KEGG T01003: 313427

Rattus norvegicus (rat): 313427

Entry

313427 CDS T01003

Gene name

Usp24

Definition

ubiquitin specific peptidase 24 (EC:3.4.19.12)

Orthology

K11840

ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.1.2.15]

Organism

rno Rattus norvegicus (rat)

Class

SSDB

Motif

Pfam:

UCH UCH_1 UBA

Other DBs

NCBI-GI:

NCBI-GeneID:

RGD:

Ensembl:

UniProt:

Position

5q34

AA seq 2617 aa
MESEEEQHMTTLLCMGFSDPATIRKALRLAKNDINEAVALLTNERPGLDYGGYEPMDSGG
PSPGLGGGPRGDGGGEGSGPSRGGSTGGGGGFDPPPAYHEVVDAEKNDENGNCSGEGVEF
PTTNLYELESRVLTDHWSIPYKREESLGKCLLASTYLARLGLSESDENCKRFMERCMPEA
FKKLLTSSAVHKWGTEIHEGIYNMLMLLIELVAERMKQDPIPIGLLGVLTMAFNPDNEYH
FKNRMKVSQRNWAEVFGEGNMFAVSPVSTFQKEPHGWVVDLVNKFGELGGFAAIQAKLHS
EDIELGAVSALVQPLGVCAEYLNSSVVQPMLDPVILTTIQDVRSVEEKDLKDKRLVSIPE
LLSAIKLLCMRFQPDLVTIVDDLRLDILLRMLKSPHFSAKMNSLKEVTKLIEDSTLSKSV
KNAIDTDRLLDWLVENSVLSIALEGNIDQAQYCDRIKGIIELLGSKLSLDELTKIWKIQS
GQSSTVIENIHTIIAAAAVKFNADQLNHLFVLIQKSWETETDRVRQKLLSLIGRIGREAR
FEATSGKVLDVLWELAHLPTLPSSLIQQALEEHLTILSDAYAVKEAVKRSYIIKCIEDIK
RPGEWSGLEKNKKDGFKSSQHNNPQFVWVVPALRQLHEITRSFIKQTYQKQDKSIIQDLK
KNFEIVKLVTGSLLACHRLAAAVAGPGGLTGLTLVDGRYTYREYLEAHLKFLAFFLQEAT
LYLGWNRAKEIWECLVTGQDVCELDREMCFEWFTKGQHDLESDVQQQLFKEKILKLESYE
ITMNGFNLFKTFFENVNLCDHRLKRQGAQLYVEKLELVGMDFIWKIAMESPDEEIANEAI
QLIINYSYINLNPRLKKDSVSLHKKFIADCYTRLEAASSALGGPTLTHAVTRATKMLTAT
AMPTVATSVQSPYRSTKLVIIERLLLLAERYVITIEDFYSVPRTILPHGASFHGHLLTLN
VTYESTKDTFTVEAHSNETIGSVRWKIAKQLCSPVDNIQIFTNDSLLTVNKDQKLLHQLG
FSDEQVLTVKTSGSGTPSGSSADSSTSSSSSSSGVFSSSYAMEQEKSLPGVVMALVCNVF
