KEGG   Coccidioides immitis: CIMG_00853
Entry
CIMG_00853        CDS       T01114                                 
Name
(RefSeq) ubiquitin C-terminal hydrolase
  KO
K11853  ubiquitin carboxyl-terminal hydrolase 34 [EC:3.4.19.12]
Organism
cim  Coccidioides immitis
Brite
KEGG Orthology (KO) [BR:cim00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:cim01002]
    CIMG_00853
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:cim04121]
    CIMG_00853
Enzymes [BR:cim01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     CIMG_00853
Peptidases and inhibitors [BR:cim01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   CIMG_00853
Ubiquitin system [BR:cim04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    CIMG_00853
SSDB
Motif
Pfam: DUF3517 UCH UCH_1 Hs1pro-1_C
Other DBs
NCBI-GeneID: 4567793
NCBI-ProteinID: XP_004445877
UniProt: A0A0D8JVF3
AA seq 2548 aa
MVACPLDVSSCSQLAASKEVDPPLSPNELMEDSDPRSTRKRPRLDSGNDSLESMAMSTHS
PVGGDDDRPSQSNSNPSAPLPPTSRPSTPEFPSPHRPASRVTINMKSPVLSNPQGTVSDE
LSIIPSAEAQGHDPSSPQRHPSPDVPTQNNKAISITSSPSPTQSVKIEVAELEDIDQSPS
TSNWRSLGDALQAPSMVEEVVQIQEQFSPIESFPRVRQSFDNREVIDDIRNVIEKGHLRA
TPFFVAVKQWFDQCVNNLDQITYETFVEDRDFWEEIPAVVEGLVRREAELLPDEGDGPWQ
CLHGFCVSYAELALHIVQLDNILLRSYTPEPNRRLDLLSRTYWNPLGWILQAKHIPFYKT
MENEYGLEVATLLAQINESICRPEMNTLQVIAEFAKLILEVLPHQPIQAPNFANALSVIH
NIVESGCEAKKFVADEALFKPSTFVEIISQAYEFFRSIDVTYQALISKKAAWVAGDISDT
ILRAISCTYSNICAFDHQLGIQIAQDLEIIYPEGTTPRDFAQIIHFGWKFKVLKKYITDG
RMELRVLGVDTMQQDLVNVWKTNINGNPAGVDYPITRYLVNFIKDNKIVDYIVGVDSHPQ
LISRSGNIVGFLLVTGTYTDQDTDIIWKTVTESHDPRTVSEVLSMLTRTFSMHSQGSSSL
LYLCTKLIELPLNRFDARMIDYCEQLLSTFRMRYGDRGRNTPDYTPVDVVPLRLCVRLIR
EITSVQEISPEQKSHLQRFASRHLFLLIEHGINDRDKMELFEQCIQDISEMNEFTVGSIN
ALVALISPFDTQDIRRLALEFDFTSLIIEELAHALNSDPSGFSEPELSPDLTPRIQLLQR
IVEKVPETVSADLADKLWDSLFSSKKIGDQNRSFAWDILSRCASRCGKKNPFLERCMNEY
LPRILPDDFTADILSFAEQAVSYDIRFHEGPVLEEHEVIAVPGMDRIWHIILTAPSVDIG
IRAINFAIEIYLDHPLIRKAPRSAAEVTHVSLVDRCVDQLREAANKLKTFTDGPASGEDE
AMVIVPSSDESRMEELKFSRSLLFLKQLLHGLRTRPQYTPPQSSPPILPLRNEEMKGEII
QISYQAFNGNSQTQIRTLRTGDLATLSELSQRIARLTGFSKFTLITGGRFLDLVGNGNRT
LRDLKLPSTGLLIVRKNFDALEGSFGGRRQSLTLVDSEVLKHFNDLYEFLNLDERLSKEI
FDFLILFPPQQRVREFVRSADTPESEMFPLDRPYKLLYSISSLMVCVREEALEANPDQEF
ISRTIKNLATFLLHPEMSESLGSSLVKLTFACNFVDCLLAALTAKSTADNSEPFFDDPSG
LVTCLLKFVFLGKTTSQLPLAEFPLQKLISNSFAALLEASMHDKRVWEIFKQNTDMDDIV
