KEGG   Strongylocentrotus purpuratus (purple sea urchin): 592001
Entry
592001            CDS       T01019                                 
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 24
  KO
K11840  ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.4.19.12]
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Brite
KEGG Orthology (KO) [BR:spu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:spu01002]
    592001
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:spu04121]
    592001
Enzymes [BR:spu01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     592001
Peptidases and inhibitors [BR:spu01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   592001
Ubiquitin system [BR:spu04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    592001
SSDB
Motif
Pfam: UCH UCH_1 DUF3517 UBA Serine_rich DUF6260
Other DBs
NCBI-GeneID: 592001
NCBI-ProteinID: XP_030852396
Position
Unknown
AA seq 2603 aa
MEPSEENVQMLINMGFGDLTDIKKALRLAQNDVNEAVAILTQEQPGLSYETVEEETKEAP
PPGTLRRTFGPQNRLAPDPPPPSYDEAVEPVEDEDPSSSSVEAREEESVEVSKEFPQGNL
YELEGRVFTDQWSIPYKKEESLGKCLVAATRLASEGLLENDENCVRFVNRCMPEAFRKLM
TSKAVHRWGAEIHEGIYNMLQLFIELVAVRLKYKPVPIELLEVLGMALNPETEFHYKNRA
KKWDHIFWEEKFGVNSTFAVSPPFETYKDPCGWLVNLINAFAYHGGMDQIRDRVLESLDD
VDPPTLSTLMQPLGYCGEYLNPLKFAPFMSQVEKQVLKYVQDLKEHELKRKKTGSISELL
TTMKCLCLHFWVDDVKKVDDLRLSVALRMLNSPHFNAKMNSLKEITKMIEDTSISSRNRN
AIEEEVILDWLVENKVLSVALEGNIDQSQYADKLKGIVEFLGPKLSIEDLTKIWKMQNDQ
PLTVVDNIHSIMAAAAVKFSGEQLEHLFHLIQKAWQNENERVQEKLLSLIGRIGRDARSP
KTTCKVLELLWDLAHLPAIPKNHMEHALEEHLFILSDSLAVGMQIKNKYVAKCVEDIKRC
QFVVPALRQIHQIAKGITKQSYSKTDKSLPQELNKTYDIIKLTTQSLMKCHKMAINAAGQ
DGLSGSTIVDGKYTHCEHVEIHLKFLAFILQEGALYLQWHRAREIWDTLVANPEACEADR
ETCYEWFRHGLADLETETQMQLFKDKLLRLESTHLSPMGFDCVRAFFESINTNNHSLRKG
ATGLIVEKLDLFGLDFMWKMVLESTNESIAEMAIRQIMSMSYTNLAQRLKKDVLDLHKHF
ISECYKRLELAYMAVKGTAMAEAVAMATKTLTAVSVPEAAIVPCPSRAGKLLEIERLLQL
AETYVVTVEDQFTSPRTILPHGASFQGHTITMHVTCTDSHRSEFVIVGHSNETLQSVRHK
IAQRLKTTLDNVQIMAHDRLMLTTKDQKLLSELEFDEEQDLNIKLHGPVSSTVSSSARID
ENMSSFGQQSELERSLPGVVMATGGQVFDMLYQTADIDEPRITERVRKLLMMIPTDPSIP
ESLDSICRQTSDNVTSLGGETSGSESNKDSSRATLEGLFRANSTHGMSAFRVLYNLEVLS
SKLMPSMQEDIGTQTSAQNFRESFLNAGGLSLVINALQKDSIPQDVDDETRRGCYSICLQ
LARFLLCGQTTTDLKESDLSLNDSSVFDNSGADSSTVFSSSYGSSPRKMSLLERISSVEA
SGDLANREGTSVAITVIQTMNANDFTSMIACLMRVTWAAAAGQLRLASASQPIKEVAGGG
FAMGIGRRSRHSSAGSTNSSSSHDSESQVLHAGICLNTTAVSGKDAAIAREALELLVACL