DMLYQLANLEEPRITLRVRKLLLLIPTDPAIQEALDQLDSLGRKKTLLSETSSPSSKSPS
LSSKQQQQPSASSILESLFRSFAPGMSTFRVLYNLEVLSSKLMPTADDDMARSCAKSFCE
NFLKAGGLSLVVNVMQRDSIPSEVDYETRQGVYSICLQLARFLLVGQTMPTSLDEDLTKD
GIEALSSRPFRNVSRQTSRQMSLCGTPEKSSYRQLSVSDRSSIRVEEIIPAARVAIQTME
ANDFTATVACFMRLSWAAAAGRLDLVGSSQPIKESNSLFPAGIRNRLSSSGSNCSSSSEG
EPAALHAGICVRQQSVSTKDALIAGEALSLLVTCLQLRSQQLASFYSLPCVADFIIDILL
GSPSAEIRRVACDQLYTLSQTDTSAHPEVQKPNQFLLGVILTAQLPLWSPTSIMRGVNQR
LLSQCMEYFDLRCQLLDDLTTSEMEQLRVSPAAMLEDEVTWLDNFEPNRTAECETSEADN
ILLAGHLRLIKTLLSLCGAEKEVLGSSLIKPLLDDFLFRASRIILNSHSPAGSAAISQQD
FHPKCSTVNSRLAAYEVLVMLADSSPSNLQIITKELLSMHHQPDPALTKEFDYLPPVDSR
SISGFVGLRNGGATCYMNAVFQQLYMQPGLPESLLSVDDDTDNPDDSVFYQVQSLFGHLM
ESKLQYYVPENFWKIFKMWNKELYVREQQDAYEFFTSLIDQMDEYLKKMGREQIFKNTFQ
GIYSDQKICKDCPHRYEREEAFMALNLGVTSCQSLEISLDQFVRGEVLEGSNAYYCEKCK
EKRITVKRTCIKSLPSVLVIHLMRFGFDWESGRSIKYDEQIRFPWMLNMEPYTVAGMARQ
DSSSEVGENGRNMDQGGGGSPRKKVALTENYELVGVIVHSGQAHAGHYYSFIKDRRGCGK
GKWYKFNDTVIEEFDLNDETLEYECFGGEYRPKVYDQTNPYPDVRRRYWNAYMLFYQRVS
DQNSPVLPKKSRVSVVRQEAEDLSLSAPSSPEISPQSSPRPHRPNNDRLSILTKLVKKGE
KKGLFVEKMPARIYQMVRDENLKFMKNRDVYSSDYFSFVLSLASLNATKLKHPHYPCMAK
VSLQLAVQFLFQTYLRTKKKLRVDTEEWIATIEALLSKSLDACQWLVEYFISSEGRELVK
VFLLECSVREVRVAVATILEKTLDSALFYQDKLKSLHQLLEVLLALLDKDVPENCKNCAQ
YFSLFNTFVQKQGIRAGDLLLRHSALRHMISFLLGVSQQNSQIRRWSSAQAREFGNLHNT
VALLVLHTDVSSQRNVAPGIFKQRPPISVAPSSPLLPLHEEVEALLFLSEGKPYLLEVMF
ALRELTGSLLALMEMVVYCCFCNEHFSFTMLHFIKNQLETAPPHELKNTFQLLHEILVME
DPIQVERVKFVFETENGLLALMHHSNHVDSSRCYQCVKFLVTLAQKCPAAKEYFKENSHH
WSWAVQWLQKKMSEHYWTPQSNVSNETSTGKTFQRTISAQDTLAYATALLNEKEQSGSSN
GSESSPANENGERRLQQGSESPMMIGELRSDLDDVDP

