KEGG   Neurospora tetrasperma: NEUTE1DRAFT122338
Entry
NEUTE1DRAFT122338 CDS       T03451                                 
Symbol
NEUTE1DRAFT_122338
Name
(RefSeq) hypothetical protein
  KO
K11853  ubiquitin carboxyl-terminal hydrolase 34 [EC:3.4.19.12]
Organism
nte  Neurospora tetrasperma
Brite
KEGG Orthology (KO) [BR:nte00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:nte01002]
    NEUTE1DRAFT122338 (NEUTE1DRAFT_122338)
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:nte04121]
    NEUTE1DRAFT122338 (NEUTE1DRAFT_122338)
Enzymes [BR:nte01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     NEUTE1DRAFT122338 (NEUTE1DRAFT_122338)
Peptidases and inhibitors [BR:nte01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   NEUTE1DRAFT122338 (NEUTE1DRAFT_122338)
Ubiquitin system [BR:nte04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    NEUTE1DRAFT122338 (NEUTE1DRAFT_122338)
SSDB
Motif
Pfam: DUF3517 UCH UCH_1
Other DBs
NCBI-GeneID: 20824283
NCBI-ProteinID: XP_009851096
JGI: Neute_matA2_122338
UniProt: F8MN03
Position
Unknown
AA seq 2450 aa
MAQDQDPAADESLERAISSEPSSTKGSNPYMDTDLPSPKRRRTSRSGPSRSRSVDSPSSV
RHSYDSPGISSANTVPEARTDPDTMDTSSGTEPPTPPNAPRSATPEPKATQPEPSSVSRP
NRVTINVRTPSRPLDTIPSSPTSVSVQTSGEPLPSVDNIQASVEAPEVDMTRDDAIQDAL
PSPISDASSPAIEVAMEKETEDAFTVDAKLVVEEPVTDMLPDFPFHDDHETYRDTVEKLA
PLLGFYQQLDEEGWSYANEASTISDAFLNYGGNPASTAFHLGRFTQLVSELLPQNPRLIN
ELACVSFLYWAIIRKVSTMPENTAYMSHDPTTSIVSSGYLVYKALSPKLEAIITGDDHKH
LLWEPTLRHLSSLTLIYHHCLAADGTIPKPLIQHQLQGSIPFSSRFFPDAVAYLWKFRMF
CTLIMSGQMQLRIRSAMGMCSDLITFYKKYNNHPDDSSLAFLQHIAQYLMESGLVSYILG
PKCHPEITLESSNIVGFLAVTRTYTADHTNLMFQTIQSTQDPRISSALVNMINKIVQLFN
PKDLLYFCTRLEAMPLDSFTSTMRDFCAQVLQQLADKLERIGNYPIPYSLCVRLVRDSSV
FGSQSQIAYPEIHHFAIQKFSELLREGPTEEIRMQTYTECLRNISERTPFALGNLWILSR
MTRSSAGRELKLLAKQHDLVRILVEEFEGSIPTARAAGFPPVISGYANAPRRDLLSWVLS
DGSPEIPPDISQKLWNLLVGPEAACEEDRTAGWKLLQENSKAKFASTCFTDFLPSLDPEF
FTFGTIDFIRTGILPVIHSPRLLVEDTESIGRFGIEQLWRIILSVPEGSIEKPAIDLLVG
EIYMGNSSKGPVPLPIARQLHLALAERCLDQLISAAKRLRSLCIDVPSRESKMNDTMHLE
QQVCEQERLCIRPLAVLRAFHLEYKDNPKFSAPDLRALSLDPPKQIEGDSAELKYQSFDG
ESQTDIIPLSIGKLNTARSLFGSLREATGFENYRMYYRGSVLLPQEELMCKSLEELRIHD
GLILVKREADDYATSPGENIRSGASPVEVVILRHFAELYECLTMEKISEEIYDLLSQLPA
DENILKLIDDPSTTHQDIFPTDQPFKSKYSVYALREYLIPRKDGVPNHRYESITGNEDSA
