KEGG T01332: CPC735

Coccidioides posadasii: CPC735_066250

Entry

CPC735_066250 CDS T01332

Definition

Ubiquitin carboxyl-terminal hydrolase family protein

Orthology

K11835

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

Organism

cpw Coccidioides posadasii

Class

SSDB

Motif

Pfam:

UCH UCH_1 DUSP USP7_C2

Other DBs

NCBI-GI:

303315325

NCBI-GeneID:

9693153

UniProt:

C5PC48

AA seq 1527 aa
MSSTGGANGKSTSCDQPMQDAQNGHPDYRSSSPTLKRPAAEMGGDEQKENGDSMDTDPPS
SKSIIEIQVDNSHLKKKNDRPDRHARAASVDMIGRDNDTGPKTSSEEATSSGSDSVYPTP
SSMSTYTHSTYEERSQAISSHSNHSSHAVPSLDEQVATVMQMVMQPPQEKQRGYVVSGTW
LNRVLARSSKGPMRDKSDKTAAEGEIGPVDNSDLVLVTDPSTLFKDEAGEPFVPLRPGLQ
MGEDFEIFPQEAWDLIISWYGLSKNSPAIVRYAHNTNTPGNTENIQYELNPPVFTILKLP
SPTNPAVQLSTDKSRTPVKTLASSHTPFQQWLRNAKKLASIQPTTKVRVWRILEGLGTSG
TVTPAASRSASPAPGSTLIANAGDSLVLDTNKFVALSEGSQRELVELKDQTSNEKYNGSV
TLHLAGLSGDNVIVLEEQIGGAGGGEWASDAAKYGSSRLAALTTTTTTTKVAPQSKFKSP
AVPTSGRASPVPSVVTRGRKRKDGKTRGVTGLSNLGNTCYMNSALQCVRSVEELTQYFLA
NEYKKDLNPSNPLSHNGDVARTYANLLHQMFDENAPDSISPRSFKLTIGRYGPAFSGYGQ
QDSQEFLLFLLDGLQEDLNRIHKKPYIEKPDSTDDMVHDKAALQEFADRNWEIYKARNDS
VITDLFAGMYKSTVVCPACDKVSIIFDPFSNLTLQLPIENVWSKYVYFFPAHGEPLLIDV
EIDKNASIKALKEYVAKKVNSDPRRLVMAEIYTQKIYKLFSNTSAISDCSIGQSDNIAMY
ELETIPTSYDPDKAKRQSYSMLYTGLRGDDADIVSFDSEQADRILVPIFNRVVKTSVTKY
ARQRPLFGVPRFAVITREEAMDYDAILRKVLAQVNTLTTRDILTEDEDDTTMRSTSAEDS
DAVVTNDDDASSNDSKIKMGSVEGEDGLVDVSMRDATDPSSQGGSTNPSNAPVARVLQPR
SFIPPSLRNLFDVKFVKTQDPAGIAYSSIDDSKEFLSMIDRVRPRKAAKRGGQRMKTVPP
HRSNNSPVSSEDELSRPPISVQVPRNKLTERLSNYSSSEETKEDSGSDTDSDPYPTARSI
RKEKGHNQKGVGSKRGPPSNLPYIRPGEAIVLDWTESAHDALFGGDPRDKESLRGIPTWE
NPQRLPDPELARKRQLRQSKKRMGISLAECLDEFGREEILSENDAWYCPRCKEHRRASKK
FELWTVPDILVMHLKRFSANRGFRDKLDVLVDFPLELDMSGRAQAPNDGKSMMYDLIAVD
NHYGTLGGGHYTAYAKSFADGNWYEYNDSHTSRKSDPSVVVTKAAYLLFYRRRSDHPLGG
SYLAQVIEAAGQKNAADSDSPEDSDGNSGEGKRLDGSSRNGSSSALAGVAAAHQAGDGGL
QGGVLNRNDEDDTLPGYLDSIQAGESSLRRGDDLEGMEIDGYEREYGPGPLSYLRDQGWS
FDRIHAGSYYGNNDDLDDNSSMKAVGGDDTDSETQIQPLGSSEGPAPLFSGNDYDNEHVS
ILGMMDVDEDDEMPVVELSVPDEESSS

