KEGG   Aspergillus niger: ANI_1_166054Help
Entry
ANI_1_166054      CDS       T01030                                 

Gene name
An06g01380
Definition
(RefSeq) ubiquitin carboxyl-terminal hydrolase
  KO
K11849  
ubiquitin carboxyl-terminal hydrolase 25/28 [EC:3.4.19.12]
Organism
ang  Aspergillus niger
Brite
Enzymes [BR:ang01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     ANI_1_166054 (An06g01380)
Peptidases [BR:ang01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   ANI_1_166054 (An06g01380)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: 
Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
AA seq 1266 aa AA seqDB search
MSSPLKPGKTAPRLVQDIHDYDPVHPPGSGRNLLSEVPPVFPDHYIGPSEFISPSACRHT
YVIKSKQSFLPKPEQRSSSGNPTKVSAICSKCRYHLQLVVTSTPGIGSQSLPGHIHHLVY
KSGRQRGGASAEEITPKGQVAETFHYDCSYLTCPAAVSVRIVSPVLHPEWVQLLTDPELL
QQRADEAIQTHPERLEGIARPQPINVLENLHAYISNAFNPSQQNKSISAINKRFITCFGV
EGKPCKDLLEFLGFSVKNEGFWEPPRPNAWAEIPYQDQLKIFLDDVLHELAVLIEQRPVL
EKKGHQVDFSNKIARDDLLNALEALDYQKALNVDTFEMPPAPYYEDLGVVEDMSAQLIIE
AFNRQVAVDPGRMPTYLKCLKAIGSLRGGYEADAIDQAVQVAYADGKYTDDDVINAYKYF
GLTHDDPRLTEDSIIGTFHAYLSSTTQETDSRRELWKIGDSRRSERIKSAAEDRVATVEQ
AQVYLGVSEETSDDFIMAMYTAKVNDTPSSRDLARRAVEFIAEARKSDALRHFVRTGEMT
AGEMDIGDAYRLLQIPDRTVDEAAIMAAYTICVDEAPGQAETYNQALRIIAKDKNSTLLS
SMVSGDDTKPDRNMSDWPVGLQNIGNTCYLNSLLQFYFSVRPYREMVLDFESFKMELTDE
SLSKKQVGSRKVSKKEVERSQRFLRELRTLFSDMITSPSSHVTPGRELARLTLISPSNEA
AIRRRSTISAYRPAGALGEINGMPVLGPLGPPQPIPEKQVENETENQAVTESEVIKRSTV
SDVDSEATLVSDGVKNDIKAPPVDDKENEPPADLDLNDVQNEPSSDSADIGSPGDTTPID
NVEPSNRPPPVPPRPTPQVDPQKQLIEEVEIGAQQDVTEVINNVLFQSQCAIRPIAHSPE
GEQIDQVKDLFYGRTRSYIASEKGVRSKEEWWCDIKIDVATGPRDIYAAIDGAFDVQKVN
VENSVAEQYGAISKLPPVLQIQVQRVQFDPTTKRSFKSTHHLGLKETIYLDRYMDSQQPQ
FLDRRQQCWQWKNSLRELEVRRAELLRQVDSDGMDTAGLLNSAKEVLEDLAAMREEPDYA
EDAIDFDTQIITEVDQLSQIAKADLNYVENQIQETQDKISAQFADYKYLAYRLYAVFVHH
GSVSFGHYYIYIFDFERNVWRKYNDNYVTEVNNLDEIFKDEGQPNPPTPYFLVYVNDAMK
DRLANPVCREILEASTANTNEDMDMNPPAYDEIWTDQSGSGAEVKPPVRDSTMNPLKRKG
LGDEGG
NT seq 3801 nt NT seq  +upstreamnt  +downstreamnt
atgtcgtctccgctgaagcctggcaagactgccccacgtcttgtgcaagatatccacgac
tatgaccctgtccatcctccaggctccggccgcaacctgctgtcggaggtccccccggtc
ttccccgatcactatattggaccatcagagttcatatcgccttcagcatgccgtcatact
tatgtgatcaagtcgaaacagagcttcctaccaaaaccagagcagagaagcagctcaggc
aaccccaccaaagtatcagcgatatgctccaagtgccgataccatctacagctggtcgtg
acatcgacacctgggatcggcagccagagtttgccgggacacatacaccatctggtttat
aagtcagggaggcagagaggaggtgcatcggcagaagaaatcacacccaagggccaggtg
gcggagacattccattatgactgctcctacctcacttgtccagcggcagtgtccgtcaga
attgtctctcctgtgctccatccagaatgggtacaactcttgacagatcctgagttgctg
cagcagcgagcagatgaggcgattcaaacacaccccgagcgcctggaagggatagcccgg
ccgcagcccatcaatgtcttggaaaacttgcacgcatatatcagcaatgcctttaatccc
agtcaacagaataaatctatatcagcgattaacaagaggttcataacgtgcttcggtgtt
gaagggaagccttgcaaagacctgttagaatttttggggttctccgtcaagaatgaaggt
ttttgggagcccccgcgccccaacgcctgggcggaaatcccctaccaggatcaactcaaa
atcttcctcgatgatgttctacatgagcttgctgtactcatcgagcagcggccagtgctt
gagaagaaaggccatcaggtggatttctcaaacaagatagcaagggatgacctcttgaat