NSHSKALLRGLRIVVGAISDQDLTRNWPSHEMQLDWIFPLVECFVLILQDPLLPHSATEL
VDGTLLDRLVTILVACHNSAAEHTVHRIPVCIHSILEACSMSPEFMKACFEHDSIPKLLE
NLLLHDQRASVRQSTKQLLLGKFNNDTPTELGRVSQDPESYIADSETLSDDDNPFRAYLW
PVISGFVRSAMSSPGNPTEFFELCQSMLMTLVKSKSSLVDVQKLSQEWIGLLLEYQTFED
PTQPSKVDVAVSGLIDLIWAIVSGHQYLGDTLAGVARKLYWQHLYPPMGTKEAESSRPII
TDSTRDKLWSIVLVLVGEDPTQFSWLIEDLKALTPPRPDPEYHPYLYEVPLPYEREKVLR
SSAGYVGLKNLSNTCYFNSLLTQLYMNTDFREYILQSPIRNMVAGSQKLLLEMQRLFAFM
QNSIRRFANPDDCLGSIRTYEDTVIDVTNQMDVDEFYNLLFDRWEGQFPNAAERRRFRSF
YGGQLVQQVASKECSHVSERLEPFSAIQCDIKGKTTLQESLQAYVDGEIMEGENKYKCSK
CNRHVDAVKRACLKDIPDNLIFHLKRFDFNLRTLQRSKINDFFSFPDTIDMRPYTMEHLK
NPDEDQQEDIFELVGVLVHSGTAESGHYYSYIRERPSRSEHPVWVEYNDDSVSSFDPSQL
EHACFGGTDYRSNSDHNGMHFEKSYSAYMLFYERSSSLAKKQQKLGELGQASPLQVDMLP
YLKPWIREDNMTLLRRHCLFDPYHTRHVCRALEMMKQLNGHRCTPDHAIESEAMTMGLGH
LDQVASKLKELEDFRLLTEEILQLSRDCPHSSITIFRCSSGPYEPLRMLLQRNPDADVRQ
KTLEILIAAINVIKEQLPSRYGLPSPDANDVDPPDSAMEHVMVLFETLFAYIHTSTRSWP
EVFGLMMAFVKLGRHEMAKYLKRPFLEILLRLIMADTNLRIGQQYQKLALHLSRRAKNRL
PDYGSLIGLLDILLASMQVEDENQVRITVGRPDQRFQNDPWLEQPFLYTQVEANLLETMW
DKTQANIFAEKLISIYQNVEATHRIIINLAKQSRWLEEGIFHALVANISSQNTSQLIYPF
LHASLIFCRHAPTRLLVEKLIEHICNQCRVVETADGGAFLEFHRALFDSKRESQDDETVA
LQVISILPDWAPGLLGHYDTRTSSETERFIYEKLFQYGPSPSFGDSEQDERKAECMKTSA
KRLGIRCLQYLRDNFVDTGVEVSAQLVMSLERVIDLCGKYFPPPGPEEDAEARVFRRLVH
NIGQRLHALKVDEVEEDGSEWENSSVNSEQFDELGDIKMSTEEVNEGDLQ
NT seq 7353 nt   +upstreamnt  +downstreamnt
atggctcaagaccaagatccggcagccgatgagtccctagaacgtgccatctcatctgag
cctagctcaacaaagggttcaaatccttacatggataccgatctgccctcacccaagcgc
aggcgtacttctcgcagcggcccatctcgaagccgatccgtcgattcgccctcgtccgtg
aggcactcgtacgattctcccggcatctcatctgccaacacggtacctgaagccaggaca
gatcccgatactatggataccagcagtgggacagagccgcctactccgccaaatgcccct
cgttctgccactccggagccaaaagctacacagcccgagccttcctccgtatcacgtccg
aatcgagtcaccataaacgtgcggaccccttctcgccctctcgataccattccctcttcg
cctacctcggtctctgtgcagacttccggagaaccattgccgtcggtcgataacatacaa
gcaagcgtggaggcgcccgaggtcgacatgacccgggatgatgccatccaggatgctctt
ccctccccaatctcagatgccagtagccctgcgattgaggttgcaatggagaaggagact
gaagacgcctttactgtggatgcgaagcttgtcgtggaagagcctgtcacggacatgttg
cccgacttcccattccacgacgaccacgagacttatcgcgatacagttgagaaactggca
cctcttctagggttttaccaacaactagacgaggaagggtggagttacgccaatgaagct
tcaactatttcggatgccttcctcaattatggcggcaaccctgccagtacagccttccac
