KEGG   Dictyostelium discoideum (cellular slime mold): DDB_G0275415
Entry
DDB_G0275415      CDS       T00245                                 
Name
(RefSeq) peptidase C19 family protein
  KO
K11853  ubiquitin carboxyl-terminal hydrolase 34 [EC:3.4.19.12]
Organism
ddi  Dictyostelium discoideum (cellular slime mold)
Brite
KEGG Orthology (KO) [BR:ddi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ddi01002]
    DDB_G0275415
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:ddi04121]
    DDB_G0275415
Enzymes [BR:ddi01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     DDB_G0275415
Peptidases and inhibitors [BR:ddi01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   DDB_G0275415
Ubiquitin system [BR:ddi04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    DDB_G0275415
SSDB
Motif
Pfam: UCH UCH_1 DUF3517 ubiquitin HCO3_cotransp
Other DBs
NCBI-GeneID: 8619954
NCBI-ProteinID: XP_643687
dictyBase: DDB_G0275415
UniProt: Q553T4
Position
2:5440439..5449952
AA seq 2991 aa
MSETRDVRYFADFIKNTPNNEPKEVITVVGHVLQCLEESEDFFFNFEKFSEMVEVLWFKL
GQNPNHNDLIQRVDQFFKKIIQIISTRISQSEDFSSENLKVLNLIFSPKPSGYREYRYQE
NGDDISSKLSSFEANGFFEGGGLNCLINRIEKFKHSFENLKKIVNTIKKITKKVEKVEAQ
TVEHLIKIVFQKILGATDEEFKNENKKDLDLIIKHLSGIVNNLQYEQGHNSGTLQDMIHQ
QGLMVSLKCFKSPSLFQRNAGLNDIIRFCKSESNSNNSSFMLRNQQFSIYVAPHKIVEWL
KENQVVELLYGETSHIQLLQKCTDILKFLAEQKAFDRKYLDLIWSASEGKHETIENAIYD
SIGAIAPLLPPEDIDYLFDKVQMIPYNHYTQITLNLVRSLTQRQQQATNSDGITSRGLDI
FWNLMQEDCDVCNDLSNASLVSLQDSFQFYPNQRGHFLTRALDHIDKHRSVVVSLRLVFH
LINSFAEKKKKRDLHGGNNNNNNNMMNNEAEMANVIESIDSQHHLVDLLYNHLVYYTTQC
KQIISNGYNTDRNAMNVDGGGGGSDKHPYKPPQACDDYTFADRVSHMEQIQDYLNFIRFL
YDKSSLSLTKQHIDIWWNIFVLEPVSHSDRTHFFNWVIDHLSLDEHQVLYFINKFQTLTF
TDLDITGFEFYKFCFNLIKSHDYNNNNNNNNNIDNNNNNNNNSNNNNNNNNNLIGLDDLW
RILLEAQNEQVGRAACSFIIEQYKDYKNPEEFLNTCMAKLSKVPIGNDSTMDPINYMLVT
RCLSLVKKYLEEFGSRSSDSFKKHFSPLITVRFSSQRNVFKFDVKSSESIGTIKQMLAYN
IKSSEHCICLTFQGKMMVDDCQTIEDFRVGNGDTISFQEIGEPRQPLTYVQSVSINFDQN
NFALLFSLLNIQSIAQDVWDLLMLLPVNKQIFSEITIDIVNNKNNNNNNNNNNNNNNNNN
NNNNNNNNSNEDGQQQQQQQQQNINWDNLFDPKSSYRLLYSLLIIESMVVNDSYHSSDGN
DNNLDGPNEWKQKFISSGGFDHLIKVLMTTDLQNPSRGGKRNTCLSVLLRIIFSILESNH
FDFNAITSHQISPADFLNRLISLTWNQVIPTTHEENLSTHETEDAMVVSHLMHLIVAILS
NNDQLFSIFTKNKNILQWISLIILDSKDTFLRDKAANGIRDICHYISPATTKHYFLDQFL
TLLFKNVADDRQSSTCQQFFDVLNHLLNEQVRSLTIDASTSSFTSVYADLLLKLVDMIKT
QPIIESTAIYQPDVLLMGLLNLVKILIQDNNEFKLLAGQKGGLVKEVFHECLFNIATADN
HGSTCPPKCKTKESRDICFAVLLELAKGCEPNLREITTLLMEHHKPEEKRSLWSYFPAGN
EKSITGYVGLKNLGATCYINSLMQQLFMIPGFRYNIIQSEEKYNSPQEQQESLLYQLKII
FANLQESEKKSHDPKDFCLTYKYDGQPINTSIQMDADEFFNMLFDKLENTLKSTPQEKLL
KDFFGGSSVNQFISQECNHVSEREEPFYTISVEVKNKKEIQESLQLFVESETLDGDNKYF
CSSCSQKVKALMRRCIKDLPNTLIIHNKRFEFDLDLMKRTKLNDALRFPMTIDMEPYTKE
YLERKEAIEKAKEKGEPIPEVAPLHPPSYYQYELAGILVHTGTADSGHYYSYIKEREPIC