LTLLLRDPRPAVRQDIAGIIFALCGMSPSQKQSSKASPKELGLSEKLETTTGIDIVGTLW
KSLTSLIPRSIEFPRTGQQFFEVALVVFQTVGSLSPEDLVFGDYLKQWGNVLLCHRSHEF
VGREPMDCIVLGFAHLLKKCMELSQPKSIIADTRDLMDQLFATYLFPDLSEQIDTEVIEP
AIPVMHTETRQEIYNVLLLLCEDETNCEQMLEILEDVIPRDYTYDPSWVFDRYKTIRSPE
GYAGLRNLSNTCYLNSLFTQLFMNIDFRKFMLQVPAEETDPNQRLLVETKRLFAYMQNTW
QKSVDTLPTVEAIRTFENEMIDITIQMDVDEFYNLLFDRWEGQIQSTEDKKAFRSFYGGQ
LVQQIKSKECEHISERVEPFSAIQCDIKGKSGLEDSLRAYVEGEMMQGDNKYSCTSCNRH
VDAVKRACLKDIPDNLIFHLKRFDFDVSSMMRSKINDEFHFPERIDMAPFKVEHLSNADA
PVEADIFELVGVLVHSGTAESGHYYSYIKERPSRNFGSWVEFNDADVSRFDPSKIPDLCF
GGINDPYHGPNLGPVRFNKVWNAYMLFYQRVSSMEVAQSEYKLSLTDTPVTIPLPLELGN
HIAMENELFLRAYCLLDPNHTRFILGLVQLCRKAVLSGGAKNSKLQKAAVYVALDALDQL
VSRTKEAPALEQLFAELDLATEENPYAAFWVLEWTANRRFGIRNLLLKCPNTVIRAGFSA
LLISSLARLKDRLADPTLEPVRATRYSQEYTILLENILTNLHHLWSGIHLYYRAWDDYFE
LILSIAKFGEFEVEVILDHGFMLKCLEIIWLDKEDSKKLKCHYSNYFRLIEKGRKFSLFK
LMELLYLLFNYIDWSLPPSAEMQQRTNQNGKFSMSVDEADLICPLGRHKELAIVRKIIEQ
QANPAVTRQILRLLVELPSPNVLLDSVYKAIEEGLASEPSALIVPFLEATLVFCEFAPDA
ERILGLVDFAIKSVETLDDAGAEFIGFLRGLLEIQNNKIGQDDAWFWCLVLERTPEWGPC
LLLFEDQAVRTGAYEFLQQLIFSKEDEELPEPHRQYYQKIGRGLAQACLEKLQALYLGGV
SSPLTINARLLEAITLVVNHCTETYFDENENEEDLEFLQQASSILASVGQMTVDVPEEFI
SGSDFPSDAWEDNSMMGSDSDIGFAGSP
NT seq 7647 nt   +upstreamnt  +downstreamnt
atggtagcttgcccgctagatgtatctagctgctcacagcttgctgcctccaaagaagtc
gaccctccgttgtctccaaacgaactcatggaagattcagacccgcgctctacccggaaa
cgacctcgtcttgacagtgggaacgattcacttgaatccatggcgatgtccacccacagt
cccgttggcggggatgacgatcggcccagtcaatccaactcgaacccttctgctcctctt
cctcccacctcgcgcccttccacgccagagttcccgtctcctcaccgcccggccagcagg
gtgacaattaacatgaaatctcctgtcctgtctaacccacaaggcacggtgtctgacgag
ctctcaataatcccgagcgccgaagcacaaggtcacgatccttcgtctccacaacgccat
ccctctcctgacgtaccaacccagaataacaaggcgatctcaataacttcgtccccttca
ccgactcaaagcgtgaaaatcgaagtggccgaactggaggatatagatcagtccccaagc
acgtcgaactggagatcactcggggacgctctccaggcgccttctatggtagaagaggtg
gtgcaaattcaggaacaattttctcctatcgaatcatttcctcgtgttcgacagagtttt
gacaatcgagaagtaatagatgacatccggaacgtcattgaaaagggccatctgcgcgct
acaccctttttcgtagccgtcaagcagtggttcgatcaatgcgtcaacaacctagatcag
ataacttacgagacgtttgtcgaagatcgtgatttctgggaggaaattccagccgtagtg
gaaggtctagtgcgacgggaggcggaacttctccctgatgaaggggacggcccatggcag
tgtttgcatgggttctgcgtctcctatgcagaactcgccctccacatcgtacagttggac
aacatactcctgcgaagctatacaccggagcccaaccgtcgcttggacttgctttcgagg