cttggacgtttcactcaactcgtgtccgagttgttgccgcaaaaccccagattgatcaac
gaattggcgtgcgtgagctttctctactgggctatcatacgaaaagtttccaccatgcca
gagaacacagcctacatgagccacgaccctaccacgagcattgtttcctcaggttatctc
gtctacaaagctctctcaccgaagctggaggccatcatcactggtgatgaccacaagcat
cttctttgggaacccacactacgccacctctcgtcactgacattgatctaccatcattgt
ctcgcggccgacggtaccattcccaagcctctgatacaacatcaactccaaggctcgata
ccattcagctcgcgctttttccctgatgctgttgcgtatctctggaagtttcgaatgttt
tgcactctgatcatgtccggccagatgcagcttcgcatacgatccgcgatgggaatgtgc
tccgacttgattaccttctacaagaagtacaacaatcacccagacgactccagtcttgcc
tttctgcagcacattgcccaatatctcatggaatctggcctcgtatcctacatcttggga
cccaaatgccatccagagattacgctagagtccagtaacatcgttggcttcctggctgtc
acgcggacctataccgctgaccacaccaatctcatgttccagactattcagtcaacccag
gacccgcgaatatccagcgccctcgtcaacatgatcaacaagattgtacagcttttcaat
ccaaaagatctcttgtacttctgtacaaggttggaggcgatgcctctggactctttcacc
tcgaccatgagagacttttgcgctcaagtgctgcagcagctggctgacaagctggagaga
ataggcaactatccgatcccatattcattatgcgttcgcctcgtacgagactcttcagtc
tttgggtcacagtctcagattgcttaccctgaaatccaccacttcgcgatccagaagttc
tcggagttattgagggagggtccaactgaggagattcgtatgcaaacttacacagagtgc
ttgcgtaatatttctgagagaaccccatttgcattgggaaacttatggattttgtccaga
atgacgcgttcgtccgcgggtagagaactcaagctgctagctaagcaacatgacctggtc
agaattctcgttgaggagtttgaaggctcgattccaaccgcgcgggctgctgggtttcct
ccggtcattagtggctatgctaatgcacctcgaagagatcttctgtcctgggtcctgagc
gacgggtctcccgaaattcccccggacattagccagaaactttggaatttgcttgttggt
ccagaggcggcatgcgaggaagacaggaccgcgggatggaaattgctgcaggaaaattcc
aaagccaagtttgcgtcaacatgcttcaccgactttctcccatcgcttgatccggaattc
tttaccttcggcacaattgacttcatccgcactggcatcttgccggtcattcattctccg
cgtctcctcgttgaagacacagagagcatcggtcgttttgggatagagcaactttggcgc
attatcctttcggtaccggagggtagcatcgaaaagccagccattgacctccttgtaggg
gagatttatatgggaaattcgtccaagggcccagttcccctccccatcgctcgccaacta
cacttggcgttggccgaacgttgtcttgatcagttgatctcggcggccaagagattgagg
agtctttgcattgatgtccccagcagggagtccaagatgaacgacacgatgcacctagaa
cagcaggtatgcgaacaagaacgcctttgcattcgcccgcttgccgtcctcagagccttc
catttggagtataaggacaatcccaaattttccgcacctgatctccgcgcacttagcttg
gatccaccgaagcagattgagggagactcagctgagctcaagtaccagtcatttgatggc
gaatcccagaccgacataattccgcttagtattggcaagctcaacacggcgagatcactg
tttggaagcctgcgtgaggccacggggtttgaaaactaccggatgtattaccgaggtagt
gtactcctacctcaagaagagttgatgtgcaagtcactggaagaactgcgaattcacgac