NT seq 7854 nt +upstreamnt +downstreamnt
atggaatcggaggaggagcagcacatgaccacgctgctgtgcatgggtttctcggacccg
gccaccatccgcaaggccctgcgcttggccaagaacgacatcaacgaggccgtggcgctg
ctcaccaacgagcggccgggcctcgactacggcggctacgagcccatggatagcggcggc
cccagtccggggcttggaggcggcccacggggcgacggcggcggggaaggcagcgggcct
tcccgtggcgggagcaccggaggtggtggcggctttgaccccccgcccgcctaccacgag
gtggtggacgcggagaagaatgatgaaaatggaaattgttcaggagaaggagttgaattt
cctacaacaaatttgtatgagctggaaagccgtgttttgactgatcactggtctatccca
tacaagcgagaagaatcactaggcaaatgtctgctggcttctacctacctagcaagactt
ggtctttcagagtctgacgagaactgcaaaagatttatggagcggtgcatgcctgaagca
tttaagaagctcctgacatcgagtgctgttcacaagtggggaactgaaattcatgaagga
atctacaacatgttgatgctgctaatagaattggttgcagagaggatgaaacaggatcca
attcccattggtctcctaggcgtgcttacaatggctttcaatcctgataatgaataccac
tttaaaaacagaatgaaagtgtctcagaggaactgggcagaggtgtttggagagggaaat
atgtttgctgtttcacctgtatctactttccaaaaggagcctcatggatgggtggtggac
ttggtaaataagtttggagaattaggtggatttgcagccatccaagccaaactccattct
gaagacatagaacttggggccgtctcagcactggtgcagcccttaggggtgtgtgcagag
tacctcaactcctccgtggtgcagcctatgctagacccagtcatccttaccacaatccag
gacgtgcgaagtgtagaggagaaagacctcaaagacaagaggttggtcagcatccctgag
ctcttgtctgccattaagttactttgcatgcgcttccaaccggatctggtgacgattgtg
gatgaccttcgccttgacatcctgctgcgcatgctgaaatcaccacattttagtgctaaa
atgaattccctcaaagaagtaacaaaactaatagaagatagtactttatccaagtctgtg
aagaatgctatagacacagacagattactagattggctagttgaaaactcagttctgtca
attgcactggaaggcaacatagaccaagcacaatactgtgatcgcataaagggaattatc
gaactcttgggcagtaaattgtcactagatgaactcactaaaatttggaaaatacaatca
ggacagtcgtctacagtaattgagaacattcatacaattatcgctgcggcagctgtgaag
tttaacgcagatcagcttaatcatttgttcgtcctcattcagaagagctgggagactgag
actgacagagtgaggcagaagctgctgagtctgattggacgaataggccgggaagctcgc
tttgaggccacttccggaaaggtgttagatgtactctgggaactggctcacctccccacc
ttgcccagtagccttattcagcaagccttggaggagcacctcacaatccttagtgatgcc
tatgcagtgaaggaagcggtcaagaggagctacatcattaaatgcatagaagacattaaa
aggcctggagaatggtcaggtttggaaaaaaacaagaaagatggatttaagtcatctcaa
cataataacccgcagtttgtgtgggtggtgccagctttacgtcagctccatgaaatcact
cgctcatttataaaacaaacctatcaaaagcaagacaagagcattattcaagacctgaag
aaaaattttgaaatagtcaaattggtaacaggaagtttactagcttgtcatcgacttgca
gcagccgtggctgggcctggaggcttaactggattaacactggtggatggccgctatacc
taccgggagtatttagaggcacatctgaaatttctggcatttttcttacaagaagctaca
ttgtatcttgggtggaaccgagccaaagaaatctgggagtgccttgtgactggccaggac
gtctgtgagttagatcgagagatgtgctttgagtggtttacaaaggggcagcatgatctg
gagagtgacgttcagcagcagctcttcaaggagaaaattctgaaattggagtcatatgaa
atcactatgaatggtttcaacttatttaagactttttttgaaaatgtgaatctctgtgat
catcggttgaaaagacaaggagctcaattgtatgtagaaaagttggagttggtaggaatg
gatttcatttggaaaatagccatggaatcacctgatgaagaaattgctaatgaagctatt
caattaatcataaactacagttacataaatctaaaccctaggttaaagaaggactcggtg
tctttacataagaaattcattgccgattgctatacaagattagaagcagccagttcagca
ctcggtggccccactctaacacatgctgtgacccgagcaaccaaaatgctcactgcgact