acatactggaaccctctaggttggattcttcaagccaagcacattccattttacaagaca
atggagaatgagtacggtctagaggttgcaaccctcctggctcaaataaatgagtctatc
tgtcggccagagatgaacacacttcaggtcatcgccgagtttgccaagttaatattggaa
gtgcttccccatcagccaatacaggcacccaattttgccaatgctctatccgtcatccac
aacattgttgaatccggatgtgaagccaaaaaatttgtggcggatgaagcattgttcaag
ccatcgacattcgtggagatcattagccaggcttacgaattctttcgttctattgatgtc
acgtaccaggcacttatctccaagaaagcagcatgggttgccggtgacatcagtgacacc
atccttcgtgcaatcagctgtacctactctaacatctgtgcgtttgaccaccaattaggt
attcagatcgcccaggatcttgaaattatataccccgagggcaccacacctagagatttc
gcccagattatccattttggctggaagttcaaggtcctcaaaaagtacatcacagatgga
aggatggagttacgtgtcctgggggtagatacaatgcaacaagatcttgtcaacgtctgg
aaaaccaatatcaatggcaatccagcgggagttgattatccaattacaaggtatcttgtg
aattttatcaaggacaataaaatagtcgactacattgtcggggttgattcacatcctcag
ctgatttctcgaagcgggaatattgtgggatttcttcttgttaccggcacgtacacggac
caagacaccgacatcatttggaaaacagtaaccgagagccatgatccacgcactgtttcc
gaggttctgtcgatgttaactcgtacatttagcatgcattcccagggctcttcctctctc
ctttatttatgcacgaaactgatcgaattacccttgaaccgatttgacgcaagaatgata
gattattgcgagcaactcttgagcacctttagaatgaggtatggggataggggaaggaac
actcccgactacacgcctgtagatgttgtgcccctgcgactgtgcgtccgtttgattcga
gagattacttctgttcaggaaatttccccggaacaaaagtctcaccttcagagattcgcc
agtcggcatctctttcttctgatcgaacacggaattaacgatcgtgacaagatggagcta
tttgaacagtgcattcaggatatttctgagatgaatgaattcactgtcggaagcataaac
gctctagttgctttgatttcgccatttgatacccaggacattcgtcggctagcattagaa
tttgattttaccagcttgattattgaagagcttgcccatgctcttaattctgatccttcg
ggtttcagtgaaccggaattgagccctgatttgacccctcgaattcaactccttcagcga
attgtggagaaagtgccagaaaccgtcagtgcagatttagctgataagttgtgggatagc
cttttctcttcaaaaaaaatcggcgatcaaaatcgaagcttcgcctgggacatattatcg
aggtgtgcatcccgctgtgggaaaaagaatccgttcctggaacgatgcatgaatgaatat
cttccccgcattttgccagacgacttcaccgcggatattctctcctttgcagaacaagcc
gtcagttacgacattcgatttcacgagggcccagtccttgaagagcacgaagtcatagct
gtgcctgggatggatcgtatttggcatatcattctcaccgcaccatcggttgatattgga
attagagctatcaattttgctatcgagatttacctcgaccatccgctaatacgcaaagcc
ccaagatcggcagcggaggtgacacacgtgtccctggttgatcgctgtgttgatcagctt
agagaagctgctaacaagctcaagactttcaccgacggacctgctagtggagaagatgaa
gctatggtgattgttccgtcctcagatgagtcgcggatggaggagctgaagttcagtcgt
tctctactcttcttaaagcagctgctccacggcttacggaccaggccccagtatactccc
ccccaaagcagtccaccaatattaccgctcaggaatgaggagatgaaaggagaaataatt
caaatttcatatcaggcattcaatggaaactcgcaaacgcagatccgtactcttcgcacc