EGQPRRWILFNDQATEVFNPDDISKACFGGYDDQSKGNFRAGPRVNNAYMLFYERSYIQG
EMTKKYENIKQSDASKLVPKEMFSSVWKKNMKFLNDKNIFDTNYFSFLLNIIKLDEPSDL
DSNNQMDFISSQELLKGTDSIDDQKLSSQDNELSSGGGGGGATSELSGGEVGLYNGGSGS
EFNQTMQSIELGTRFLIETLFHSKDRKMLGDTVNYLISLYERNLDACYWLLNTIVEQQGS
DNSWIRQVFLTCVTFDPREALIKLLLSVVKTLIPSEKENYGLDEDNEMMSENSGASITSI
DEEDGDDEDDGGGGDDDSMNTSSGTTGKGKQKVSSSSSSSSSSQMNYDQDEIYPSFSSLK
KPKSIIFKFMDVFLDYIKEAPMHWKHFSYYFLFIKDFSLLGEEERKYLINRNVIGRLIDL
FLGDESQLSKTIPPHKKPKMGDKYSSPQFLNMIETINILVHSCHTRYSKMEFDKNGSYQT
MPGQFTLNLAPMPETDMELLYDPIFVAKAIKDTLLIKPITEIVSYICFNDIDTTNTITQY
IEGFDQSKTSLEVLLPLIKLDDQCREERVDIVIPQYINIVEEIFKNRNNLSFLKTLVEAA
QQYYFISDWFKKNFDRWVTSWLIGNEHSEVRSDAFTLLIHINQLNQEQPDHSAIIETFSF
LSSVDTIKYAKKICKKDKDHRGVFKFEYYFKLLRLSLVVPECKQIFTQVASLFYGFITDI
IFQQNEIDRNRQELTHFLVDVLRDQPENIALLQKDQCSTKLMDYFISISSKEDLKQFNQK
SLPSFYELLFILSCDKQSFLEYVVGHSNFQWACKFLLCECGEYQDIAVFLFKLLELVSRT
PKHAQSLISHFLGFPNFFFYPAHSLKVMDILTFSKKEAICFVNSQGINVFSKFLGSSKDS
QENVRQYPKAIDIIFKVLSLIHSPQSPQDSSSPKSTNVIVIDEDIASSSSSSSSNIQNPT
NVNVNELTQEVKTLSSVLYNLMDSGEIVCQKAQKLLNFIAVESPDITILTFSDFITKWIN
KKNSMINNNINLINNNNNNNNNMMNSINLVDNDPKQPSIPQFSHGNPSQQYPSPFAQQPP
QQQQQHSRLNQNQQLLNQFSFSETFFNSLIEIVLISMQSATSQNSNPSLESKASISLAKL
VKEVLNINMEMGSRILSRVIDSLKVEDRNSVISHCIEHGFIGTCETSPTTPTSLNSLYDL
VKSFLQDKANEETVNNFCTDLEDKVTTSIVSIKSLENSNDNQIDTHLLSLINALHQIQLF
NNCCPTGKSHISLSNIINSLNEFANKECCNIQSENATLFLTSFKPIRPSNN
NT seq 8976 nt   +upstreamnt  +downstreamnt
atgtccgaaactagagatgtaaggtactttgctgattttataaagaatactccaaacaat
gaaccaaaggaagtgatcacagtggtgggccatgtccttcaatgtcttgaagaaagtgag
gatttcttttttaattttgaaaagttttcagaaatggttgaagtactctggtttaaatta
ggtcaaaatccaaatcataatgatttaattcaaagagttgatcaatttttcaaaaagatt
atacaaatcatctcaactagaatatcacaaagtgaagatttttcatcagagaatttaaag
gtattaaatttaatattttcaccaaaaccatcaggttatcgtgaatatagatatcaagag
aatggagatgatatttcatctaaattatcaagttttgaagcaaatggtttttttgaaggt
ggtggtcttaattgtttaattaacagaatagagaaatttaaacattcatttgaaaattta
aaaaagattgtaaatacaatcaaaaagattacaaaaaaagttgaaaaagttgaagcacaa
actgttgaacatttaataaagattgtattccaaaagatattaggagctactgatgaagag
tttaagaatgaaaataagaaagatttagatttaattatcaaacatctttctggaatagtt
aataatttacaatatgaacaaggccataatagtggtacacttcaagatatgattcatcaa
caaggtttaatggtttcattaaagtgttttaaatcaccatctctctttcaaagaaatgcg
ggtctcaatgatataattagattttgtaaatcagaaagtaatagtaacaatagtagtttt
atgttaagaaatcaacaattttcaatttatgtagcaccacataaaattgttgaatggtta
aaagaaaatcaagttgttgaattattatatggtgaaacaagtcatattcaattattacaa
aaatgtacagatatattaaaattccttgcagaacaaaaagcatttgatagaaagtattta
gacttgatatggtcagcatctgaaggaaaacatgaaacaatagagaatgcaatctatgat
agtattggagcgatcgctccattacttccacctgaagatatcgattatctctttgacaag
gttcaaatgattccctacaatcattacactcaaataacattgaatttagtacgttcatta
actcaaagacaacaacaagccaccaattccgatggtattacatcaagaggtttggatata
ttttggaatttaatgcaagaagattgtgatgtttgtaatgatctctccaatgcatcattg