gccatgccaactgtagcaacatcagtgcagtctccatacagatcaacaaaacttgtgata
atcgagaggctgcttcttctggcagagcgctatgtgatcacaatagaggacttctactct
gtcccacgaactattctacctcacggtgcctcatttcatggacaccttttaactctcaat
gttacctacgagtctaccaaggataccttcactgtagaggctcacagtaatgaaaccata
ggcagtgtccggtggaagatagccaaacagctgtgctctcccgtggacaacatacagata
tttacgaacgatagtctgctgacagtgaataaagaccaaaagctcctccaccagctggga
ttttctgatgagcaagttcttaccgtgaagacttcgggcagtgggaccccctccgggagc
tcggccgactcctcaaccagctccagcagcagtagcagtggggtcttcagttcgtcatat
gccatggaacaggagaaatctctccctggtgtggtgatggcacttgtatgtaatgtgttt
gacatgctataccaacttgccaatctagaggagccaaggataactctgcgagtacggaag
cttctgctcttgatacccactgatccagccattcaggaagcccttgatcagctggactct
ttaggcagaaagaaaactttgctctctgaaacaagctccccgtcctcaaagtctccatca
ctttcgtcaaagcagcagcagcagccgagtgccagctctatcttagaaagcttgttccgc
tcgttcgctcctggcatgtcaaccttcagagtgctgtacaacttggaggttctaagctcc
aaactcatgccaacagctgatgatgacatggcaagaagctgtgcaaagtccttctgtgag
aactttctcaaagctggaggcttgagtttggttgtaaatgtcatgcagagagattccatc
ccgtcagaagtagactatgagacaagacagggtgtttattctatctgtctacaacttgca
aggtttttacttgttggacagacaatgccaacatcattagatgaagacctcaccaaagat
ggcatagaagcactttcttcccgtccattccgaaatgtcagccggcagacaagcagacag
atgtccctatgtgggaccccagaaaagtcatcctacagacagttgtcggtatcagacagg
tcttccattagggttgaggaaatcattcctgctgctcgagttgcaatacaaactatggaa
gcaaatgatttcactgccactgtggcttgtttcatgagactctcgtgggctgcagctgca
ggacggcttgacctcgtcggaagtagccagccaattaaagaaagtaattctctgtttcct
gctggaattagaaacagactcagcagttcaggaagcaattgcagctcgagcagtgaagga
gagccagcggccctgcatgccgggatctgtgtccggcagcagtctgtgtccaccaaagat
gcgctgattgctggagaggctctgtctcttcttgttacgtgcctgcagcttcggagtcag
caactggcgtctttctacagcttaccatgtgttgctgattttatcatcgatattctgctt
ggatcaccaagcgctgagatccgccgggtcgcctgtgatcagctgtacactctgagtcaa
acagacacttcggcccatccagaagtgcagaagccaaatcagttcctcttaggtgtcatt
ctcacagcacagctgcctctctggtccccgaccagtatcatgagaggagtcaatcagaga
ctgctgtctcagtgtatggagtattttgatttgcgatgccagttattggatgatctgaca
acttcagaaatggaacagttaagagtcagcccagctgccatgcttgaagacgaggttacc
tggctggataactttgaacccaatcggacagcagagtgtgagaccagtgaagcagacaac
atcctattggcaggacacttgcggctcattaagaccctgctgtcactctgtggggcagag
aaggaagtgcttggctcatcactgattaaaccgttattagatgacttccttttccgagct
tcgagaattattctgaatagtcattctccagccggcagtgccgccatcagccaacaggac
tttcatccaaagtgtagtacagtaaacagccgattggcagcctatgaagtccttgtgatg
ttggctgacagctcaccttcaaatcttcagattattacaaaagaactgctttcaatgcat
catcagcctgaccctgctctcaccaaggagtttgattacctccccccagtggatagcaga
tccatttcagggtttgtggggctgaggaatggtggtgctacttgttacatgaatgcagtc
ttccagcagctgtatatgcagcccggactccctgagtcccttctttcagtggatgatgac
acagacaatccggatgacagtgtgttttaccaagtgcagtctctctttgggcatttgatg
gaaagcaagctgcagtattatgtgcctgagaacttctggaagatcttcaagatgtggaac
aaggagctctatgtgagagaacagcaggacgcatatgagttcttcactagcctcattgat
cagatggatgagtatctcaagaaaatgggacgagaacaaatttttaagaatactttccag