QLRTHNLGALYTLPGVNDFIIDILLSSPHPEVRGAALDQFYTLTSTSISNESVRILHPRD
FVLQVLLQARVPLWTSSSLVRGANQRILNQSAQYFELRCRLLEGLRVNEQKFLKVNIVSM
LGDEIDWLHNFEPGDSEDMNLSSTDNTIVAGHLHLIRTLLTCEGVDKRKIGERLLNSLLN
EYLFPASRLVMHQGDNSEKGDSRRDYNSKISGKESRVAAFELLVVLCEGCPYNLQRIASQ
LINMHHQLDPSIAKEWEFLPPVEGRMTKYVGLKNGGATCYMNAVIQQLYMTPGIREGILA
GHTPEKEKGEDTIFYQMQNVFGHLLESKLQYYEPERFWQVFKFWGEPVNVREQQDAFDFF
TILTDQLDEYLKKSGQKEVMKQKFQGLYLNQMICQDCPHRKEREEEFFALNLTVKSNNLN
DSLEQFVRGEMLEGENAYLCEECNEKRNTIKRTCIKTLPPVLVIQLKRFGYDWEAGRALK
FDDYFKFPWVLDMEPFTSKGMARREQQQQQADDPPSPMNYQRHVSSQSSTDDLYQLVGVV
VHSGQANAGHYYSFIKDRGGTSMTNMSKGKWFRFNDTQVEEFIMSDAALEAECFGGSFRS
KSNETTGSYGPENRLRTWSGYMLFYEKMEGMRSPDPMARIGRKGYHGDIHGSMDGLSSPE
LSPTGDRMSELSALVHKGEKRGFFLDKMPAPIQRQIEDENLQFLKNRAVYNQEYITFVRK
LASCSLHMTYHPAYSMMAQQSIKLAMHFVLNTLFRTKKKLRYDLEDWRDLIDSIVKDSPE
ACEWALEVLASSQGRDYLKAFLLECPSQEVRMAMANIVKSVMQSFVLRSHDTHQANLDFI
LEHLLSLLDKEVLEHCRSCVQYFWLLSMYLELGSDTCEHLFRRKAFQRLITFLIGPPSEL
NDLDIQTRRWTSLQTREFGFLHTMLAAMVLHSDVSPYWSVDLGDKPKRRPILILENLNRL
LPVPEDMRHTLFGPPCLKYIKESVLAFREVHSSTTPILDMLLHCSFCNEGFTFNVMMIIH
SQVSSAPANELKAIFVLLLELLLLDDPLQLIRLKLAMEGNESNGLFSIIRNCTGNDSRRS
YQCIKFLVHLSNKSPAAKEYLTSVSQKWHWAVNWLKKKMTEHYWNPQSSISNESSTSKGF
QRTMSAQDTLAEATALLTDLTTQDEDEDDDAITKEEDEGEETTEGTVTPRMEVNGSSEGS
EVNGNGGGEKPTEKISGIDDVDG
NT seq 7812 nt   +upstreamnt  +downstreamnt
atggagcctagcgaagaaaacgtccaaatgctcataaatatgggttttggagaccttaca
gatatcaagaaagcactccgccttgcacagaacgacgtgaacgaggcagtggctattctc
acgcaggaacaaccgggtctgagttatgaaacagtggaggaggaaacgaaggaagcaccg
ccaccgggaactctccggcggacatttggaccgcaaaaccgtctcgcacccgacccgccc
cctccttcctatgacgaagctgttgaaccagtggaggatgaagatcctagctccagcagc
gtggaagcaagagaggaggagagtgtggaagtttccaaggagttccctcaaggaaatctt
tacgagctggagggcagagttttcactgaccagtggtcaataccttacaagaaagaggaa
tcgctggggaaatgtttggtcgctgccaccagattagccagtgaaggtttgctggagaat
gatgagaactgcgtgcgttttgtgaaccgatgcatgcctgaagctttccgtaagctcatg
acttccaaggcagttcatcgatggggcgctgagatccatgaaggcatctataacatgcta
cagcttttcattgagctagtggctgtcagactcaaatataaacctgtacccatagagctt
cttgaggtccttggcatggccttaaacccagagacagagttccattataagaacagggcc
aagaaatgggaccatatattctgggaagagaagtttggtgtgaacagcacattcgccgta
agcccgcccttcgagacgtacaaggacccctgtggatggctcgtcaatctgatcaatgct
tttgcttaccatggaggtatggatcagattcgagacagagtactggaatcgttagatgac
gtggatcctccgactctatctacattgatgcagccgctgggttactgtggagagtacctg
aaccctctcaagtttgcccccttcatgagtcaggttgagaaacaggtcctcaagtatgtc
