KEGG   Amphimedon queenslandica (sponge): 100640574
Entry
100640574         CDS       T02284                                 
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 32-like isoform X1
  KO
K11837  ubiquitin carboxyl-terminal hydrolase 6/32 [EC:3.4.19.12]
Organism
aqu  Amphimedon queenslandica (sponge)
Brite
KEGG Orthology (KO) [BR:aqu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:aqu01002]
    100640574
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:aqu04121]
    100640574
Enzymes [BR:aqu01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     100640574
Peptidases and inhibitors [BR:aqu01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   100640574
Ubiquitin system [BR:aqu04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    100640574
SSDB
Motif
Pfam: UCH DUSP EF-hand_1 EF-hand_7 EF-hand_6 UCH_1 Ubiquitin_3 EF-hand_5 EF-hand_8 Choline_bind_4
Other DBs
NCBI-GeneID: 100640574
NCBI-ProteinID: XP_019848742
Position
Unknown
AA seq 1647 aa
MGLGRSKFPISLDEATVRATPEVVQRLRDTYDRFSSNTGLLPQVTFLRDIFGDGMPPKLA
EELYEAFRGGQKGIKFNDLLRGLVLLVQGTRQEKILFLTQMLTDEDHLITKESVQKFVAL
VDTDPSTEDLDTLFPEFSSCTPNYFSNWLETHPNLCSFTQWLLGDENTMSLTAEPDPPTF
YQTLADKNGLTDRDVMNIEKTYWGLKGGNAKFDSSVFCKILFPPLPAGLVQSIFSYLDIN
KDGHIDLSEMVRGVAIFCRKPLNETLLVFFELFDEDKDGYLNEYELTAALQMLAELKRNN
TVKETENEETIIDTILTEHQEKLQDSGLDRAEFVSWCSQDTGSGWSLVSVLLQVLVEVCH
VKLGLRPSQPMEEASIISGYMNRFKKSGRSKGQLVYLMSTQWFNSWRIYTQFEMDDCPLS
SLIPPAEQSSKNTDRGDRGTTPVAEPEIVDVTVEGEDVAEGYTHIVTPENPGTINSWPLS
LCAASSSGSAQKRGGVQSHPQEDEDPLKPIGISNSHLCLEEPFPGSKKLISLTNEGGVLK
PSLKEYVDYYLLPEDVWRALVTWYGTAGLGGGPPLPRPVINEEGVVSLYPTLLKVFRHTT
LPPAKQSKSTGPWNSMLEVFSFFGFRSGGGADNSATPVGNTPLPGDATQPLLPRRILYYS
AAFYDNNTLQEMVEVMQKVLHAKPDEVRIYSLSDDEEQLELLDEEEKTVEDLGFKNGQKI
LVETRNKDNSWPEELVAAIKEVQAKDSNEKQVVKSQGTKVPEGATGLSNLGNTCFMNSSL
QCISNLQPLTTYFKEKDYLLEINKQNPLGMKGVMAKRYGELVSDLWTGHSKSITPWRFRY
TIAQNAPQFNNFQQQDAQELLSFVLDGLHEDLNRVKVKPYRELPDSDDRPIAEVADEAWS
YHRERNNSIIVDLFQGQLKSLVECTVCSYKSIKFDPFTFLSLPLPLESSTSLEIIVIPID
GSQPTRYCLKLELDAKYRLLKEQLVEMCQINRLILVDVYGGTVRSFPNDDQKMRTVLSGS
LYAYEIPPHYRRITPSREEEQPLERTETNDEGEESINKGEESTSKEEAEAPTEVETTKEE
IEQETKTPTEEVESSAKGAESDTPTTNKVENGEIGGSVGNGGEQKEEEKEEEEKVKEEGE
GVKEEGEGVKEKEEGEVKTNDTKQSSAPPSQPRPSYCNPRDHGFIFGIHRRTLRLDNYFV
STQKNRPILFSYPMVLPCAPTTPHSALYKEIWNQVQRLIIPDPPNTDDEESLQRQSYPYK
LKKVRRDGLFCCHCPWYRFCRGCPIECDEGTFGADDPPHYIAIDWEDGFIHLKYQSGLER
PKDHESMDIMKNTDSQPIELSECLAAFSKPEELGEDELWYCKKCETHRPARKTLEVWKLP
PVLIIHLKRFHFHNGRWIKSQQRVRFPMSGLDPYAYSDSELFNNNEFIQTGIEGEELNGE
VGGDSVTPPLTGEGEESAPLGVSVEVNDERKEEEEEEEGEGEKNDKELLVVASDEDQNEN
ELTENEIQESDEIKAGVPKLRDIKRNFSRTTSVYMSSRPIYDLFAITVHSGILGGGHYTS
FAKNPNSNWYYYNDSSCKETTEDKVSSESPYMLFYEVRDLREHVDEYRVGGARSPPLSPV