gtttcacttcaagattctttccaattctatccaaatcaaaggggacattttttaactaga
gccttggaccatatagataaacatcgttcagttgtagtttcacttcgtttagtctttcat
ctaatcaatagttttgcagagaaaaaaaaaaagagagatttacatggtggcaataataat
aataacaacaatatgatgaacaatgaagcagagatggcaaatgtaattgaaagtattgat
agtcaacaccatttagtagatttattatacaatcatttagtttattatactacacaatgt
aaacagattatatcgaatggttacaatactgatagaaatgcaatgaatgtagatggtggt
ggtggaggaagtgataaacatccatataaaccaccgcaagcttgtgatgattatacgttt
gctgatagagtcagtcatatggaacaaattcaagattatttaaattttattcgtttctta
tatgacaagtcaagtttatcccttactaaacaacatatcgatatttggtggaatatcttt
gttctagaaccagtatcacactctgatagaactcactttttcaattgggtcattgaccat
ttaagtttggatgaacatcaagttttgtattttataaacaaattccaaaccttaactttt
acagatttagatattaccggtttcgaattttataaattttgttttaatttaattaaatct
catgattataataataataataataataataataatatagataataataataataataat
aataatagtaataataataataataataataataatttaattggtttagatgatttatgg
agaattttattagaagcacaaaatgaacaagttggaagagcagcatgttcatttataatt
gaacaatataaagattataagaatccagaagaatttttaaatacttgtatggctaaatta
tcaaaggtaccaattggtaacgattcaacaatggatccaattaattatatgttagtaaca
cgttgtctttcattggtaaagaaatatttagaagaatttggttcaagatcatccgactca
tttaagaaacatttttcaccattgatcacagttagatttagtagtcaaagaaatgtattt
aaatttgacgtaaagagtagtgaatcaattggtaccataaaacaaatgcttgcatataat
attaaatcatcagaacattgtatttgtttaacttttcaaggtaaaatgatggttgatgat
tgtcaaacaattgaagattttcgtgttggaaatggtgatactatcagtttccaagagatt
ggagaaccaagacaaccactcacctatgttcaatcggtttcaattaattttgatcaaaat
aatttcgcattacttttcagtttgttaaatattcaatcgattgctcaagatgtttgggat
ttattaatgttattaccagttaataaacaaatatttagtgaaataacaatcgatattgta
aataataaaaataataataataataataataataataataataataataataataataat
aataataataataataataataatagtaatgaagatggtcaacaacaacaacaacaacaa
caacaaaatataaattgggataatttatttgatccaaaatcatcttatcgtttattatat
agtttattaattattgaatcaatggtagttaatgatagttatcatagtagtgatggtaat
gataataatttagatggtccaaatgaatggaaacaaaagtttatttcatcaggtggattt
gatcatttaataaaggttttaatgacaacagatcttcaaaatccatcacgtggtggtaag
agaaatacttgcctttcagtacttttaagaattatttttagtattttagagagcaaccat
ttcgattttaatgctatcacaagccatcaaatttcaccagccgactttttaaatcgttta
atcagcttaacatggaatcaagtaataccaactacacatgaagagaatctttcaactcat
gaaacagaggatgctatggttgtttctcatttgatgcatttaattgttgccatcctttcg
aataatgatcaattgtttagtatattcacaaagaataaaaacattttacaatggatttca
ctcataatcctcgatagtaaagatacttttcttcgtgataaagctgccaatggtattcgt
gacatttgtcattacatttcaccagctacaacaaaacattactttttggaccaattcctt
accctactctttaaaaatgtcgcagacgatcgtcaatcatcaacttgtcaacaattcttt
gatgtactcaatcatttattaaatgaacaagttagatcgttaactattgatgcttcaact
tcttcttttacatcagtttatgccgatctcttgttaaagttggtagatatgattaaaact
caaccaatcattgaatcaacagcaatttaccaaccagatgttttattaatgggattattg
aatcttgtaaagattttaattcaagacaataatgaattcaagctattggcaggtcaaaag
ggtggtttagttaaagaggttttccatgaatgtcttttcaatattgcaactgcagataat