ggcttgatcctcgtgaaacgcgaagcagacgactatgcgacatcaccaggcgagaatata
cgctccggagcctcacctgttgaggttgttattttacgtcattttgcggagttgtatgag
tgcttgacaatggagaagatttctgaagagatttacgatctccttagccaactgccggcc
gatgagaacatcctgaagctcatcgatgacccttcaacaacccaccaggatatcttcccc
accgatcagccgttcaagtcgaagtattctgtatatgcactacgcgaatatctcatacct
cgaaaagatggcgttcccaatcaccgctatgagagtatcacgggtaacgaagactcggcc
aactcacacagcaaagccctgctcagaggtttacgcatcgtggttggtgcgatatcagac
caggatttaacccgaaactggcctagtcatgaaatgcagcttgactggatcttccccttg
gtagaatgctttgtcctgatacttcaagatcctctccttccgcactcggctaccgagcta
gtcgacgggaccttactggatcgcttggtcaccattctagtcgcttgccacaacagcgca
gctgaacataccgttcatcgcataccggtctgcatccacagcatcttggaagcctgctca
atgagtccagaattcatgaaagcgtgtttcgaacatgacagcatcccgaagctgctcgag
aatctgttacttcatgaccaacgcgcaagcgttaggcagagtacaaaacaattgttgcta
ggcaaattcaataatgatacccccaccgaactaggaagggtttcccaggatccagagtca
tacattgctgactctgagacgttgtctgatgatgacaatcccttccgcgcatatctatgg
cctgtcatctcgggctttgtgcggtcggccatgagtagccccggtaacccaacagagttt
ttcgaattgtgccaaagcatgttgatgactctggtgaaatccaagtcatctttagttgac
gttcaaaaactctcccaggaatggatcggattgctcctcgagtatcagaccttcgaggac
cctacacaaccctccaaagtggacgttgccgttagcggcttgatcgatctgatctgggcg
attgtcagtggacatcagtatcttggagacacattggccggtgtcgcccgcaaactctac
tggcagcatctctatccgcctatgggaacgaaagaggcagagagttccaggcccatcatt
accgattccacgagggacaagctttggagtatcgttctggtcctcgtcggcgaagaccca
acacagttttcatggctcatcgaggacttgaaggccttgactccaccgcgtcctgaccca
gaataccacccgtacttgtacgaagtgcctctaccgtatgagcgagagaaggttctcaga
tcgtcagccggctacgtgggactgaaaaatctatccaacacatgttacttcaactctttg
ttgacccagctctacatgaacacggacttccgtgagtacattttgcaaagcccgatacgg
aacatggttgcggggtctcagaagctactccttgagatgcagaggctgtttgcgtttatg
caaaacagcatccgtcgcttcgccaacccagatgactgccttgggagtatcagaacgtac
gaggatacggtgatcgacgtcacgaaccagatggatgtcgacgagttttacaaccttctt
tttgaccgatgggaagggcagtttcccaacgctgcagagagacgccggttccgctccttt
tacggcggacagctagtccaacaggttgcctccaaggaatgcagccatgtatctgaacgg
ctggagcctttctctgccatacagtgtgacatcaaagggaagacgactttgcaggaaagc
ttgcaagcatacgtggatggggaaattatggagggcgagaacaagtacaagtgttcgaaa
tgcaaccgccacgttgatgctgtcaagagggcttgcctgaaggatatccccgacaacctt
atcttccatctgaaacgtttcgatttcaatctgcgtacgctgcagaggagcaagatcaac
gacttcttctcttttcctgacacaattgatatgcgcccctatactatggagcacttgaag
aatccggacgaggaccagcaagaggatatctttgagcttgtcggggtcctggtacactct