NDNDEGILQGEGGRGKSSGGRGKCRQQ
NT seq 4944 nt   +upstreamnt  +downstreamnt
atggggctcggcaggtcaaagttccccatttctctagacgaggctacagtcagagctact
cctgaggtggtacagcgtctcagagacacttatgatcggttctcatcaaatactgggctc
ctccctcaagtgaccttcttacgggatatatttggggatgggatgccgccaaaacttgcc
gaagagctgtacgaagccttcagagggggccaaaaagggattaaatttaacgacttgttg
aggggtctggtattattagtgcaagggaccagacaagaaaagatattatttctgactcag
atgctgacagatgaagatcacctcatcactaaagaatccgttcaaaagtttgttgcttta
gttgacacagacccatccactgaagatttggatactctcttcccagagttttcatcttgt
actccgaactacttcagtaactggttggaaactcaccccaacctctgctcctttacacaa
tggttgctaggagacgaaaacaccatgagtttaacggcagagccagaccctcccaccttc
taccagacactggctgataagaacggcttgactgatagagatgtgatgaatattgagaag
acgtactgggggctcaaggggggcaacgctaaatttgatagttccgttttctgtaaaatc
ctttttcctcctctgccagctggtcttgtacaaagtatattctcttatcttgatattaat
aaagacggccatattgacctctcagagatggtgaggggtgtggctatattctgtaggaaa
cctttgaatgaaaccctactagtgttttttgagttatttgatgaagataaagatggctac
ctcaatgagtatgagctgacagctgctctccagatgctagctgagctcaagaggaacaac
actgtcaaagaaactgaaaatgaagagacgatcattgacaccattttaaccgaacaccaa
gaaaagttgcaggacagtgggctggatagggcggagtttgtctcatggtgttctcaagat
acaggaagtgggtggagcctcgtgtctgtcctactccaggtgctggtggaggtgtgtcat
gttaagttgggactccgcccatcacaaccaatggaggaagcatcaataattagtggctac
atgaacagattcaagaagagcggaaggtcaaaaggtcagttagtgtatctgatgtcaacc
caatggttcaacagctggaggatatacactcaatttgagatggatgattgtcctctctct
tcgttgataccacctgctgaacaatcttcaaagaacacagacagaggagatagaggcact
actcctgtagctgaacctgaaattgttgatgttacagttgaaggtgaagatgttgctgaa
ggatatactcatattgttacacctgaaaaccctggtactattaattcatggccactttct
ctctgtgcagctagcagctctggttcagctcagaaaaggggcggagtccagtcacaccca
caagaggacgaggaccctttgaagccaattgggataagcaactctcacctgtgtcttgaa
gaacctttccctggcagcaagaagttgatttcattaactaatgaaggaggagtcttaaag
ccctcattaaaggaatatgttgattattatttattgcctgaggacgtctggcgggcactg
gtcacctggtatgggacagctggactgggaggaggaccacccctgcctagaccagttatt
aatgaagagggtgtggtctcactctaccccactctattaaaggttttcagacacacgact
cttccacctgctaaacagtcaaagtccaccggcccttggaactcaatgcttgaagtgttt
agcttctttgggtttaggtcagggggtggggctgataattcagccacgcctgttggaaac
acaccattacctggtgatgctactcaacctttactgccgagaagaatcctctactatagt
gcagccttttatgataataacacactgcaggagatggttgaggtgatgcaaaaagtgcta
catgccaaaccagacgaagtacgtatctacagtttaagtgacgatgaggagcagctggaa
ctactggatgaagaagagaagacagtagaggatctggggtttaaaaatggacagaaaata
ctagtagaaactcgtaacaaagacaactcgtggcctgaagagctagtggcggccattaaa
gaagttcaagcaaaagattcaaacgaaaaacaagttgtgaaatcccaagggaccaaggtt
ccagagggggccactgggctcagtaaccttggcaatacctgcttcatgaattcatctctt
cagtgtatcagtaacttacagccactgacgacctattttaaagagaaggactatctactg
gaaattaacaagcagaacccattaggaatgaaaggtgtgatggccaagagatacggagag
