KEGG   Maylandia zebra (zebra mbuna): 101468159
Entry
101468159         CDS       T02814                                 
Name
(RefSeq) probable ubiquitin carboxyl-terminal hydrolase FAF-X isoform X1
  KO
K11840  ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.4.19.12]
Organism
mze  Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:mze00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mze01002]
    101468159
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mze04121]
    101468159
Enzymes [BR:mze01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     101468159
Peptidases and inhibitors [BR:mze01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   101468159
Ubiquitin system [BR:mze04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    101468159
SSDB
Motif
Pfam: DUF3517 UCH UCH_1 FAST_1 Vps23_core RasGEF_N
Other DBs
NCBI-GeneID: 101468159
NCBI-ProteinID: XP_004567994
Position
LG16:complement(10424311..10460945)
AA seq 2612 aa
MTATTRGSPVGGNDSQGQGQAPDAQSQPPLPQNQTSSPNSSNENSPVSPPDEQGQGDGPP
QLEEEEPAFPHTDLAKLDDMINRPRWVVPVLPKGELEVLLEAAIDLSKKGLDVKCEACQR
FFRDGLTISFTKILTDEAVSGWKFEIHRCIINNTHRLVELCVAKLSQDWFPLLELLAMAT
NPHCKFHIYNGTRPSETVPAGAQLADDELYARPPDPRSPKGWLVDLINKFGTLNGFQILH
DRFMSGQALNVQIIAALIKPFGQCYEFLTLHTVKKYFLPVIEMVPQFLENLTDEELKKEA
KNEAKNDALSMIIKSLKNLASRVPGQEETVKNLEIFRLKMILRLLQISSFNGKMNALNEV
NKVISSVSYYTHRHNPEEEEWLTAERMAEWIQQNHILSIVLRDSLHQPQYVEKLEKILRF
VIKEKALTMQDLDNIWAAQAGKHEAIVKNVHDLLAKLAWDFSPEQLDHLFDCFKASWTNA
SKKQREKLLELIRRLAEDDKDGVMAHKVLNLLWNLAHSDDVPVDIMDQALSAHIKILDYS
CSQDRDTQKIQWIDRFIEELRTNDKWVIPALKQIREICSLFGEAPQNLRKKMPIYIQTSL
AGQTQRSPHVFYRHDLINQLQHNHALVTLVAENLSAYMETMRQLSKEEQAEFDPQTVRPG
SRYSHVQEVQERLNFLRFLLKDGQLWLCAPQAKQIWKCLAENAVFLCDREACFKWYSKLM
GDEPDLDPDINKDFFENNVLQLDPSLLTENGMKCFERFFKAVNCREGKLVAKRRAYMMDD
LELIGLDYLWRVVIQGSDDIANRAIDLLKEIYTNLGPKLQVNQVEIHEDFIQSCFDRLKA
SYDTLCVLDGDKDSINCARQEAIRMVRVLTVLKEYINECDSDYHEERTILPMSRAFRGKH
ITLIVRFPNQGRQVDDLDIWSHTNDTIGSVRRGILNRIKANAAHTKIELFIGGEVVDPAD
DRKLIGQLNLKDKTLITAKLTQVSANMPSSPDSSSDSSTGSPGNHGNHYSDGPNPEVESC
LPGVIMSLHLRYISFLWQVADLGCNLNMPLLRDGARDLMKLMPPDNTTVENLRAVCLDHA
KLGENSLSPSLDSRFFGPSPSQVLYLIEVVYALLMPASATLGEDASDFQYNFLKSGGLPL
VLSMLTRNNFLPSADMETRRGAYLNALKIAKLLLTAVGFGHVKAVAEACQPNAEGNIPVS
PINQATHDQALVLQSALQNIPNPASECMLRNVAIRLAQQISDENFFQASKYIPDICVIRA
IQKIVWASGCGTVQLVFSSNEEISKIYEKTNAAKEPDGEDEQVCCEALEVMTLCFALMPT
ALDTLSKEKAWQTFIIDLLLHCHSKSVRQMAQEQFFLMATRCCMGHRPLLFFITLLFTVL