caggacctcaaggaacatgaactcaagagaaagaaaaccgggagtatctctgagttgctg
actaccatgaagtgtctttgccttcacttctgggtagacgatgttaagaaggtcgatgac
ctgagactaagcgtggctctgcgtatgctcaactctcctcacttcaatgctaagatgaac
agtctcaaggagattaccaagatgatcgaggatacaagtatatccagcaggaatcggaat
gctattgaggaagaggtcatcttggactggttggtggagaataaagttctatcagtagca
ctcgaaggtaatatagaccagtcccagtatgctgacaagctgaagggcatcgttgagttc
ctaggaccaaaactctccattgaagatctcaccaagatatggaagatgcagaacgaccaa
ccactgaccgtagtggacaacatccattccatcatggcagctgcagcggtcaagttcagt
ggcgagcagctggaacacctcttccatctcattcaaaaggcatggcagaatgaaaacgag
cgtgtgcaggagaagctcttgagcctgatcggtaggataggtcgagatgccaggagtcct
aaaaccacctgcaaggtcctggaactgctctgggacctggcccacttaccagccattcct
aagaaccacatggaacatgccttagaggaacacctctttatcctgagtgactctctagct
gttggaatgcaaatcaagaacaaatacgttgcaaagtgtgtggaagatatcaagaggtgt
cagttcgtagtaccagccctgagacagattcaccagatagccaagggtatcaccaaacag
agctacagcaagactgataagagtttacctcaggagctgaacaagacttatgacatcatc
aagctgaccacacagagtctcatgaagtgtcataagatggctatcaatgcagctgggcag
gatggcttgtctggtagtactatagtggatggcaagtacacacattgtgagcatgttgag
atccatctgaaattccttgcattcattctacaagagggcgccctctatctccagtggcat
cgagcgagggagatctgggatacgttggtagcgaacccagaagcttgtgaggcagacaga
gagacatgctatgagtggttccgtcatggtctagcggacctggagacagagacacagatg
cagctcttcaaggataagctactcagactagaatcaacccacctctcacccatgggcttt
gactgtgtacgagcgttctttgaatccatcaacacaaataatcacagtctacgcaagggt
gctacaggactgattgttgagaagctggacctgtttggccttgatttcatgtggaagatg
gttctagagtctaccaacgagtccattgctgagatggctatcagacagatcatgagcatg
tcttataccaatctagctcagagacttaaaaaggatgtgcttgatcttcataagcatttc
atctcagagtgttacaaacgtctggagctggcgtacatggcagtcaaaggtacagccatg
gcagaggctgttgctatggcaactaagacgttgacagcagtatccgtgcccgaggcagcc
attgtaccatgtccatcaagggcgggtaagctgctggaaatcgagagacttctgcagcta
gctgagacctacgttgtgactgttgaagatcagttcacatcaccacgcacaatccttcca
catggtgcatccttccagggtcatactatcacaatgcatgtcacatgtacagactcacat
cgtagtgagtttgtcatagtgggtcacagcaatgaaacattacagagtgtaagacacaag
atagcacagcgtctcaagacaacactagacaatgtacagatcatggcccatgatcgcctg
atgcttactaccaaggatcagaagctgttatctgaactggagtttgatgaggagcaagat
cttaacatcaagcttcatggaccggtcagctcaacggtcagcagtagtgcccgcatcgat
gagaacatgtcaagttttggacagcagtctgagctggagcgttcgttacctggtgtcgtc
atggcaactggtggtcaagtctttgacatgctctatcaaactgccgatatagatgaacca
aggataacagagagagttcgcaaacttctcatgatgattcccacggatccatcgataccg
gaatcattggattctatatgtagacagacttcggacaatgtaactagtctaggtggagaa
acgtcagggtctgagagcaacaaggattcttccagggcaaccctagagggtttgttcaga
