KEGG   Paramecium tetraurelia: GSPATT00010795001
Entry
GSPATT00010795001 CDS       T01055                                 
Name
(RefSeq) hypothetical protein
  KO
K11840  ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.4.19.12]
Organism
ptm  Paramecium tetraurelia
Brite
KEGG Orthology (KO) [BR:ptm00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ptm01002]
    GSPATT00010795001
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:ptm04121]
    GSPATT00010795001
Enzymes [BR:ptm01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     GSPATT00010795001
Peptidases and inhibitors [BR:ptm01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   GSPATT00010795001
Ubiquitin system [BR:ptm04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    GSPATT00010795001
SSDB
Motif
Pfam: UCH UCH_1 MBT Peptidase_C3G GbpA_2
Other DBs
NCBI-GeneID: 5027809
NCBI-ProteinID: XP_001442024
Genoscope: GSPATT00010795001
UniProt: A0CV10
Position
undetermined
AA seq 2396 aa
MDMKKTKKKPELSEQLFVGNYVDVYHQGSKQFKLAYILQRTDKEIEVTYDGLSKKENEVC
FCLQTLTRQLNYSKIEYNLRGDLLQVSNHLNQDYTGDDYRQQKTARDYLKYSREDCEKYT
KELITIMQTNFQGMTPIEITQCVRVRQFIYLDMVLSTEFQPKELPIALEYIKTYYNFIKW
YFDQFPKYFADFMRHMNNNELFIIDERASIASCIQEVSEAFCMLFGSIWRLLKQENSFFY
QNHDLLQQQIDKFFPVPVYQGFVTNPNIEDWKLYQGAGDIIKCIKRSWSFYLKTMSYFRS
IGGLQSWENLLKPQEGGEYTYIPLKAMQKIILTQQYLSQYFPPQEQSNMAKRTFEWFQLR
VANLTIQDIKDTDIDQIREIVQDLQYYFLKGYSLDNLNKLVDDLQLQMALKFLKSTFLEK
RVKGLSEIKDFTEKLKFETNSQIKIKNSTNKDELIKWITQNRILDYTLLGDSVHPELIKR
SSDVAIFLCKNQVFPNDYVDKIWLNNYDKHETTQLALYEFFKAISPVLQFQGIENLYNHI
LNIPYNKYNENIVSMIRTFTEAALSQKFHEQQLQLKPDRRFMTFNQLWELLQDRDDQLVG
SHIQEQCFQAARMIISQIPQTKQFISQYFGKCFELIGSHKSVYQAISLVHYFLDKQFKDD
KGKRELIQSTDDKYNIIELFVKDIEVYMEKVRQYFKNEEPQDIIINGVQKFSQNVFFRLQ
MLNYLLQQTELKINYDQSVRLWDALAAKTKGGIQKKELNKILISNYYPDISSFKINQTYF
DKEGESKFFTQVLCNPERNDYENYTIEDFELFQVFFKSYNQNRQMLKYYGNSIRFIVNDH
NFEGKNAIWQIFAKVKDLVLLDQIANFIINLYTQLNLTLDPKCDKIYQEMMDKCLELIQQ
QCPSLTTRSINLLLSLFNYFQSGPSSKKSLKPNNYTQFKVQIINTNNQIAIKEYKEGDTT
TVNQWKQKLAEELQVAYQQLDITVDNKQFEQLFDIVETNVNQVFHQMAAVKARINNKNHP
KNYLSQEQRTFDILFKLLDKQESTEFLSQVWDLINRLPTNIQIKKQVENCKDWKKYLDHS
FFDMFYVLQIIQALLVNGQWCEQFNNSDGVDLVTQKFLGQHLQFQQRPLEIKSCLTYLDI
LSHQNIKIKEPQIIDQIKHKILEILQELCHYIKTKKKLEAGQKKTPQQKEMNEIETRLLR
RCFTYLDESGCKQYIKQNHELQQQLYNYYVEHENQELKKEYSLQLLNLKNTQESKLLIKI
LLGDVLKNVITNNKQKCEHFFEICCNLLLQENNLNIENFVFEDLLSYIKQKLLQLPQNEI
TVKDQDQILIGLLKLLNVLIDKLPHLSNNNQLFEQILSYLFENEGETRCKCKSQQSRTAG
FNCLSTLLKNQQNMNKFLTNVSPLHSTNTWRTKHLNDWNIQSKFHEKSSTGYVGLYNLGC
ICYMNSLLQQLYMVPAFREKLLKVEDKNTCVQEENLLHQLKCLFLALKHSQKQYHNPKKF
CHAFKDLDGNPTNIFEQMDVDEFCNLLMDRIELNVKSTSDEDLVKRFFGGVMSNEIIGKT
CPHYSEREEPFFAISLPVANKKNLEECLQTLVHGDLLEGENAYNCEQCNKKVSALKRMCI
KKLPDHLILVLKRFNFDFDLMAKAKINDRIEFPFELDMFPYSQQGLRSQENRTNNSNGQD
NPQEYYQYRLTGVVIHMGSADSGHYYSFIQDKNDLNKWYEFNDIIVTPADMQELKNDAFG