GSTAKERAKHAGDYFTLLRHLLNYAYNSNINLPNAEVLLNNEIDWLKRIRDEVKRTGETG
VEETILEGHLGVTKELLAFQTPEKKYYIGCEKGGANLIKELIDDFIFPASNVYLQYMKTG
EFPTEQAIPVCSTPASINAGFELLVALAVGCVRNLKQIVDTLTDMYYLGCETLTEWEYLP
PVGPRPNKGFVGLKNAGATCYMNSVIQQLYMIPPIRNGILAIEGTGTDVDDDMSGDEKQE
NESNVDPRDEVFSYHHQFDDKPSSKSEDRKEYNIGVLRHLQVIFGHLAASRLQYYVPRGF
WKQFRLWGEPVNLREQHDALEFFNSLVDSLDEALKALGHPAMLSKVLGGSFADQKICQGC
PHRYECEESFTTLNVDIRNHQNLLDSMEQYVKGDLLEGANAYHCEKCNKKVDTVKRLLIK
KLPPVLAIQLKRFDYDWERECAIKFNDYFEFPRELDMEPYTVAGVAKLEGDDVNPENQVI
QQNEPSEPTPPGSSKYRLVGVLVHSGQASGGHYYSYIIQRNGGDGEKNRWYKFDDGDVTE
CKMDDEEEMKNQCFGGEYMGEVFDHMMKRMSYRRQKRWWNAYILFYERMDSMDKDSELVK
YISDLNISSTKPHQVKMPGVIECSVRKQNVQFMHNRMQYSLEYFQFIKKLLTCNSVYLNP
PPGQDHLLPEAEEIAMISAQLAARFLFSTGFHTKKVVRGPASDWYDALCILLRHSKNVRY
WFAHNVLFAYPNRFSEYLLECPSAEVRGAFAKLIVFIAHFSLQDGPCPSPTASPGPSAQG
CDNLSLSDHLLRAVLNLLRREVSEHGRHLQQYFNLFVMYANLGLAEKTQLLKLNVPATFM
LVALDEGPGPPIKYQYAELGKLYTVVSQLVRCCDVSSRMQSSINGNPPLPNPYGDTNLTA
PVMPVQQLVAEILFVRTSYVKKIIEDCSNSEETVKLLRFSCWENPQFSSTVLSELLWQVA
YSYTYELRPYLDLLLQILLIEDSWQTHRIHNALKGIPDDRDGLFDTIQRSKNHYQKRAYQ
CIKCMVALFSNCSVAYQILQSNGDLKRKWTWAVEWLGDELERRPYTGNPQYTYNNWSPPV
QSNETSNGYFLERSHSARMTLAKACELCPEELKCTQGSPGKEPDEQEAPDDQDSSPPEDT
SLYPHSPGTTQFQQNNHPHGQPYTGPAAQHMNNPQRPGPASAPTPAPTQTSAPAPAPGTT
PGTGPRAQENWEGTEEVAPAPTSTPAPAPPKE
NT seq 7839 nt   +upstreamnt  +downstreamnt
atgacggccaccacgcgtggctctccggtggggggcaatgacagtcagggccagggccag
gctcctgatgctcagagccaacccccactgccacaaaaccagacgtcatctcctaactca
tctaatgagaactctccagtgagcccaccagatgagcagggccagggggatggtccccct
cagctggaagaggaagagccagcttttcctcacactgacctagccaagctcgatgacatg
atcaacaggcctcgttgggttgttccagttttgccaaaaggagagttagaagtcctcttg
gaagctgctatagacctgagtaaaaaaggactggatgtgaagtgtgaagcatgtcagagg
tttttccgagatggtttgactatttccttcacaaaaatcctcacagacgaggcagtcagt
ggttggaagtttgaaatccataggtgtatcataaataacacacaccggttggtggagcta
tgtgtggccaagctctctcaggactggtttcctctactggagctgttggccatggccacc
aaccctcactgcaagttccacatctacaatggcacacggccctctgagaccgtccctgct
ggagcacagctggctgatgatgaactctacgctcgaccaccagaccctcgatctcccaag
ggttggttggtggacttaataaacaaatttggcacgttaaacgggtttcaaattttgcac
gatcgcttcatgagcggccaagcactgaatgtccagatcatcgctgcacttatcaagcct
tttggccagtgttatgagtttctcacattgcacacagtaaagaagtacttccttccagtc
atcgagatggttccccagtttctagagaatctcacagatgaggagctaaagaaagaggcc
aagaatgaagccaaaaatgacgcactgtccatgataatcaagtctctgaagaatctggct
tctcgtgtaccagggcaggaggagaccgtgaagaatttagagatttttaggttaaaaatg
