KEGG T01070: NFIA

Neosartorya fischeri: NFIA_089310

Entry

NFIA_089310 CDS T01070

Definition

ubiquitin carboxyl-terminal hydrolase, putative

Orthology

K11835

ubiquitin carboxyl-terminal hydrolase 4/11/15 [EC:3.1.2.15]

Organism

nfi Neosartorya fischeri

Class

SSDB

Motif

Pfam:

UCH DUSP UCH_1 USP7_C2

Other DBs

NCBI-GI:

119481685

NCBI-GeneID:

4587429

UniProt:

A1DHW7

AA seq 1658 aa
MNQSSSVSSIVIPLILHHLKNTIEEARDSRRPRLVFICWFIFKTPVRSLSSNHHLLACLF
NRPFIVLPRAATRRAQLTVTTSSTKRRKVAEPRRPGGALPGLSFASQAGRRHSQHPPSDS
SSVPPNPRPSSTSGSNRSRSPSVSPSPRYIPAHLQEEVLGTAARSPTPESASSTADYPSI
ACAGLTLHSDTMTDMSGSDKRDGSVPSTGGDVRSSSPGIKRSAPNTDQDVEMDLGSTEKR
SVSLSQHTDAMDMTTAEGNSNGNGDNSGSDNVYPTPSSMSTFTAPTATRKESKAQASISS
HDLPPIDDQVAQVTCTMAQPLKEKQKGYLVSMSWLKRVLARSSTHADKADKSAAEGEIGP
VDNSDLVLVTDPAITGFHDEAGEPFVPLRPGLQMGEDFEIVPQEGWDLIMRWYGLASQSP
AIVRYAHNTVEEGDAQNIQYELHPPIFTVLKLANPAAGTTPQSLREKNMSPAKVLSSRHT
NFQKWLKQVKGLANIDMSTKVRVWRILGGLGSATASAAITPAASRSASPAPTASLVANAG
NNLVLDLNTFLSLSDGAQRELVDNVKDQTNNPNFNGRSTLDRVGLSTSDVVVLEERVGGE
WASEASKKTLDRLGVPSGSVKNGAPAKLKNKSPTNSGRSSPAPEPIRGRRKDGKPRGCTG
LSNLGNTCYMNSALQCVRSVEELTYYFLNDVYKRDLNPSNPLAHNGDIAKAYANLLRMLY
DEAGQSSFAPRQFKHTIGRYGPAFSGYGQQDSQEFLLFLLDGLQEDLNRIQKKPYIEKPD
STDDMVHDKEALKEFANKCWDIYKARNDSVITDLFAGMYKSTLVCPVCEKVSIIFDPFNN
LTLQLPIENLWSKEIFFFPLHRKPVIVDVEIDKNASIKALKELVAKKMGSDPQRLVMAEI
YKCKFYKMFDNSASIADCQIGQGDDIAIFEVESVPTNYNPDKRQKSYFSYGRSDYEEIPS
FDSPKADRMLVPIFNRHCRPKSNNSGNMQRSLFGAPLYVIISREEAQNYDAILRKVLEAV
ATLTTRDILNEANIKKADEQGGTQEDSDTVVMNEDDAHSADSKIKTSSVDGEDGLVDVSM
RDASDEADTPSPQDIKCENADSSPGSSIAPGLRSLFDMKIIKSSHEVVPLGWSSVDDIKD
YPLMSSRVKAQSASKQKTTSGTVTDRKTSDDSDQDGSAGSASDSDSDMFSNISRPKAVKT
QTDERPLIRPGEGIVLDWNDQAHDALFGGDKKDTDGLRGSPTWTNVERIPDPELAKRRDL
RRSRKKRGVTLYECLDEFNKEEILSENDAWYCPRCKEHRRASKKFELWKTPDILVMHLKR
FSASRGFRDKLDVLVDFPVEGLDMSGRVESPEEGKSLIYDLFAVDNHYGGLGGGHYTAYA
KNFMSGEWNEYNDSSVSRPIDPQSVVTPAAYLLFYRRRSDRPLGGKILEEITESSTSTRP
ASEDNSPAGSRGQSPSGNGRRLGGSSRNGSSSALAGVGAAHQAGDGGLRTGIRARNEDSD
DDDESPPDYSDSPAAGEQSLAKANRLEGMSFDEDEFGDGAYANPLPYSSQPTWSFDRVTD
AHGLSQMTTVPPGSISDDEDLFDDDASNKAVGGGDLSDSDLRLAALTGSPIGQGVFPGTP
MEEEAPIQDIPPPLDGDDGEDLPVVELRVNDDDQIVSD