gctaacagtacacatggcatgtcagcattcagagtgctctacaaccttgaggttctgagt
agcaagctgatgccttcgatgcaggaagacatcggtacccaaaccagcgcacagaacttc
agagagagcttcttaaatgcaggaggtctgagtctagtcatcaatgccttgcagaaagat
tccattccacaagatgttgatgatgagaccaggaggggatgttattctatatgtctacag
ttagcaagatttctactatgtggacagaccaccactgatctcaaggagagtgatctgtca
ctcaatgacagcagtgtctttgataactctggagcagattcatctactgtcttctcatct
agctatggaagctcacctcgtaagatgagtctgttagaaagaatatccagcgtagaggcc
agtggggatctagcaaatagagagggcacttcagtggcaatcacagttattcagactatg
aatgccaatgacttcacatcgatgatcgcctgtctaatgcgtgtaacctgggcagctgct
gcaggtcagctaagattagccagcgctagtcaacccatcaaggaggtggccggtgggggg
tttgctatgggcattggtagaaggagtaggcatagcagtgcagggagtacaaacagttca
tccagtcatgatagtgagtcgcaggttttacatgcagggatctgtctcaatactacggct
gtcagtgggaaagatgcagccatagccagggaagctctggaactacttgtagcttgtctc
cagcttaggacacataacctaggtgccttatataccctgcctggagtgaatgacttcatc
atcgacatcctcctctcctcgccccaccctgaggtaaggggtgcggccctggaccagttc
tacaccctcacctccaccagcatcagtaacgagagcgtgaggatcctgcatcctcgggac
tttgtgctccaggtcctcctccaggcccgagtgcctctctggacctccagctcactggtt
agaggagctaaccaaagaatactgaaccagtccgcacagtactttgagttgagatgccgt
cttctggagggattgagggtgaatgagcagaagttcttgaaggtcaacatcgtgtccatg
ttaggtgatgagatcgactggttacataactttgagcctggagactctgaggatatgaac
ctatctagtacagataacaccatcgtagcaggtcatcttcatcttatcaggacgctactc
acatgtgagggggtcgacaagaggaaaataggtgagagactactgaacagtctactgaac
gagtacctcttccctgcatcacgtctcgtcatgcatcaaggagataacagtgagaaagga
gactcgagaagagactacaattcaaagatatctggcaaagaatcacgtgtagcagccttt
gagctactggtagtactgtgtgagggctgtccatacaatctgcagaggattgcatcacag
ctcattaatatgcatcatcaactggacccttccattgccaaagagtgggagttcttgcca
ccagtagaaggtaggatgaccaagtatgttggtctgaagaacggaggtgctacatgctac
atgaacgctgttatccagcagctgtatatgactccaggcatcagggagggtatccttgct
ggccacacccctgagaaagagaagggagaggacaccatcttctatcagatgcagaatgtc
tttggccacctcctggagagcaagctacagtactatgaaccagagaggttctggcaggtc
ttcaagttctggggagaaccagtcaacgtcagggagcagcaagatgcctttgattttttc
acgatactcaccgatcagctggatgagtacctcaagaaatccggtcagaaagaggtgatg
aaacaaaaattccagggtctctatctcaatcagatgatatgtcaagactgccctcatagg
aaagagagggaagaagaattctttgccctgaacctgactgtcaagtcaaacaatctcaac
gattctttagagcagtttgtgagaggagagatgttggaaggggagaatgcttatctatgt
gaagagtgcaatgaaaagaggaatacgatcaagaggacatgtatcaagacactgccacca
gtcctggtcattcagctcaagaggttcggttacgactgggaggcaggcagagctctcaag
tttgatgactacttcaagtttccctgggtgttagacatggagccgttcacatctaagggt