attcttaggttattgcaaatttcttcttttaatggcaaaatgaatgcactaaatgaagtt
aacaaggtcatctccagtgtgtcctactacactcatcggcataaccctgaggaggaggaa
tggctgactgcagagcgtatggcggaatggatccaacagaaccacatcctgtccattgtg
ctgagggacagtttgcatcaaccacagtatgtcgagaaactggagaagatccttcgcttt
gttatcaaagagaaagctcttaccatgcaggatctggacaacatctgggctgcacaggct
ggtaaacatgaggccatcgttaaaaatgtccacgacctgttggctaagctggcgtgggac
ttctcgcctgagcagctggatcacctttttgactgtttcaaggcaagctggaccaatgcc
agcaagaagcagcgtgaaaaactgttggaacttattcgccgcttggctgaggatgataag
gatggtgtgatggcccacaaggtccttaacttgctgtggaacctagcacacagcgatgat
gtgcctgtagacatcatggaccaggctctcagtgctcacatcaagatattggactatagt
tgctcacaggacagagacacccagaagattcaatggatagatcgcttcatagaggagcta
cgaaccaatgacaaatgggtgatccctgcccttaagcaaatcagagaaatctgtagcctc
tttggagaagctcctcaaaacctcagaaagaaaatgccaatttacatacaaacgagctta
gcgggtcaaactcagagaagtccccatgttttttaccgccatgacctgatcaaccagctg
cagcataaccacgcactggtgacgcttgtggctgagaacctctcagcctacatggagacc
atgaggcagttgtctaaagaggaacaagcagagttcgacccacagacagttagaccagga
agccgctatagccatgtccaggaagtccaggaaaggctcaacttcctgaggtttctgcta
aaagatggccagctgtggctgtgtgccccgcaggccaagcagatctggaagtgtctggct
gagaacgcagtgtttctctgtgaccgtgaggcttgctttaaatggtactccaaactgatg
ggtgacgagccagatctggacccagacatcaataaggacttctttgagaacaatgttttg
cagttggatccctctctgctgacagagaatgggatgaagtgctttgagaggttcttcaag
gctgtcaactgcagggaggggaaattggtagcaaagcgcagggcctacatgatggatgac
ctggaactaataggcttggactatctctggagggtggtgattcaaggaagtgacgacatt
gcaaacagagccatagacctgctgaaagaaatctataccaatctgggaccaaaactacaa
gttaaccaggttgaaattcacgaagacttcatccagtcatgttttgaccgcctgaaggca
tcctacgacaccctttgtgtgttagatggagataaagacagcattaactgtgcccgtcag
gaggccatccgcatggtacgagttctcactgtgcttaaggagtacatcaatgagtgtgac
agtgactatcatgaagagaggactatactgcccatgtcaagagctttccgtgggaagcat
atcacattgattgtacgtttccccaaccaaggtcgacaggtggatgatttggatatctgg
tcacacacaaatgacacaattggctcggttcggcgtggtattctaaacaggataaaagca
aatgctgcccataccaagatcgagctctttattggtggagaggttgttgatccagctgac
gacaggaagctgattggacagctcaatttgaaggacaaaacgcttatcacagccaagctg
acccaggtgagtgccaatatgccctcgagtccagacagctcatctgactcatccactggc
tctcctggtaaccacggtaaccactacagtgatggccccaaccctgaggtggagagctgt
cttccgggtgtgattatgtcgctgcatctgcgctacatttccttcctgtggcaagtggcc
gacctggggtgtaaccttaacatgcccctgcttagagatggagctcgagatctcatgaaa
ctcatgcccccggataacactacagtggagaatctgagagctgtttgtctggaccatgcc
aagcttggtgagaacagcctgagtccttctctggactcacgcttctttggcccctcaccc
tcacaagtgctctacctcattgaggttgtgtatgctttgctgatgccagccagtgccact