NT seq 4977 nt +upstreamnt +downstreamnt
atgaatcaatcttcgtctgtttcttctattgttattcctcttattctgcatcatctgaag
aacacaatagaggaagccagagactcaagacgaccacgactcgttttcatatgctggttt
atttttaaaactccagttaggtcattatcatcaaatcatcacctactggcctgccttttt
aatcgaccatttatcgtgttacccagagctgccacgagacgtgcgcagctcaccgtcacg
acgtcttccacaaagcgccgtaaggttgcagagcctcgcagaccaggaggagcccttccg
ggtttgtcgtttgcctcgcaggctggaagacgtcacagtcagcaccccccttccgactcg
tcttccgtgccaccaaatcctcgcccatcgtctacgtccgggtcgaaccgaagtcgaagc
ccttctgtgtccccgtctcctcgctacattcccgcccatttgcaggaagaagtgcttggc
accgccgcccgctccccgaccccggaatccgccagtagtaccgctgactatccttcgatc
gcctgcgcaggactcaccctacacagcgacactatgacggatatgtctggttccgacaaa
agagatggcagcgttccgtctactggaggtgacgttcggtcatcctcccccggtatcaaa
cggtcggctcctaacaccgaccaggatgtggagatggatctaggttcgacggagaagaga
tctgtatctctatcccagcacacagacgcgatggatatgaccacggcggagggaaactcg
aacggcaacggtgacaactctgggtcagacaacgtctatcccacaccatccagcatgtcg
acctttaccgcccccacggcgacccgaaaggaatccaaggcccaagcctccatctcgtcc
catgatctccctcctatcgacgaccaagtcgctcaagtgacctgcaccatggcccagccg
ttgaaggagaaacagaagggatatctggtatccatgtcttggctgaagcgggtgctcgct
cgcagctcgacccacgccgacaaggcagataagtcggcagctgaaggagaaattggaccc
gtggataactcagacctcgtgctggtcacagacccagcgatcaccggcttccatgatgag
gcaggagagccctttgtgcccctgcgtccaggtctgcagatgggagaggactttgagata
gtgccccaggaaggctgggatttgatcatgcgatggtacggcttggctagtcaatcgcca
gccattgttcgctatgctcacaacaccgtggaggaaggtgatgctcaaaatattcaatac
gagctccatccaccaatcttcaccgttctgaagctagcaaacccggccgcggggaccact
ccacagagtctaagagagaagaatatgtcacctgcaaaggtcttgtccagccgacacacc
aacttccaaaagtggctgaagcaagtgaagggactggccaatattgacatgtctaccaaa
gttcgtgtgtggaggatccttgggggactgggaagtgccacggcatcggctgcaatcaca
cccgctgcgtcacggagcgcttctccggcacctacggcctccctggttgccaatgccggc
aacaaccttgtgcttgacctcaatacgttcctctcattatcggacggcgctcagcgagaa
ctggtcgataacgtcaaggatcaaaccaataatcccaatttcaacggtcgatctaccttg
gatcgagttggcttgtctaccagtgatgttgtggtgcttgaggagcgcgttggtggagag
tgggcttcagaagcatccaagaagacgctcgatcgactaggtgttccgagtggcagtgtg
aagaatggcgctcctgccaagctcaagaacaagagtcctaccaacagtggtagatcatct
cccgctccagaacctattaggggccggcgtaaagacggaaagcccaggggctgcacggga
ttgagcaacctcggaaatacctgctacatgaactctgctctacagtgcgtgcgcagtgtg
gaggaactcacatactacttcctgaacgatgtgtataagagagatctcaaccccagtaat
cctctcgcccataacggcgatatagccaaggcgtacgcaaaccttcttcgcatgctctac
gacgaagcgggtcagtcgtcgttcgctccccgccagtttaaacacaccattggtcgttat
ggtccagcattctcgggatacgggcaacaggattcgcaggaatttctgctgttcctgctt
gatgggctgcaagaagatttgaacagaatccagaagaagccatatatcgagaagccagac
tccacggacgacatggtccatgacaaggaggctctcaaagagtttgccaataaatgctgg
gacatttacaaagcccgcaatgactcggtcatcacggatctctttgccggcatgtacaag
tcaactcttgtctgtcctgtctgcgagaaggtcagcatcatctttgatccattcaacaac