SADKMLKLKYPPQLKDKSKSAYMLFYERINPVNVAEQTQQIDVELDQKTVQFLDEIKDEN
RKFQIQRFIFSPEYFAFMQNLIKFQLQQLQIQDQIVRTLVYFYLTCAVRENDKTFVSNNI
LDIQELLRKSPITSQWLLKCFNQPQYIREFQFDCSKKMVRKFVISMIITAIETVQQQEGY
KDLYEIVDDKPKSLVASLINAWIQMIPELKKSLKNSVEFYDLFYKFAKLHKSNAQYLILK
KLVGKLLDLAIDVFQINSNKTLIPQREVVKRMDDVKVIKFTDDPGNYLGQQNYQNVDVAS
SYYDELLEKKFEKSMNSGPSTSRVYMWRVIAYLIKGEQKQFLSTEELNLLQFDTQFISFL
LEEGDCKLAIRMISDILSVISMDNQKQSDSVIASIIKQVNDKEYKEYRKYLVVLKRLFQM
KDQLQVQRINVGMSKLLDAMQKQGQYFLETDVCQQYILRMVSKNQLVHQWMIKNQRSWQW
VIEINNSQPHPNDRLIANNQIPQKCLHRLHNIYLPNTSQAYAKLLSWKKLQYLNLPKEPF
KPNDDFDTDDDLTEKNVKVDDKIDFYDQNQWITATVSKVMGDYIHLTFSGKMAPQNMDIE
LDNERLAPFNTLSNNNKIPGYNNQSYEMVIEHQSDHDNDTEEGNNNSNNQTDSDGE
NT seq 7191 nt   +upstreamnt  +downstreamnt
atggacatgaagaaaactaaaaagaaacctgaattaagtgagcagttattcgttgggaat
tacgtggatgtttaccatcaaggaagcaaacaatttaagttagcgtacattttgtagaga
acagataaggaaattgaagtcacatatgatgggttatcaaaaaaggaaaatgaggtatgt
ttctgtctctaaactttgactagataattaaattatagtaaaatcgagtataatttgcga
ggagatctactacaagtaagtaatcatctaaatcaagattatacgggtgatgactataga
caataaaaaacagctcgtgattatttaaaatattctcgcgaagattgtgagaaatacact
aaggaattaataacaattatgtaaacgaattttcagggaatgactcccattgaaattacc
cagtgtgtgcgagtaagatagttcatctatttggacatggtcctttcgacggaattctag
ccaaaggaactccccatagcattagaatacattaaaacctactataacttcattaagtgg
tactttgattaatttcccaaatactttgcagactttatgaggcacatgaacaataatgaa
ctctttatcatcgatgaacgagcctcaatagcaagttgcattcaagaagtaagcgaagca
ttctgtatgttattcggatccatttggagactgttgaaataagagaattcctttttctac
caaaatcatgacctcttgcaataataaatcgataagttcttcccagttccagtctaccaa
ggcttcgtgaccaatcccaacatagaggattggaaactctaccagggtgctggcgatata
attaaatgcataaaacgatcatggtccttttacttaaagaccatgtcgtactttcgctcc
atcggcggtcttcaaagttgggagaacctattgaaaccataggagggtggagaatatact
tacattcccctgaaggctatgcaaaagatcatcctaacttaacaatacttatcataatac
ttcccaccccaagaacaaagcaatatggccaagaggacctttgaatggttccagcttcga
gtggccaatctgaccatttaagacatcaaagacactgacatcgattagatcagagaaatc
gtataggatctacaatattatttcttaaaaggatattccttagataatttaaataaatta
gtggatgaccttcaattgcaaatggcattgaagttcctcaagtccaccttcctcgagaag
agagtcaaaggactcagtgagatcaaagactttacggagaagttgaaatttgagacaaac
agttaaatcaagatcaaaaactcaaccaataaagatgaactcatcaaatggataacttag
aataggattctagattatactctcctgggcgattcagtgcatcctgaactaataaagaga
tccagcgatgtggctatattcttatgcaaaaatcaagtattccccaacgattacgttgac
aaaatctggttgaacaattacgacaagcatgagaccactcaattagcattgtacgagttt
ttcaaggcaatctccccagttctctaattccaagggattgagaacctgtacaatcatatt
ctgaacatcccatacaataagtataatgagaacatcgtaagcatgatcagaacattcacg
gaggcagccttatcccagaaatttcatgagcaacaattacaattgaagccggataggagg
tttatgacattcaattaattgtgggaattgcttcaggatagggatgaccaattggtagga
agtcatatccaggagcaatgcttttaagcagctcgcatgatcatttctcagattccacag
acaaagcagttcatctcctaatactttggaaaatgctttgaattgatcggcagtcacaag
tctgtctattaggctattagtttggttcattatttccttgacaagcaattcaaggatgac