ggagatcttgcaaccttgtccgaattatcgcagcgcatcgctcgtctaactggattctcg
aagtttactttgattactggcggacgattccttgatctagtaggaaacggtaatcgcact
ttgcgtgacctgaaacttccatcgacgggactgcttattgttaggaaaaatttcgatgca
cttgaaggctcgtttggcggcaggaggcaatctttgactctagttgactcagaagtgctg
aaacatttcaacgatctctatgagttcttgaacctggatgaaagattatcgaaagaaata
tttgactttttgattcttttcccgccgcagcaacgagttcgagagttcgtgcggtccgcg
gacactccggaatctgagatgtttcctctagacaggccgtataagcttctctactctatc
agctccctgatggtatgcgtcagggaagaagcattggaagccaatcctgaccaagaattc
attagccgcactatcaaaaatttggctacctttttgctccaccctgagatgtccgaatct
ttgggtagcagcctagtgaagctgacattcgcttgtaattttgttgactgcttattagca
gcactgacagcaaaatcaaccgccgacaactccgaacccttttttgatgacccttcggga
ctggttacctgccttctgaaatttgtgtttctcggaaaaaccacttctcagctcccactc
gccgaatttccacttcaaaaattgatatcaaattcatttgctgccctattagaagcttca
atgcatgataaaagggtttgggaaatattcaaacagaataccgacatggatgatatcgtg
ttgactctcctgctacgtgatcccagacctgctgttcgccaagacattgcagggatcatt
tttgccctatgcggcatgtcaccttcgcaaaagcagtcatcaaaggcttctccgaaggaa
ctaggactctctgaaaagctagaaacaaccaccgggattgatattgtggggactctgtgg
aaatctctcacttcgttgattccccggagtatcgaatttcctcggactggtcagcaattc
tttgaggtcgctttggttgtttttcagacggtaggaagcttgtcacccgaggacttagtt
ttcggtgattatctgaagcagtggggaaatgttcttctttgccatcgaagtcatgagttt
gtcgggcgggaacctatggactgcattgttttaggatttgcacacctcttgaaaaagtgc
atggagctttcgcagccaaagagcatcatagcagacaccagagatctcatggaccagctc
ttcgcgacctatttatttcctgatttgtcagagcaaatcgataccgaggtcattgagcca
gctataccagtgatgcacacggaaactcgccaggagatttacaatgtattacttttgctt
tgcgaagacgaaacgaactgtgagcagatgctcgagattttggaagatgtaatcccacga
gattatacctatgatccgagttgggtcttcgatcgttacaaaacaatccgatcgcccgaa
ggatatgccgggttgaggaatttatccaacacttgttacctcaactccctatttacccaa
ctgttcatgaatatcgacttccgcaaattcatgctgcaggttccagcggaggagacagat
ccaaaccagagacttttagtagaaacgaaaaggcttttcgcgtacatgcaaaacacatgg
cagaaaagtgtagacacgcttcctacggtagaagctattcggacgttcgaaaatgaaatg
atcgatataactattcaaatggacgtcgacgagttctataaccttttatttgacagatgg
gaaggccagatccagtcaacggaagacaagaaagcatttcgctctttctatggtggtcaa
ctagtccagcagatcaaatcaaaggaatgtgaacacatctcggaacgggtggagccgttt
tctgcaattcagtgcgacatcaagggtaaaagtggcttggaagatagtctgcgggcttac
gtggaaggagagatgatgcaaggagataacaagtactcatgcacatcatgtaaccgacac
gttgatgctgttaaaagggcgtgtttgaaagatattccggacaatctaatctttcacctg
aagaggtttgatttcgatgtcagctctatgatgagaagcaaaatcaatgacgagtttcat