ggcatctattctgatcagaagatctgcaaagattgtcctcacagatatgagcgtgaggaa
gctttcatggctctcaacctaggagttacatcttgccaaagtttggaaatttctttggac
cagtttgttagaggtgaagttctagaaggaagtaatgcatactactgtgaaaagtgtaaa
gagaagagaataaccgtgaaaagaacgtgcattaagtctttacctagtgtgttggtaatt
cacctgatgagatttggctttgactgggagagtggacgatccatcaaatatgatgaacaa
atacggtttccttggatgctaaatatggagccttacacagttgcaggaatggctcgccag
gattcatcttctgaagttggtgaaaatgggaggaatatggatcaaggaggtggaggatcc
ccacggaaaaaagttgccctcacagaaaactatgagcttgttggtgtcatagtacacagt
gggcaggcccatgctggccattactattccttcattaaggaccggcggggatgtggaaaa
ggaaaatggtataaatttaatgacaccgttattgaagaatttgacctaaatgatgagacc
ctggagtatgaatgctttggaggagaatatagaccaaaagtttatgatcaaaccaaccca
taccctgatgttcgtcgaagatactggaatgcctacatgctcttctatcagagggtgtct
gatcagaactcccccgtgctgccaaagaaaagtcgagtgagcgttgtaaggcaggaggcc
gaggacctctctctgtcagctccatcttcacctgagatttcacctcagtcctctcctcgg
ccccataggcctaataatgacaggctctctattctaaccaagctggttaaaaaaggtgag
aagaaaggactgtttgtggagaaaatgcctgctcggatataccagatggtgcgagatgaa
aacctcaagttcatgaagaacagagacgtgtacagtagtgactacttcagttttgttttg
tctttagcgtcgttgaatgctactaagttaaagcacccacattacccttgcatggcaaag
gtgagcttgcagcttgccgttcagttccttttccaaacctacctacgaacaaagaagaaa
ctcagggtcgatactgaagaatggatcgctactattgaagcattactttcaaaaagtttg
gatgcttgtcagtggcttgttgaatattttattagctctgaaggacgagaattggtaaag
gttttcttgttggagtgcagtgtgagagaagttcgagttgctgtggccaccattctggag
aagaccttagacagtgccttgttttatcaggataagttaaaaagccttcatcagttattg
gaagtcctgcttgctcttttggataaagacgtcccagaaaattgtaaaaactgtgctcag
tacttttctctcttcaacacttttgtacaaaagcaaggtattagggctggagatcttctt
ctgcgtcactcagcactgagacacatgatcagcttcctccttggggtcagtcaacagaac
agtcagatccgccgatggagttcagcacaagcacgggaatttgggaatctccacaatact
gttgccttgctggtcttgcatacagacgtctcctcgcagaggaatgttgctcctggaata
tttaaacaacgaccgcctattagtgttgctccctcgagccctctgctacccctccatgag
gaagtagaagccttattgttcttgtctgaagggaaaccttatctcttagaggttatgttt
gctctgcgagagctgactggttccctcctggcactcatggagatggtggtgtactgctgt
ttctgcaatgagcacttttccttcacgatgttgcatttcattaagaaccaactagaaact
gctccaccccatgagttaaagaatacattccagctactgcatgagatactggtcatggaa
gatcccatacaagtagagcgagtcaaatttgtatttgagacagaaaatggattactagca
ttgatgcaccacagtaatcatgtggacagcagtcgttgctaccagtgtgtcaaatttctt
gtcactcttgctcaaaagtgtcctgctgctaaagaatacttcaaagagaattcccaccac
tggagttgggctgtacaatggttacaaaagaagatgtcagagcattattggactccacag
agcaatgtctctaatgaaacctcaactggaaaaacctttcagcgaaccatctcagctcag
gacacattagcatatgccacagctttgttgaatgaaaaggagcaatcaggaagcagcaac
gggtcagagagcagtcctgccaatgagaatggagagcgacgcttacagcagggttcggaa
tctcccatgatgattggtgaattaagaagtgaccttgatgatgttgatccatag

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (8)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   UniGene (1)   
   ENSEMBL-RNO (1)   
   OC (1)   
   RGD (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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