ggaacggccgagtcaggccactactattcctacatccgtgaacggccatcaagaagcgaa
catccggtgtgggttgaatacaatgatgactctgtttcaagctttgatcctagtcaactg
gaacacgcctgtttcggcggcacggattacaggtcaaactccgaccacaacggcatgcac
tttgagaagtcctatagcgcctacatgctgttttatgaacggtcgtcatctcttgcaaag
aagcaacaaaagcttggcgaacttgggcaagccagcccgctccaggtagacatgttgcct
tacctgaaaccctggatcagggaggacaacatgacgttgctgagaagacactgcttgttt
gacccgtaccacacacggcatgtgtgccgcgccctggagatgatgaagcaacttaacgga
catcgatgcactccagaccatgcgatcgagagcgaagccatgacgatggggctcggccac
ctagaccaggtcgcttcgaaactaaaagagttggaagacttccgtttgcttacagaggag
attctgcaactttcgcgagattgtccgcactccagcataacgatctttcggtgttcttcg
gggccgtatgagccactacggatgcttttgcagagaaatccggatgccgatgtccgccag
aagacactcgagattctgatcgcggcgatcaatgttattaaggagcaactaccatcgcgg
tacggtttgccatctcccgatgcgaatgacgtcgatcccccggattcagccatggaacac
gtcatggttctttttgagacccttttcgcatacatccacacgagcacgaggtcgtggcct
gaagtgtttggtttgatgatggcgttcgtcaagttgggacgccatgagatggcgaagtac
ttgaagaggccattcctggagattcttctgaggctcattatggctgataccaatttgcgc
atcggtcaacagtaccaaaagcttgcgttgcatctttcgcgccgggctaaaaatcgattg
cccgactacggatcgctcattggtttgctggatatcttgctggcgtctatgcaagttgaa
gacgaaaaccaagtcaggattaccgtgggccgtcctgatcaaaggttccagaatgatcca
tggctcgaacagcctttcctgtacacgcaagtggaagccaacctcctggaaacgatgtgg
gacaagactcaagccaacatttttgccgaaaaactcatcagcatctaccagaacgtcgag
gcgactcaccggataatcatcaacttggccaagcaaagccgatggctcgaagagggtatt
ttccacgctcttgtcgccaacattagcagccagaatacaagtcagctcatatatccattc
ctgcatgcgtcactgatattttgccgtcatgcgcctactaggctattggtggaaaagctc
atagagcatatttgcaaccaatgccgtgtcgtggagactgcagatggcggagcgttcttg
gaatttcaccgggcactgttcgattccaaacgagagagccaggatgatgaaactgttgct
cttcaagtgatcagcatcctgcccgattgggctcctggtttgttgggccactatgacacg
agaacgagttcagaaactgagcgtttcatttacgagaagcttttccagtacggaccatcg
ccctcatttggtgatagcgagcaggacgaaaggaaagcggagtgcatgaagacgagcgcg
aagcgattaggaattcgttgcttgcagtacctaagggacaatttcgtagacacgggcgtt
gaagtgtccgcgcaacttgttatgagcttggaacgagtgattgatctgtgcggcaagtac
ttccctcctccgggccctgaagaggatgcagaagccagagtgttcagaaggcttgttcat
aatatcggccaacgattgcatgcgttgaaggtagacgaggtggaagaagatgggtccgag
tgggagaactcctcagttaactctgaacagtttgatgaactgggagatatcaagatgtca
acggaggaggtcaacgaaggcgacctgcagtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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