NT seq 4584 nt +upstreamnt +downstreamnt
atgtcctcaacgggcggtgcgaacgggaagtccaccagctgcgatcagccgatgcaagac
gctcaaaacggccatcctgactaccgatcttcttctcctacattaaagcgcccggctgca
gagatgggtggggacgaacagaaggagaacggggattctatggatacagatcctccgagc
agcaagagcattatcgaaatccaggtagacaactcacacctgaaaaagaagaatgatcgg
ccagacaggcacgcccgggcagcttccgttgatatgatcggtcgggataacgatacaggc
cccaaaacctcatctgaagaggctaccagctccggatcggatagcgtctatccaacccca
tccagcatgtcgacctacacccactcaacctacgaggagagatcccaggcgatctcaagc
cattccaaccactcttcgcacgctgttccttcccttgacgaacaggttgcaaccgtcatg
caaatggtgatgcagcctccacaagaaaaacagcgaggatatgtggtctctgggacttgg
ttaaatagggttctcgcgaggagtagcaaaggtccgatgcgggacaaatctgacaaaact
gctgcagagggtgagataggaccagtcgacaactccgatcttgttctggtcaccgatcct
agcacgctattcaaggatgaagccggagagccgttcgttccgcttcgccccggtttacaa
atgggagaggacttcgagatcttccctcaagaagcatgggatctgattataagctggtac
ggcttgtcaaagaattccccagcgattgttcgatacgcacataacacaaatacccccgga
aatactgagaacatccaatacgagctgaatccgcctgtatttacaatcctaaagttgccg
agtccgacaaaccctgctgtgcaactttcgacagataaaagtcggactcctgttaagacg
cttgccagcagccacactccattccagcaatggctaagaaatgctaagaaacttgcttct
atccagcccacaactaaggttcgcgtatggaggatccttgagggtttggggacctctggt
accgttacgccagccgcttcccgaagtgcttcgccagctccgggctccaccctaattgcc
aacgctggggacagcttagttctcgacactaacaagtttgtcgccttgagtgaaggctcg
cagagggaacttgttgaactcaaagaccagacttcgaacgaaaaatataacggaagtgtt
acattgcaccttgctggccttagtggtgacaatgttattgttcttgaagagcaaatcggt
ggcgctggtggtggcgaatgggcatcagatgccgcaaagtatgggtcaagccgactcgct
gctctgaccaccaccacaaccactacaaaggtagcaccccagagcaagttcaaatcaccc
gccgttcctactagtggacgtgcgtcacccgtaccatccgtcgttacgcgagggcgaaag
cgcaaagatggcaaaactcgtggtgttaccggtctgagcaatctcggaaatacatgctac
atgaattcggctctgcaatgcgtccggagtgtcgaggagctcacccagtatttcctggca
aacgagtataaaaaggacctcaacccgagtaacccgctgtcccacaatggcgatgtagcc
aggacctatgccaaccttctccatcaaatgttcgatgaaaacgcacctgattccatttct
ccccgtagttttaaactgacaatcggacgatatggacctgcattttccggttacggccag
caagactctcaagagtttctacttttcctccttgatggtctgcaggaagatctcaatagg
attcacaagaaaccatatatcgagaaaccggattccacggacgatatggtccatgacaag
gctgcattgcaggaatttgccgatcggaactgggaaatatacaaagcgcgaaacgattca
gtgattactgatctatttgccggcatgtacaaatccacagtcgtttgtcccgcttgtgat
aaagtgagcatcatcttcgatccgttcagcaacctgaccctccaattacccatcgaaaat
gtatggagtaaatacgtatatttcttcccggctcatggtgagccgcttttgattgatgtg
gagatcgataaaaatgctagcatcaaggcgttgaaggagtatgtggcgaaaaaggtcaac
agcgacccgcggcgtttggtcatggcggaaatctatacccaaaaaatttacaaattgttt
tcgaatacttcggctatcagcgactgttcaatcgggcaatcggataacattgccatgtac