ctgggcgaggatgccagcgacttccagtataatttcttgaaaagcggtggtctgcccctg
gttttaagcatgctcaccagaaacaacttcctcccatctgctgacatggagacacggcgt
ggagcttacctcaatgcgctcaagatcgccaagctcctcctgactgcagtaggctttgga
cacgtgaaggctgttgctgaggcctgccagcctaatgcagagggaaatattcctgtctct
ccgataaatcaggctactcatgaccaggcactggtcctccagagtgccctgcaaaacatc
cccaaccctgcctcagaatgcatgctacgaaatgtagccattcgcttggcccagcagatt
tctgatgagaatttcttccaggcatcgaagtacatcccggacatttgtgtgatccgtgct
atacagaaaattgtgtgggcatcaggctgtggtacagtgcagcttgttttcagttccaat
gaggaaatcagcaaaatctatgagaagacgaatgcagcaaaggaaccagatggagaggat
gagcaggtgtgctgtgaggccctggaggtgatgacactgtgttttgccctcatgcccaca
gctctggacacactcagtaaagagaaggcgtggcagaccttcatcatagacttgctgcta
cactgccacagcaaatcggtgcggcaaatggcccaggagcagttcttccttatggcaact
aggtgctgtatgggccatcgaccccttctcttttttatcaccctcctctttactgtacta
gggagtacggccaaagagcgagccaagcatgctggggactacttcacgttgctcagacac
ttattaaactatgcctacaatagcaacatcaacctgccaaacgctgaggtgctgctcaac
aatgagattgactggctgaaacgaatacgggacgaagtgaagaggacaggggaaactgga
gtggaggagacgatcttggagggccaccttggagtcaccaaagagctgcttgccttccaa
accccagagaagaagtattacatcggctgcgagaagggaggagcaaacctcattaaggag
ctgattgatgacttcatcttcccagcatctaatgtttacctgcagtacatgaagactggc
gagttccccacagagcaggccatcccagtgtgcagcactcctgcttccatcaatgctggt
tttgagctcctcgtggcgctggctgttggctgtgtccgcaacttgaaacagatagttgac
actctgactgacatgtactatttaggttgtgagacgctgacagagtgggagtacttgcct
ccagtggggccacggcccaacaaaggatttgtaggtctgaagaacgctggggccacttgt
tacatgaactctgtcattcagcagctatacatgatccctcctatccgcaatggcatcctt
gccattgagggcacggggaccgatgtggatgatgacatgtcgggggatgagaagcaggag
aatgagagcaatgtagatcctcgtgatgaggtgttcagctatcatcaccagtttgatgac
aaaccttccagtaagtcagaagacaggaaagagtacaacatcggggtcctgcgtcacctg
caggtcatctttggccacctggctgcatccagactgcagtactacgtccctaggggattc
tggaaacagttcaggttatggggtgagccagttaacttgagggaacagcatgatgcactg
gagtttttcaactctttggtggacagtttagacgaggctttaaaagcactgggccaccct
gccatgctcagtaaggtgctgggaggatcttttgctgaccagaaaatctgtcaaggatgc
ccacacagatatgagtgtgaagagtcgttcacaacactcaatgtagacatcagaaaccat
cagaacctgttggactcaatggagcagtatgtaaaaggagatctgctggaaggagcaaac
gcctaccactgtgagaagtgtaacaaaaaggtggacacagtgaaacgtctgctgatcaag
aagctgcctcctgtcctcgctatccagctgaagcgcttcgactacgactgggagagggag
tgtgccatcaagtttaatgactattttgagttccctagggagcttgacatggagccgtac
acggtagcaggtgtggccaagctagaaggcgacgacgtaaatccggaaaaccaggttatc
caacagaatgagccctctgaaccgacgccaccaggcagctccaagtatcgcctggtggga
gtgctggtccactcaggccaggccagtggcggacactactattcgtatataatccagagg