cttgtctctgacctttggactggacacagcaagagtataacgccatggagatttagatac
actattgctcaaaacgctcctcaatttaataacttccagcaacaagacgcccaagaactt
ttatcatttgtattagatggacttcacgaggatctaaacagagtaaaagtgaagccatac
agagaattaccggacagtgacgaccgaccaatcgctgaagttgctgatgaagcgtggtct
tatcacagggagagaaacaattcaataatagtcgatttatttcaaggacaactaaagtcc
ctagttgaatgtacagtctgttcttataaaagtatcaaatttgatccattcactttcctg
tccttgccactcccactggagagctcaactagtttagaaattattgtgatacccattgat
ggatcccagccaactcgctattgtctaaagttagaacttgatgctaaatatagattacta
aaggagcagctggttgaaatgtgtcaaataaatcgtctcattttggttgatgtctacgga
gggacagtcaggagttttccgaatgatgatcagaagatgaggactgtcctgagtgggtca
ctgtacgcgtatgaaataccacctcactacaggagaatcacaccatccagagaagaggaa
caacctctagagagaacagaaaccaatgatgagggggaggagtcaattaataaaggggag
gagtcaactagtaaagaagaagcagaggctcctactgaagtagagacgactaaagaagag
attgaacaagaaacaaagactcctactgaagaggtggagtcatctgctaaaggggcggag
tcagacacacccactactaataaagttgaaaatggtgagattggaggatctgttggtaat
ggaggggaacagaaagaggaggagaaggaggaggaggagaaagtgaaggaggagggggag
ggagtgaaggaggagggggagggagtaaaggagaaggaggagggggaggtaaagaccaac
gacactaaacaatcttcagccccacccagtcaaccccgcccatcttattgtaatcctaga
gatcacgggtttatatttggtatacacagaagaacattaagattagacaattattttgta
tcaactcaaaagaatcgtccgatcctcttcagttacccaatggtactgccctgtgcacca
acgacacctcactccgccctctacaaggaaatatggaaccaagttcaacgactaataata
ccagaccccccaaacactgacgatgaagagagtctacagagacagtcctatccttacaaa
ctgaagaaggttaggagagacgggctcttctgctgccattgtccgtggtacagattctgt
cgcggttgccctatagaatgtgacgagggtacttttggagctgatgatcctccacactat
attgcaatagactgggaagatggattcattcatctgaagtaccagtccgggctggagagg
cccaaggatcatgaaagcatggacatcatgaagaacactgactcgcagccaatagaactc
tcagagtgtctcgctgcattctctaaacctgaagaactaggagaggacgagttatggtat
tgtaagaagtgtgagacccataggccggctaggaagacacttgaagtttggaagttgcca
cctgttctgataattcatttgaaaaggtttcattttcacaatggccgctggattaagtcc
caacagagggtcaggttccctatgagcggattagatccttatgcctactcagactcggaa
ctgttcaacaataatgagttcatacagactggcattgagggggaggagcttaatggggag
gtgggaggggattcagtaaccccgccccttacaggagaaggggaggagtcagcacctctt
ggggtgtcagttgaagttaatgacgagagaaaagaagaggaggaggaggaggaaggagag
ggagagaaaaatgacaaagaattgttagtggtcgccagtgatgaagatcagaatgagaat
gaactcactgagaatgaaatacaggaatcagatgagatcaaagctggtgtcccaaagtta
agagacattaagagaaacttctctcgtactacgagtgtctacatgagctctagacctatt
tatgatctctttgctatcactgtccacagtggtattttaggtggtggacattacacgtct
tttgccaaaaacccaaactcaaactggtattattataacgacagctcatgcaaggaaact
acagaagacaaggtttcgtctgagtctccttacatgttattttatgaagtgagggaccta
cgggaacatgtagacgagtatagagtaggcggagccaggagtccaccattgtccccggtt
aatgataatgatgagggtatccttcaaggtgagggtgggcggggcaaatctagtggtggg
cgtggaaagtgtagacagcagtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (89)   

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