catggttcaacttgtccaccaaaatgtaaaacaaaggaaagtagagatatttgttttgct
gtactcttggagttggccaaaggttgtgaaccaaatttacgtgaaattactacactctta
atggaacaccataaaccagaggaaaaacgttcactttggagttatttcccagctggtaat
gaaaaatcaatcacaggttatgttggtttaaagaatttaggtgccacttgttatatcaat
agtttaatgcaacaactctttatgattccaggtttccgttataatatcattcaatccgaa
gagaaatataactcaccacaagaacaacaagaatcactcctctatcaattgaaaatcata
tttgcaaatcttcaagagtctgaaaagaaatcacacgatccaaaagatttctgtttaact
tataaatatgatggtcaaccaatcaatacatcgattcaaatggatgctgatgaattcttt
aatatgcttttcgataaactagagaatactctaaaatcaacaccacaagaaaagttatta
aaagattttttcggtggtagttcagtaaatcaattcatctctcaagagtgtaatcatgtc
tctgaacgtgaagaaccattctataccattagtgtcgaagtaaagaataaaaaagagatt
caagaatcattacaattgtttgtagagagtgaaactttagatggtgataataaatatttt
tgtagtagttgttctcaaaaagttaaagcattaatgagaagatgtatcaaagatttacca
aatactttaatcattcataacaagagattcgagtttgatttagatcttatgaagagaacc
aaattaaatgatgcacttcgtttcccaatgacaatcgatatggaaccatacactaaagaa
tatctcgagagaaaagaagcaatcgaaaaagccaaagaaaagggtgaaccaattccagag
gttgctccattacatccaccatcctattatcaatatgaattggcaggtattttagttcat
acaggtacagccgattctggtcactattatagttatattaaagagcgtgaaccaatttgt
gaaggtcaaccacgtcgttggattttattcaatgaccaagcaaccgaggttttcaatcct
gatgatatttcaaaggcatgttttggtggttatgatgatcaaagcaaaggtaatttccgt
gctggcccaagagttaacaatgcttatatgttattctatgaacgttcttatattcaaggt
gaaatgacaaagaaatatgaaaacattaaacaatctgatgcttctaaattagtaccaaaa
gaaatgttttcaagtgtttggaaaaagaatatgaaattcttaaatgataagaatattttc
gatacaaattatttctcattcttattaaatattataaagttagatgaaccatccgattta
gattcaaataatcaaatggatttcatttcttctcaagaattattaaaaggtactgattca
attgatgatcaaaaactaagtagtcaagataatgaattatcaagtggtggtggtggcggt
ggtgcaacaagtgaattatcaggtggagaagttggtttatataatggcggtagtggtagt
gaattcaatcaaactatgcaatcaattgaattaggtactagatttttaattgaaacttta
ttccactcaaaagatagaaaaatgttaggtgatactgtaaattatttaatctcattatat
gaaagaaatttagatgcttgttattggttattaaatactatcgttgaacaacaaggttct
gataattcttggattagacaagtatttttaacttgtgtaacatttgatccaagagaagct
ttaatcaaattattattatcagttgttaaaacattaattccaagtgaaaaagaaaactat
ggtttagatgaagataatgaaatgatgtcagaaaatagtggagcatctattacttcaatc
gatgaggaggatggagatgatgaagatgatggtggtggtggtgatgatgattcaatgaat
acttcatctggtacaacaggtaaaggtaaacaaaaagtatcatcctcttcttcctcttct
tcttcctctcaaatgaattatgatcaagatgaaatttatccaagtttttcaagcctaaag
aaaccaaaatccatcatatttaagtttatggatgtatttttagattatatcaaggaggca
ccaatgcattggaaacattttagttattactttttgtttatcaaagatttttcattattg
ggtgaagaggaaagaaaatatttaatcaatagaaatgttattggccgtttaattgatctc
tttttgggtgatgaatcacaactctccaaaaccattccaccacataagaaaccaaagatg
ggtgataaatatagtagtccacaattccttaatatgattgaaaccatcaatatcttggtt
catagttgtcatactagatatagtaagatggagtttgacaagaatggttcctatcaaaca
atgcctggtcaattcactttgaatttagctccaatgccagaaaccgatatggagttatta
tatgatccaatatttgttgccaaagcaattaaggatactctattaatcaaaccaatcaca
