacttgaattgatacgtcgtcttgcagaagatgataaagatggt
gtaatggcacacaaagtgttgaatcttctttggaatctagctcacagtgatgacgtgcct
gtagatatcatggatctggctctcagtgcccacataaaaatactggattatagttgttcc
caggatcgagatacacaaaaaatccagtggatagactgctttatagaagaatttcgaaca
aataataaatgggtcatccctgcattaaaacaaattaaagaaatttgtagtttgtttggt
gaagcacctcaaaatttaagtcaaactcatcaaagtccccgtgtattttatcgtcatgac
ttaatcagccaacttcagcataatcatgctttagttactttggtagcagaaaaccttgca
gcttacatgaacagcataagattgtatgctagagatcatgaagattatgacccacaaact
gtaagactaggaagtagatacagtcatgttcaagaagtccaagaacggcttaatttcctc
agattcttactgaaggatggtcaactctggctctgtgtttcccaggcaaaacaaatatgg
aactgtttagcagagaatgccgtttactttagtgatcgagaagcctgttttatgtggtat
tccaaattaatgggagatgaacctgacttacatcctgatattaataaggagtttttcgaa
agtaatgtgcttcagcttgatccttctctattaactgaaaatgggatgaaatgttttgaa
agatttttcaaaactgttaattgtcgagaagggaaactaatgataaaaagaaaaatctat
atgatggatgatttggacttaataggattagactacctttggaaggttgtgattcagagt
aatgatgatatttcaagcagagcaatagatcttcttaaagagatatacacaagccttggt
cccaaattgcaagctaatcaggtagtaattcatgaagactttattcaatcttgctttgat
cgcttgaaagcctcatatgatacattgtgtgttttggatagtgaaaaagacaatattttt
agctgtgcaagacaagaagccatccgaatggttcgcatattaacggtcttaagggaatac
ataagtgaatatgacagtgattatcatgaggaaaggatgattctacctatgtcaagagca
tttcgtggaaaacacttgtcttttacagtacgatttccaaaccagggcaaagaggttgag
gatttggacatattgtctcatacaaacgctaccattggttctgtgcgacgctgcattctc
aatcgtatgaatgtcaatgtagcccatacaaaaattgaactgtttataggtggagagtta
gtagcgtctgaagatgacagaaagctagttgaacagttaaatttgaaagataaatcacta
attactgctaaatttatacaaataaattccaacatgccttcaagtcctgatagctcatct
gattcgtcagctggacctcctggaaaccatagtcataataactacagagatgtttccaat
ccagaaatggaaaagtgtttacctggggtgataatgtcactgcagcccagatacatatct
ttcctttggcaagttgcagacttaggtagcatgttgactgtgccaactcttagagatgga
gcaagaatacttatgaaacttatgccaccagatagcacaactctagaacaattaagagct
ctatgttcagaccatgtaaatcttggagaaagacgacttggtcaatctcttcactcactt
ttctttggttcttctgcctcccaagtgctatatttaacagaggtagtttacaccttgtta
atgcctgctggtgcacctctggctgatatttcctctgactttcagtatcacttcttgaaa
agtggtggcttacctcttgtactaagtatgctgatacaaaataacttcttaccaaataca
gatgttgaaactcgtagagatgcttacttcagtgcccttaaaatagccaaactgttgtta
actatcgttggctatggccatgttcaggccatagcagaagcttgtcagcctgttgcagat
ggcacagatcctaaaacaccgattaaccaggttactcatgatcaagctgtggtgctacaa
aatgcccttcaaagcattcctaatccttcttctgagtgcatgcttagaaatgtatcagtt
catcttgctcaacaaatatcagggttggcctcaagatatatacctgatatttgtgttatt
agagctatacaaaaaatcatctgggcagcaggatgtggatcattagagctagtttttagt
ccaaatgaagatatcacagaaacttacaagatgaccaccagtacaaggagtaatctagaa
gtgaaagatgaacaagtttgctgtgaagccctggaagtgatgacattatgttttgcttta
attccaactgctatggattcactcaataaagaaaaggcctggcagtcatttgtcattgac
ttactattgtactgtcctagcaaaactgtacggcagttggcacaggagcagttcttttta
atatgtaccagatgttgcatgggacatagacctttgctgttcttcattactctactcttt
accattttggggggtgcagctaacgagaagggtaaacattcagatgtctacttcacactt
ttaaggcgtcttctcacttatgcttacaacagcaacattcaagttcccaatgttgatgtt
cttctcaatgacgaaattgattggcttaaaagggttagggattacattaaaaatacagga
gaaacaaatgtagaagacccaatcttagaaggccatctgggagtaacaaaagagttactg
tcttttcagtctcctgaaaaaaagtatcatattggttgtaaaacaggaggtgctaatctt
gttaaagaattaattgattatttcatctttcctgcatccaaagcttacctgcaatatatg
agaagtggggaattgccaatcaagcaagctattccagtctgtggttcaccagctacaatt
aatgctggttttgaactacttgtagctttggcttttggttgtgtaaggaatcttaaacag
atagtaaactgtttgactgaactgttttacataggcacaccagtaactacttgtgaagcc
gttggtgaatgggaatatttaccccctgttgggccccgcccaccaaaaggatttgtggga
ctgaaaaatgctggtgctacttgttatatgaactctgtgatccaacagctatacatgatt