aatgggggtgatggtgagaagaaccgctggtataaatttgatgatggtgatgtgactgag
tgcaagatggacgatgaggaggaaatgaagaaccagtgctttggaggggaatacatgggc
gaggtttttgatcatatgatgaaaaggatgtcgtacaggaggcagaaacgctggtggaat
gcctacatcctgttctacgaacgtatggactcaatggacaaggacagcgagcttgtcaaa
tacatctcggacttgaatatctcctccactaagccgcatcaggtcaagatgcctggtgtt
atcgagtgcagcgtccgcaaacagaacgtccaattcatgcacaaccgaatgcaatacagc
ctggaatatttccaattcattaagaaacttctgacctgtaacagtgtctatttaaaccct
cctccaggacaagaccaccttttgccagaggcagaggagattgctatgataagtgctcag
ctggctgctaggtttctcttcagcacaggttttcacaccaagaaagtagtacggggtcct
gccagtgactggtatgatgccctttgcatcctgctgagacacagtaagaatgtacgctac
tggtttgcacacaacgttctgtttgcttatcctaaccggttctctgagtacctgcttgag
tgcccgagcgctgaggtccgtggggcatttgccaagctcattgtcttcatcgctcacttc
tccctgcaagatggcccctgcccctcccccactgcctcgcctggaccctcagctcagggc
tgtgataacctcagtctaagtgaccacttattgagagctgtcctcaacctgctcagacga
gaagtttctgagcacggccgtcatctgcagcagtacttcaacctctttgtcatgtacgcc
aatctgggcctggctgaaaagacgcaactgctgaagctgaatgttcctgccacgttcatg
ttggtcgctctggacgaggggcctggccctccaattaagtatcagtatgctgaactgggc
aagctctacactgtcgtctctcagctggttcgctgttgtgatgtctcttcacgcatgcag
tcctccatcaatggtaatccccctcttcctaacccatatggggacaccaacctgacggct
ccagtgatgcctgtgcagcagctggtggcagagatcctgtttgtgaggacgagctacgtg
aagaagatcattgaggactgcagcaactctgaagagacagtgaagctgcttcgcttcagc
tgttgggagaaccctcagttctcctccactgtgctcagtgagctgctctggcaggtggca
tactcgtacacctatgagctgaggccttacctggacttgctgctacaaatcctgctcatc
gaggactcctggcaaacacacaggattcacaatgcgctgaagggcattcccgatgacaga
gatgggctttttgacaccatccagcgctccaagaaccactatcagaaacgagcttatcag
tgcattaagtgcatggtggcccttttcagcaactgctctgtggcttaccagatcttacag
agtaacggtgacctgaagcgaaagtggacgtgggcagtggagtggctgggcgatgagctg
gaaaggaggccatacacaggaaatccacagtacacctacaacaactggtcacctcctgtt
cagagcaacgagacctccaacggatatttcctggagcgctctcacagtgcacgtatgaca
ctggccaaggcctgtgagctctgtcccgaggagctcaagtgtactcagggaagcccaggg
aaggagccagatgaacaggaagcacccgatgatcaggactcctccccacctgaggatacg
tctctgtacccacattctcccggaacaacccagtttcagcagaacaaccaccctcacggg
cagccatacaccgggcctgctgctcagcacatgaacaacccccagcgccccggtccggcc
tccgctccgactccagccccgacccagacttccgcccccgcccctgcccccggtaccacc
ccaggaacaggcccgcgagcacaagagaactgggagggcacagaggaggtcgctcccgcc
cccacctccaccccagcgcccgccccgcctaaggagtaa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (14)   
   RefSeq(nuc) (8)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (75)   

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