gagatagtctcttatatttgtttcaatgatatcgatactaccaatactatcactcaatat
attgaaggattcgatcaatcaaagacatccttagaggttttacttccattgattaaatta
gatgatcaatgtagagaagaacgtgttgacattgtaattccacaatatatcaatatcgtt
gaggaaatctttaaaaatcgtaataatttgtcattcttaaaaactttggtagaagctgct
caacaatattatttcatttcagattggttcaagaagaactttgatcgttgggttacaagt
tggctcattggtaatgaacattcagaggttagaagtgatgctttcacattactcattcat
atcaatcaattgaatcaagaacaaccagatcatagtgcaatcattgaaaccttttcattc
ctttctagtgttgataccattaaatatgccaaaaagatttgtaaaaaagataaagatcat
cgtggtgttttcaaatttgaatattatttcaaactacttagattgtctttggtcgtacca
gaatgtaaacaaattttcacacaagtcgcttcattattctatggttttatcactgatatc
atctttcaacaaaatgaaatcgatagaaatcgtcaagagcttactcactttttggtcgat
gtacttcgtgatcaacctgaaaatattgctctcttacaaaaggatcaatgttcaaccaaa
ctcatggactactttattagtatttcatccaaagaggatttgaaacaattcaatcaaaaa
tctttaccatctttctatgaactcttattcattttatcttgtgataaacaatcattcctc
gaatatgtcgttggtcattccaatttccaatgggcttgcaaatttttattatgcgaatgt
ggtgaatatcaagatattgccgtcttccttttcaaattattagagttggtatcaagaaca
ccaaaacatgctcaatctttgattagtcactttttaggttttccaaactttttcttttat
ccagctcattcattgaaagtaatggatattctcaccttttcaaagaaagaagccatttgt
tttgttaattctcaaggtatcaatgtatttagtaaattcttgggttcaagtaaagactct
caagagaatgtacgtcaatatccaaaagcaatcgatatcatttttaaggttttatcatta
attcactcaccacagtcaccacaagattcttcttctccaaaatcaacaaatgtaatcgta
atcgatgaagatatcgcctcctcctcttcttcctcttcatcaaatattcaaaatccaacc
aatgtaaatgtaaatgaattaactcaagaggtaaaaacattatcatctgtattatacaat
ttaatggatagtggtgaaatagtttgtcaaaaagctcaaaaacttttaaattttattgca
gttgaatcacctgatattacaattttaacatttagtgatttcattacaaaatggataaat
aaaaagaattcaatgataaataataatattaatttaattaataataataataacaataat
aacaatatgatgaattcaattaatttggttgataacgatccaaaacaaccatcaatacca
caattttcacatggtaacccaagtcaacaatatccatcaccatttgctcaacaaccacca
caacaacaacaacaacattcaagattaaatcaaaatcaacaattattaaatcaattttca
tttagtgaaacatttttcaattcattaattgaaattgttttaatttcaatgcaaagtgca
acctctcaaaactcaaatccatcattggaatcaaaagcatcaatttcccttgcaaaatta
gttaaagaagttttaaatattaacatggagatgggttcacgtattcttagtcgtgtaatt
gatagtttaaaggttgaagatagaaattcagtgatctctcattgtattgaacatggtttt
attggtacttgtgaaacttctccaacaactccaacctcacttaactcattgtatgattta
gttaaatctttccttcaagacaaagcaaatgaagaaactgttaataacttttgcaccgat
cttgaagataaagtaaccacatccatcgtttccattaaatcattagagaattccaatgac
aaccaaatcgatactcatttattatccttaataaatgcactccatcaaattcaattgttt
aataattgttgtccaactggtaaatctcatatatccctctcgaatattatcaactcttta
aatgaatttgcaaacaaagagtgctgtaacattcaatctgaaaatgccacattattttta
acttctttcaaaccaattagaccatcaaataattaa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (210)   
   KEGG ORTHOLOGY (1)   
   RefGene (205)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   DICTYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (224)   

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