ttcccggaacgcattgatatggccccgttcaaggttgaacatcttagcaatgcggatgca
cctgtggaagccgatattttcgagctcgttggtgttttagttcatagtggtacagcagag
tctggccactattattcctacatcaaggaacgcccaagccgcaattttggctcgtgggtg
gagttcaatgatgccgacgtcagcagatttgatccttccaaaatcccagacctgtgcttt
ggaggcataaatgatccctatcacggaccgaacttaggcccagttcgcttcaataaagtt
tggaacgcgtacatgcttttctaccaacgcgtatccagcatggaggttgcccagtccgag
tacaagctgtctttgactgacaccccagttactatacctctccctctggagcttggcaat
catatcgccatggagaacgaattattccttcgggcctactgtcttctagatcctaatcat
actcgcttcatacttggccttgtccagctgtgcagaaaggctgtcctttcagggggcgcg
aaaaattcgaaactccaaaaggcggcagtctacgttgctctagacgcattggatcagctt
gtgtcgagaacaaaggaggcaccagccttggaacagctgttcgccgaactcgacctagcc
accgaggaaaatccctatgccgcgttctgggttcttgaatggacggcgaatcgccggttt
ggaattcgaaacctccttctaaagtgcccaaataccgtcattcgtgccggattttccgcg
ttgctaatatcctccctggctcgtctgaaggatcggttagctgacccaactctggaacca
gtcagggcgacgcgctactctcaggaatacacaatcttactcgaaaatattctaacaaac
cttcatcatctgtggagtggaatccacctgtattaccgagcgtgggatgactactttgaa
ctcatcttgagcattgccaagtttggtgaatttgaggttgaagtaattctggaccatgga
ttcatgctaaagtgcctggagataatctggctggacaaagaggatagtaagaaactgaaa
tgccactattcaaactactttcggctgatcgaaaaagggcgaaaattttcactgttcaag
ctcatggagttgctctatctccttttcaattatattgactggagccttcctccatcagct
gagatgcaacaacggacaaaccaaaacggaaaattttctatgtcagtagacgaagctgac
ttgatctgtcctcttgggcggcacaaagaattggctattgtgaggaaaattattgagcag
caggcgaacccagccgtgaccaggcagattctcaggcttcttgtcgagttgccttctccc
aatgtgctcctggacagcgtctacaaggctatagaggaaggactagcgtctgaaccttca
gcgctcatcgtgccattccttgaagcaacactggtgttctgtgaatttgcgccagatgcc
gaaagaattctagggcttgtggatttcgctattaaaagcgtcgagactcttgatgatgct
ggtgcggaatttatcgggttcttacgaggacttctagaaatacaaaataataagatcgga
caggatgacgcctggttctggtgtcttgtgcttgaacgcactccagaatggggtccttgc
cttctcctatttgaggatcaggcggttcgaactggtgcatacgagttcctgcaacaactc
atattttcaaaggaagacgaagagttgccagaaccgcatcgtcagtattaccagaaaatt
ggtagaggacttgcacaagcttgtcttgagaagttacaggctttgtatcttggaggagta
tcgtctccactgactatcaatgctcgattgctcgaagctatcactcttgtggtcaatcat
tgcacggaaacgtacttcgatgagaacgagaacgaggaagacttggaatttcttcagcag
gcatcgagcatcctcgcatcagttggacagatgacagtggatgtacccgaagagtttata
tctggatctgacttcccttcagatgcgtgggaggataattcaatgatgggaagcgactct
gacattggatttgccggctcaccatga

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (55)   

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