ctgacgcttcagcttccgatcgaaaatctttggagcaaggagatcttctttttccctctc
caccgcaagcctgtcatcgttgacgtggaaattgataaaaacgccagcatcaaggcgctc
aaggagttagtagccaagaagatgggctcggatcctcagcgtctcgtcatggccgaaatc
tacaagtgcaagttctacaagatgttcgacaactctgcgtccattgctgattgccagatc
ggccaaggcgatgatatcgcaatcttcgaggttgagtctgttcccaccaactataatccc
gacaagcgccagaagagttacttttcttatggtcgttcagactatgaagaaattccaagc
tttgactcacccaaggcagaccgaatgctagtgcccatcttcaatcggcattgccggcca
aagtcaaataacagcgggaatatgcagaggtcactcttcggcgctcctttgtatgtaatc
atcagcagagaagaggctcaaaactacgatgccatcctccgcaaagttcttgaagctgtt
gccacgttgacaacgcgagacattctcaatgaggcgaacatcaagaaagctgacgagcaa
gggggaactcaagaagattcggataccgttgtgatgaatgaagacgacgcgcattctgca
gattctaaaatcaagacctcatccgtggacggtgaggatggcttggtggacgtttccatg
cgcgacgcttcggacgaggcggatactccatctcctcaagacatcaagtgtgaaaatgct
gactcgagccctggcagctctattgcacctggtcttcggagcctcttcgacatgaagatt
atcaaatcgtcccacgaggttgtgcctctcggctggtcttcagtggacgatatcaaagac
tatccattgatgtcgtccagggtcaaggcacagtcggctagcaaacagaagacaacatcc
ggtacagtgaccgaccgaaaaaccagtgatgactcggatcaggatggaagcgccggcagt
gcttctgacagtgactctgacatgttctccaacatcagtcgccctaaggctgtcaagact
caaaccgacgagcgtcctctgatccgcccgggggaaggtatcgtgctggattggaacgat
caagcccacgatgccctatttggtggggataagaaggacactgacgggctacgtggatct
cctacatggaccaacgtggagcgcattcctgatccggaactcgccaaacgccgtgatctt
cgccggagccggaagaagaggggcgttacactctacgaatgtcttgacgagttcaacaaa
gaggagattctttccgagaatgatgcatggtactgcccccgctgcaaggagcatcgcaga
gccagcaagaaattcgaattgtggaagacccccgacatccttgtcatgcacctgaagaga
ttcagcgccagcaggggtttcagggacaagctggatgtcctggtcgacttccccgttgaa
gggctagacatgagcggccgtgtcgaatcgccggaagagggaaagagcctaatctatgat
cttttcgcggttgataatcactacggtggattaggaggcggtcactatacggcctacgcg
aagaactttatgagtggcgaatggaacgagtacaatgattcgtctgtctcacgaccaatt
gatccccagagtgtggtgactcccgccgcgtatttattgttttaccgtcgacgttcagac
cgcccgctgggcggaaagatcttggaagaaatcaccgagtcgtcaacttcaactcgacca
gccagcgaggacaactccccggctgggtcccgtgggcagtcgccttcggggaacgggcgg
cgtctcggcggctcctcccgcaatgggtcgtcgagcgccttagccggagtcggagcagct
caccaagcgggagatggtggtttgcgaactggaatccgggcgaggaatgaggacagtgat
gacgatgatgaatcgccccccgactattcggacagcccagccgctggcgagcagagcctt
gcgaaagcaaaccgactggaaggtatgagctttgatgaagacgagttcggcgatggagcc
tatgccaacccgctcccctactcaagccaacccacgtggtccttcgaccgagtcacagat
gctcatggcctttcacagatgaccacagtacctccgggatcgatctctgatgacgaggat
ttgttcgacgacgatgccagcaacaaagcggtgggcggcggagatctcagcgactccgac
ttgcgcctcgccgcattgaccggaagcccaatcggtcagggagtgttcccaggcacgccc
atggaggaggaagctccgattcaggacatccctccgccactagacggtgatgacggtgaa
gatttacccgtggtggagctacgggtgaatgatgatgaccagatcgtctcggactga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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