aaaggcaagagggaattgatccaatctacagatgacaagtacaacatcattgaactcttc
gtcaaagatattgaggtctacatggagaaggtgagatagtacttcaagaatgaagagcct
caagacatcattatcaatggagtttagaagttcagtcagaatgtgttcttcagattgcag
atgttgaattacttacttcagcaaactgaattaaagattaattatgatcaaagtgtcagg
ttgtgggatgctttggctgctaaaacaaagggaggaattcagaagaaagaattaaataaa
attctcatcagtaattattatccagatatttcctcatttaaaattaatcaaacttatttt
gataaggagggtgaatctaagtttttcacttaagtcttatgtaatccggaaaggaatgat
tatgaaaattacacaatcgaagacttcgaattattttaagtgtttttcaaatcctacaat
caaaatagacagatgttgaaatattatggaaactctatccgcttcattgtgaacgatcat
aattttgaaggcaaaaacgctatctggtaaatttttgctaaagtaaaggatctggtcttg
cttgatcaaatcgccaattttataatcaatctatacactcaactcaatctgacactcgat
cctaaatgcgataagatctattaggaaatgatggataagtgtttggaactgatccaacaa
cagtgtcctagtctaaccaccagatccatcaatctactactctccctattcaattacttc
caaagtggtccatcatcaaagaaatcactcaaaccaaataactacacctaatttaaggtt
taaatcataaacacaaataattaaattgcaatcaaagagtacaaagaaggagatacaaca
acagtgaatcaatggaaataaaagttggctgaggaattataagtagcgtattaataatta
gacatcactgttgataataaataatttgaataattatttgatattgtagagactaatgta
aatcaagtattccatcaaatggctgcagtgaaggcgagaatcaataataaaaaccatcct
aaaaattacctttcccaagaacagcgcacttttgacattctcttcaaattgcttgacaaa
taggaaagcacggaattcttgagtcaggtttgggatttgattaatagattgcctactaat
atataaataaaaaagtaagtagaaaattgtaaggattggaaaaaatacttggatcactca
ttcttcgatatgttttatgtattataaatcatataagcattattagtaaatggataatgg
tgtgaataatttaataattctgatggagtggatttggtaactcaaaaattcttaggttaa
catttgcaattttagtaacgcccacttgagattaaatcttgtttaacttatttagacatc
ctcagtcattaaaacatcaagattaaggaacctcaaataattgattaaatcaagcacaaa
atactggaaatcctgcaagaactctgccattacattaagacaaagaaaaagttggaggca
ggttagaagaaaacacctcaacaaaaagaaatgaatgaaatcgaaacacgtcttctcagg
agatgctttacttacttggatgaatctggttgtaaatagtacatcaaataaaatcatgaa
ttacaacaacaactttataattactatgtggaacatgaaaatcaggaactcaaaaaagag
tacagtctttaattgttgaatttgaagaacactcaagaaagcaaattactgattaaaatt
ctattgggtgatgtactaaagaatgtgattacaaataacaaataaaaatgcgagcacttt
tttgagatttgttgcaatctactcttacaagaaaacaacttgaatatagagaattttgta
tttgaagatctcctatcctacattaaataaaaactattgtagttaccacaaaatgaaatc
acagttaaagattaagattaaattttgataggcctattaaaactacttaatgtgcttata
gataaactccctcatttgtcgaataataattagttatttgagtagatcttaagttattta
tttgaaaatgaaggcgaaactagatgcaagtgtaagtctcaacaatcaagaactgctgga
ttcaattgcctatctactctcttgaaaaattaataaaacatgaataaattcttaaccaat
gtttcccctctacactctacaaacacctggagaactaaacacctaaatgactggaatata
tagagcaaattccacgaaaaatcatctacaggatacgtaggattatataatttaggatgc
atttgttatatgaattctttgctctaataattatacatggttccagcctttagagagaaa
ttgttgaaggtagaagacaagaacacttgtgtataagaggagaatctattgcattaattg
aaatgtctattcttggctttgaagcattcctaaaaataatatcataacccaaagaagttc
tgtcatgcttttaaggatctggatggaaatccaacaaatatctttgaatagatggatgtg
gatgaattttgtaatttgcttatggatagaattgaattaaatgttaagtcaacctcagat
gaagatttagttaaacgcttctttggaggtgtaatgtctaatgaaatcattggtaagacg