gaattagaaactataccgacaagttacgatccagacaaggcaaagaggcaaagctatagc
atgctttacacgggtttacgcggtgacgatgcggacattgtctcctttgactctgaacag
gcggatcgtatccttgttcctatttttaaccgtgttgtaaaaacctctgtcacgaaatat
gcccgtcagcggccgctctttggcgtgcctaggtttgcggttatcacccgcgaggaggca
atggattacgatgcaatactgcggaaagtcttagctcaagttaatactttaacgacgcgg
gatatcctgaccgaggatgaagatgatacaactatgcgctccacctctgcagaagattcc
gatgccgtggtcacgaacgacgatgacgcgagctccaatgactcgaagattaaaatgggc
tctgtggaaggtgaagacggattggttgatgtctccatgcgtgatgctaccgacccttct
tcgcagggaggtagtacgaacccttcgaacgcacccgtcgccagagttcttcagcctaga
agcttcattcctccctcgcttcgaaacctattcgacgtcaagttcgtgaagacccaggat
cctgcggggatagcatattcttctatagacgattccaaggaatttctctctatgatagat
agggtgcgaccgagaaaggcggctaaacgtggaggtcagcgaatgaaaactgttccgcct
caccgttcaaacaacagccctgtcagcagcgaagacgaactttctagaccgcctatttcc
gttcaagttccgcgtaataagcttactgaaaggttgtcgaactactcgagctctgaggag
acaaaggaggacagcgggtcagacactgattcagatccatatcctaccgcccgctcaata
cggaaagagaagggccataatcaaaaaggagtgggttcaaagcgcggccctccatccaat
ctcccttatatccgtcctggcgaggctattgtgctcgactggaccgaatctgctcatgac
gcccttttcggaggagatccccgagataaggaatcgctgcgtggcataccgacatgggag
aatccccaaaggctcccagatcccgaactagcaaggaaacgtcaactacgtcagagtaag
aagcgcatgggcatctcgttagccgaatgcctagacgaatttggcagagaagagattctc
tccgaaaatgacgcttggtactgtcctcgatgcaaagagcatcgccgtgccagcaagaaa
ttcgagctttggacggtgccagacattttggttatgcatcttaaacgattcagtgccaac
cggggattcagagataaattagacgtgctagtcgatttcccccttgaactagatatgtcc
ggaagagcccaagcgccgaatgacggcaagagcatgatgtacgacttgattgccgtcgat
aaccactatggtaccctgggtggtggccattacacggcttacgccaagagctttgctgat
ggtaattggtatgaatataatgattcccatacgtcgagaaagtcagatcccagcgttgtt
gtgacaaaggcagcgtacctgttattctaccgtcggcgctcggatcaccctttaggcggg
tcgtatctggcgcaggtaatagaggcagcaggtcaaaaaaacgcagcagactctgattct
cccgaagactctgacgggaattcgggggaaggcaagcgcctcgacggctcctcccgcaat
gggtcgtcgagcgccttagccggagtcgcagcagctcaccaagcgggagatggtggtttg
cagggcggagtcctcaacaggaatgatgaagacgatacgctgcctgggtacctagattcc
attcaagctggagaaagttctttgagacgtggagatgacttggaaggcatggagattgat
gggtatgaacgcgaatacggcccggggccgttgtcctatctaagagatcaaggttggtca
ttcgatcgtattcacgcaggctcgtactatggtaataatgatgatttggatgataattcg
agcatgaaagccgtcggaggtgatgataccgattccgaaacacaaatacagccgctgggc
agctcggaagggccggctccgctgttctccggcaatgattatgataacgagcatgtgagc
attctgggcatgatggatgttgacgaggacgacgagatgcccgtggtagaactttcagtt
ccagacgaagagtccagcagttga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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