ccttcaatcaggaacagtattcttgcaattgatagcatatggagtgatacagatgatgat
atattcaaaggtgaaaagcaggacagtgagaataatgttgatcccagagatgatgtattc
agatatcctcatcaatttgaagataaaccaacattaagtaaagtagaagatcggaaagag
tacaacattgctgttttaaaacaccttcagataacctttggacatttagctgcttctcaa
ctacaatactatgtgccaaaaggattttggcaacaattcaggctttggggtgaacctgtt
aatctccgtgagcaacatgatgcattagagttttttaattctttggtggatagtttagat
gaagcttttaaagctttaggatatccaactgtgcttagtaaagtccttggaggatccttt
gctgatcagaagatttgccaaggctgcccacataggtatgaatgtgaagaatcttttaca
acattaaatgtagacattagaaatcaccaaaatcttcttgattctttggagcagtatgtt
aaaggagatttattagagggtgcaaatgcatatcactgtgaaaaatgtgataaaaaggtt
gatacagtaaaacgcttattgattaaaaaactaccttctgttcttactatccaactgaaa
cgatttgactatgattgggaaagagaatgtgcaatcaaattcaatgattactttgaattt
ccaagagaattggatatggaaccttacacagtagcaggtgccacaaagctggaaggtgac
agtgtaaatccacagactcaattgattaaacagaatgagcagtctgaaagtgtcatacca
ggaagcacaaaatatcgacttgttggtgtgcttgtacacagtggtcaagcaaatggtgga
cattattattcttacatcattcaaagaaatggtaaagacagtaagagaagtcactggttc
aaatttgatgatggagatgtaacagaatgtaaaatggatgatgatgaagaaatgaaaaat
cagtgctttggtggagagtatatgggagaagtttttgatcatatgatgaagcgtatgtca
tacaggcgtcagaaaagatggtggaatgcttacattcttttttatgaacggatggatata
actgatgaagatgatgagataataacatatatatcagagctaacatttaccagacctcat
cagattatgtcaccagccattgagagaagtgtatggaaacagaatgtgcaattcctgcat
aaccaaatgcagtttagcttagaatattttcagtttattaaaaaactgcttacatgtaat
gctgtgtacttaagccctgctccaggacaagatcacttgctaccagaagcagaagatatc
acaatgatcagcattcagcttgcttctagattcctctttactactggatttcatactaag
aaaataatccgtggacctgccaatgactggtatgacgcactttgtattctcctccgtcac
agcaagaatgtacgtttttggtttgttcataatgtcctctttaatgtatcaaatcgtttc
tctgagtaccttctggaatgtccaagtgcagaaatcagaggtacatttgcaaagcttata
gtatttattgcacatttttctttgcaagatggatcttctccttcaccttttacatcacct
tttgcaaatccaggaccttatagtcagatctatgacaatttaagcttgagtgatcattta
ctaaaagcagtattaagtctcttgagaagggaagtttctgaacatgggcgacatttacaa
caatatttcaatttatttataatgtatgccagcttaggtttggcagaaaagacccagctt
ctaaaactgaatgttcctgcaacctttatgcttgtgtctttggatgaaggaccaggccct
ccagttaaatatcaatatgctgagttgagcaagttacattcagtagtgtctcagctgatc
agatgttgcagtgtctcatcaagaatgcagtcttctatcaatggtaacccccctcttcca
aatccatttggtgacccaaatttatcacaaccgataatgccaattcagcaaaatgtggct
gacattttatttatgagaaccacttacatgaagaaagttattgaagactgcagtaactca
gaggatacagtcaaattacttctcttctgctgctgggagaatccccagttttcatgttct
gttcttagcgaactgctatggcaggttgcacattcacatgcatatgaacttcaaccatat
ttggatctacttttgcaaattattctgtttgaggactcctggcaagctcacagaattcat
aatgcacttaaaggaattccaaatgatcaagatggactgtttgatacaatccagcactct
aaaaatcaccatcaaaaaagagcctatcaatgtataaaatggatggtaactctctttaac
agttgtcctgttgcctaccagatcttgcagggtaatggagaccttaaaaataagtggact
tgggctatggaatggcttggagatgaacttgaaagaaaaccatattctggcaatcctcaa
tacacttacagcaactggtctcctccagtacaaagcaatgaaacagcaaatggttatttt
ttagagaaatctcatagtgcaaaaatgaaacttacaaaagcttgtgatctgtatccagaa
gaggaccctgatgaccaagatgccctcgatgaacatgtgtcacatgcaccacaagataga
acattttatctttattcacacagatctcactatcaacagaattatgtacctgaacagccg
ttttcaggtccagcatcacatcacttgaataaccctcagaaaaatgataaaccacaagaa
actcatgaaagcaatgaagaaatatcttcatgtctaataaaagatcagtaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (10)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (3)   
   UniGene (1)   
   ENSEMBL-MMU (1)   
   MGI-MMU (1)   
   OC (1)   
   VEGA (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (27)   

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