tgtcctcactattctgaaagagaagaacccttctttgctatatcattgcctgttgcaaat
aagaagaatttagaagaatgtttgcaaactttagtacatggagatttgcttgaaggagag
aatgcttacaactgtgaataatgcaataagaaagtcagtgctttgaagagaatgtgcatc
aagaaattgcctgatcatctcatactggttttgaagcgattcaattttgatttcgatttg
atggccaaagccaaaatcaacgataggattgagttcccatttgaattggatatgtttcct
tactcttagtagggattaaggagttaggaaaataggacaaataattcaaatggacaagac
aatccttaagaatattattagtatagattgaccggagttgtaattcatatgggttcagca
gatagtggacattattattcgttcattcaggacaagaatgatttaaataagtggtatgaa
ttcaacgacattatcgttactccagcagacatgcaagaactcaagaatgatgcttttggg
agtgcagacaaaatgttgaagcttaagtaccctcctcaattaaaggacaaatccaaaagt
gcgtatatgttgttttacgaaagaattaaccctgtaaacgttgctgaataaacataacaa
atagatgtagaattggattagaagacggtgtaatttttggatgagatcaaggatgaaaac
aggaaattccaaatacaacgattcatatttagtccagaatattttgcttttatgcagaat
ttgattaagttttaattacagcaattacagatttaagattaaatcgtaagaacactggtc
tacttttatttgacatgtgcagtgagggaaaatgacaaaacatttgtttcaaataacatc
ctagatatataggaattattaagaaaatcaccgatcacttcgtaatggctattaaaatgt
ttcaattagccataatatattagagaattttaatttgattgttcaaagaagatggttagg
aagtttgtaatttcgatgataattacagcaatagagacagtttaatagcaagaaggatac
aaggatctatatgagattgttgatgacaaaccaaagtctttggtggcttctttaataaat
gcttggatttagatgatacctgagttgaaaaagagtttaaaaaattcagttgaattctat
gatcttttctacaagtttgccaaattgcacaaatctaatgcttaatacttgatattaaag
aagctagttggtaaattgttggatcttgccatcgatgtgttttaaattaattcaaataag
accttaatacctcaaagggaagtagtaaaaagaatggatgatgttaaagtcattaaattt
actgatgatcctggtaattatttgggataatagaattattaaaatgttgatgttgcttca
agttattacgatgaattattggagaagaaatttgaaaaatcaatgaattcaggaccttca
actagtagagtgtacatgtggagagtgatagcctacttaataaaaggagagtaaaagcaa
tttctaagtacagaggagttaaatctacttcaattcgatactcaatttatatcatttctt
ctagaagagggcgattgtaaattagccatcagaatgatttcggatattttgagtgttatt
tcgatggataatcaaaaataaagcgattctgttatagcctccatcataaagtaagtaaac
gacaaggaatacaaagagtatagaaagtacttagtagttctgaaaagattgtttcaaatg
aaggatcaactttaagtttaaagaatcaatgtaggtatgtctaagttattggatgcaatg
caaaaacaagggcaatacttcttagaaaccgacgtatgttagcaatacattttaaggatg
gtttccaagaactaattagtccatcaatggatgattaaaaattaaagatcctggtaatgg
gtaattgaaatcaataattcacaaccacatcctaatgacagattaattgccaataatcag
attccataaaaatgtctgcacagattacataatatctacttgccaaatacatcttaagcc
tatgcaaagttattgagttggaaaaaattacaatatctcaatttacccaaagaaccattc
aaaccaaatgacgattttgacactgatgatgatttaactgaaaaaaatgttaaggtggat
gacaagatagatttttatgattaaaactaatggattactgcaactgtaagcaaagtgatg
ggtgactatattcatttaactttcagtggtaaaatggctccttaaaatatggacattgaa
ttagacaacgaaagacttgctccatttaacactctatccaataacaacaaaatacctggg
tacaataaccagagttacgaaatggttattgaacatcaatctgatcatgacaatgatacg
gaggaaggcaacaacaattctaataattaaactgattcagatggagagtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   GENOSCOPE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (96)   

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