atggctcgtagagagcagcagcagcagcaggccgatgatccgcccagccctatgaactac
cagagacacgtctcctcccagagctctaccgatgatctctaccagctggtgggtgtggtc
gttcacagcgggcaagccaacgctggtcattactactccttcatcaaggacagaggaggt
acgtccatgaccaacatgagtaaggggaagtggttccgcttcaacgacacccaggttgag
gagttcatcatgtcggatgctgccctcgaggctgagtgctttggaggttcattcaggtcc
aagtccaatgagactacaggttcatacggacctgagaacagactacgaacatggagtggt
tacatgttgttctatgagaagatggaggggatgagaagccctgaccctatggctaggata
ggacgcaagggataccatggtgatatacacgggagtatggatggtctgagttcccctgaa
ctgtcccctacaggagacaggatgagtgagctctcagccctggttcacaagggtgagaag
agaggcttcttcttggataagatgcctgcaccaatccagagacaaatagaggatgagaac
ctacagttcttgaagaacagggccgtctacaaccaggagtacatcacctttgtccgcaag
ctggcatcctgcagtttgcatatgacataccatccagcatacagtatgatggcccagcag
agtatcaagcttgccatgcactttgttctcaacactctcttcagaacaaagaagaaactc
cggtatgatttagaggactggagagatctgattgatagcatagtgaaagacagtccggaa
gcttgtgaatgggccctggaagtcttggcatcatcacaaggcagagactacctcaaggcc
ttcctactagaatgtcccagtcaagaggttcggatggctatggctaacatcgtcaagagt
gtcatgcagagcttcgtcctgcgatcccatgacacgcaccaagccaacctggatttcatc
cttgagcatctcctgtctctcctggacaaggaggtcctggagcactgcaggagttgtgtc
cagtacttctggctcctcagcatgtacctggagctgggttcagatacctgtgagcacctg
ttcaggaggaaagctttccagagactcatcacattcctcataggacctccttcagagctt
aacgacttggacatccagacaagacggtggacttcacttcagactagagagtttggtttc
ctgcacaccatgcttgctgccatggttctacactcagatgtatctccatactggtctgtt
gaccttggtgacaagcctaagaggagacccatcttgatcctagagaacctgaacagatta
ttaccagtgccagaagatatgagacatactctgtttggtcctccatgcctcaagtatatc
aaggagtctgtgctagcattccgtgaagttcattcctcgaccacacccattcttgatatg
ttgctacattgtagcttctgcaatgaaggattcacattcaatgtcatgatgatcatacat
agtcaagtatcgtctgctccagccaatgagctgaaggctatctttgtgctgctattagag
ctactgctactagatgatcctctacagctaataagattgaagctggccatggaaggcaat
gaaagcaatggactcttcagtatcatccgtaactgtacgggcaatgacagccggcggtcc
taccagtgcatcaagttcttggtccatctgtccaacaagtcaccagcagccaaggaatac
ctgacatcggtctcccagaagtggcactgggcagtcaactggctcaagaagaagatgaca
gagcactactggaaccctcagagttccatctccaacgagtcgtccaccagcaagggtttc
caacgcaccatgagcgctcaggacaccctggccgaagccaccgctctcctcaccgatctc
accacgcaggatgaagacgaggatgatgatgctatcaccaaggaggaggatgagggagaa
gagaccacagagggcaccgtcactcccaggatggaggtcaacgggtcgtcggaagggtca
gaggtcaatggaaacggcggtggggagaagccgacggaaaagataagcgggatagacgat
gtggatggatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (6)   
   Pfam (6)   
All databases (52)   

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