gctctggaagcattagactaccagaaggctctcaatgtcgacacatttgaaatgccccct
gctccttactatgaagatctgggcgtcgtggaagatatgtctgcgcaattgattattgag
gcgttcaatcgccaggtcgccgtagaccctggtcgcatgcctacatacctgaaatgcctc
aaggcgataggtagccttagagggggctacgaagctgacgccattgatcaagcagttcag
gtggcttatgccgacggcaagtacactgatgacgacgtcatcaatgcttacaagtacttc
ggtttaacacacgacgacccgcggcttactgaggacagcatcattgggaccttccatgct
tacttgagctccaccactcaggagacagactcacgcagagaactgtggaagataggcgac
agcaggcgtagtgagcgcattaagtcagcggctgaagatagagtggcaactgttgagcaa
gcccaagtttaccttggcgtcagcgaggaaacaagcgacgactttattatggccatgtat
acagctaaggtcaatgacactccatcgagcagggatctcgcgcgccgcgccgttgaattc
attgcggaggcgcggaaatcggatgctcttcgacacttcgtcaggactggcgagatgacg
gccggtgagatggatatcggggatgcctaccggcttcttcaaatccccgatcgtacggtt
gatgaagcagcaatcatggcagcttatacgatttgcgtcgacgaagctccgggacaggct
gaaacgtacaaccaagccttgcgtataattgctaaagacaagaatagcactctgctaagc
agtatggtctctggtgatgatacaaagccggaccgtaatatgtcggattggcctgttgga
ttgcagaacattggcaacacatgctatctcaatagtctactacaattctatttctctgtg
cgcccgtacagggagatggtcttggattttgagagcttcaagatggagttgactgatgag
agcctgagcaagaaacaggtgggatctcgcaaggtttccaagaaggaggtggaacgttca
caaaggtttctcagagaattacggacgctcttttccgacatgattacttccccatcctct
catgtcacgccgggccgggagttggcgcggttgacattgatcagtccttccaacgaagca
gcgatacgtcgtcggtctacaatctccgcgtacaggcccgccggtgccttaggtgaaatc
aacggcatgccggtactaggacctcttgggccgccgcaaccgattccggagaagcaagta
gagaatgagacggagaaccaggcggttaccgaaagcgaggtgattaagcgctcaacagtt
agcgatgtcgatagcgaggccacacttgtctctgatggtgtcaagaatgacatcaaagct
cccccggttgacgataaagagaacgagccaccggctgatctggacctgaatgacgtgcag
aatgagccaagttctgattccgctgacatagggtcccccggcgatacaacacccatagac
aatgtcgaaccttccaatcgaccaccgccagtgcctccgcggcccaccccgcaagttgac
ccccagaagcagcttatagaagaggtagagatcggagcgcagcaggatgtgacggaagtc
atcaacaacgtgcttttccaaagccaatgtgcgattcggcccattgctcattctccggag
ggtgagcaaattgatcaagtgaaagatcttttttacggccgaacccgatcttatattgcc
tcagaaaaaggcgtccggtcgaaagaagagtggtggtgtgacatcaaaatcgatgttgca
actggcccgcgcgacatttatgcagccattgacggtgcctttgacgtacagaaggtgaat
gtggagaactcggtggctgagcagtatggtgctatcagcaagctcccgccagtgcttcag
atccaggttcagcgtgtccagtttgaccccacgacgaagcgctcttttaaatccactcac
catcttggattgaaggagacgatttatctcgaccgatacatggactcgcaacaaccccag
ttcctggaccggcgacagcagtgctggcaatggaaaaattcgctcagagagctcgaggtg
cgccgcgcggagttactgcgccaagtggattccgacggcatggatacggcgggattactc
aacagcgctaaggaagtactcgaagatttggcagctatgagagaagagcccgattatgca
gaggacgcgattgactttgacacgcaaataatcaccgaggttgatcagctttctcaaatc
gcaaaggctgacttgaactatgtcgaaaaccaaatccaggagacccaggacaagatctcc
gctcagttcgccgactacaagtacctcgcctatcgcctgtatgccgtgttcgtccaccac
gggtccgtttccttcggccattactacatttacatcttcgacttcgaacggaacgtctgg
agaaaatacaatgacaactatgtcaccgaagtaaacaacctggacgagatcttcaaggac
gagggacagcccaacccgcccacgccatacttcctggtatacgtcaacgacgcgatgaag
gatcggctcgccaacccggtctgcagggaaatcttggaagcttccacggcgaataccaat
gaagatatggacatgaatccaccagcgtacgacgagatctggacggaccagagcggatca
ggcgcagaggtcaagccgccggtccgagactcgacaatgaacccccttaaacgcaagggc
ctgggcgatgaaggaggctga

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