KEGG   Fusarium pseudograminearum: FPSE_09631
Entry
FPSE_09631        CDS       T03456                                 
Name
(RefSeq) hypothetical protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
fpu  Fusarium pseudograminearum
Pathway
fpu04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:fpu00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    FPSE_09631
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:fpu04121]
    FPSE_09631
Enzymes [BR:fpu01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     FPSE_09631
Ubiquitin system [BR:fpu04121]
 Ubiquitin ligases (E3)
  HECT type E3
   FPSE_09631
SSDB
Motif
Pfam: HECT HEAT HEAT_EZ DUF1833 RPA43_OB CLASP_N
Other DBs
NCBI-GeneID: 20368248
NCBI-ProteinID: XP_009261023
UniProt: K3VY64
Position
4:complement(7270238..7276065)
AA seq 1869 aa
MSSRITRSSARQAASQAAQTNNFAPAAADVPTTAASSTPASRKRKGLATEKSPNTALSSG
SSGRRSKRQKIPEAAPPSTNNNNHQPAPRARRKGKPAAEMDSPENNRPGSANPAESSIPS
GSSSRKSSRSKKPTGSTQESAQGSTLTTRRSKRNLDSAVDQDTPMTGTDENRDPGPPPPP
PPPVDHHDDDDSEENDEDDDEEGSRRYDDDDDDDDPFGGFGGPPGSLGSTLRALTGMMSG
LTSRFRELLHNLRVDDLSVQLIALQELSEILLVSNEDNLTGHFSPDAFVKELVTLMNKEE
SPEIMLLACRSLANLMEALPASVANVVYGNAVPVLCQKLLEISFIDLAEQALSTLEKISV
EYPTSIVREGGLTACLSYLDFFATGTQRTAVTTAANCCRNIPEDSFPVVRDVMPTLLNVL
NSNDQRVVEQASLCVSGIVESFKYHPHKLEELVSVDLLRGVLRLLVPGTTNMISSSIHTQ
FLRVLAFTARASPRLSAELFKLNVVETLYQILTGVSPPSGTEDVASKLDSVVIMQALIHR
PREQIIETLNVICELLPNLPRNADPSFGDFVELIASTEPPHPVSSGGRNRRTTNEKRIEL
LEDCKDEVRRFALIIFPTLTDAFSSTVNLSVRQKVLTAQLKMLSNLDEDILVEALTPVPY
ASFLASILSQQDHASLVMLGLQAAELLLSRLDKIYRYQFYREGVFLEINKIAEEEDPVEP
EPEKNEKLEGDDGRTAEQANEHSSEHESEHDEDEEDEERESSDDDDDEDEENDNENGDAN
NDDMSPVSSRGSTVSLEVPLGRYISDVRSMKSRTRDVAKKFLETHETEGHGQAMKAKATA
ILDALSELAGELETFYLKRSTGNIVADKGKELFAKLASYFDTDVLESVTSAELLASGLVR
VLLEIFSNPDEELARAAQSTFLEVFMAYTVKSKPKTATAESPATPFSVMIHKLQDLLSRS
EHFEVITVHHNTFDGNHSSPASMLGKQIRLRLVADDELEVPKPYRNIMVSIHAIATFKSL
DDYLRPRLSITDRPRGSARRDGVARALAAMASSAGFAGLPLSTAAAARLAAADAGNPFAG
TPPVPPPPAAPTPSSSRTLRKSKSQAAPATPDQSAGSSRDKGSLRRSTRRHGAASTPPAP
RPPPGDDEEMQDTLECADEKQLTDDDDIGESSALDAIVGELEEDMEDESTPGDTSAVNME
VATGGHVTARKEDGTRIATPTASGAPSRAGGAPAGAHGTPTPATSSSRAMSYASALQAVP
QDWHVEFSLDNKLIPNETTIYRAVHTSASNSDEHISRSIWSTIHPIKFKRVPGPPPAETL
SFTSNSEADGEDEHGIPASLAKHPTTSSILRLLNILHDLNSNIEDVLVEKKNSVIGLNVE
PLSQFVNTKLTAKLNRQLEEPLIVASNCLPSWAEDLARLYPFLFPFETRHLFLQSTSFGY
ARSMTRWQNTQSAEENRRDRNNERPFLGRLQRQKVRISRQKILESALKVMELYGASQSIL
EVEYFEEVGTGLGPTLEFYSTVSKEFSKKKLKLWREVDSNDSDEFVSGATGLFPRPQSDE
EAGTPNGERILHLFKMLGKFVARSMIDSRIIDLHFNPIFFRIGDAITGVKPSLGAVKIVD
PGLARSLKAIKQFSLAKKEIDEDPSRTAAQKVADTENITIEGVKLDDLCLDFTLPGYPNI
QLEDNGSQKRVTIDNVDTYLEKVIDMTLGSGVRRQVDAFRAGFSQVFPYSALSAFTPDEL
VTLFGRVDEDWSLETLLDSIKADHGYNMDSKTVKNLLHTMSQFNPSERRDFLQFTTGSPK
LPIGGFKSLTPMFTVVCKPSEEPYTSDDYLPSVMTCVNYLKLPDYSNVEAMKKQLSTAVK
EGQGAFHLS
NT seq 5610 nt   +upstreamnt  +downstreamnt
atgtcttctagaatcaccagatcttcggcccgtcaagcagcgagtcaggcagcccaaacc
aacaattttgctcctgccgctgctgacgtcccgaccaccgcagcctcctctaccccagcc
tcacgcaagcgaaaagggctcgctactgagaagagccccaacaccgcattgtcatccgga
tcttcaggtcgacggtccaagagacaaaagattcccgaagcggctcctccctccaccaac
aataacaatcaccaaccagcacctagagccaggcgaaagggaaaacccgccgcagagatg
gatagcccagaaaacaacaggcccggatctgcgaaccccgccgaatcttctattccttcc
ggctcttccagccgaaaatccagccgctccaagaagcccactggatctacacaagagtca
gcacaaggctcgaccctaaccacacgaagatcgaaacgaaaccttgatagcgcagtcgat
caagatacgccaatgacgggcaccgacgaaaacagagacccgggaccaccgccacctcct
ccccctcccgttgaccaccacgacgatgacgatagtgaagaaaacgatgaagatgacgac
gaggaaggatcacgaagatacgacgatgacgatgacgacgatgatccctttggcgggttc
ggtggccctcctggcagtttgggtagcactttgagagcgttgacggggatgatgtctggc
ctcacatcgcgattcagggagctccttcacaatctacgggtagacgacctctctgtgcag
ctaatagccctgcaggagctttcagagattcttctggtatcgaacgaagacaatcttact
ggccatttctcgccagatgcattcgtcaaggagctggttacactcatgaacaaggaggaa
agccccgagataatgctgctagcttgccggtctctagcaaacttgatggaggctttgccc
gccagtgttgcaaacgtcgtatatggaaacgccgttcccgtactgtgccaaaagctcctc
gaaatatcctttatcgatttggccgaacaggctctaagcacgctggaaaagatttcggtc
gagtatcctacaagcatcgttcgggagggaggacttactgcgtgcctttcatacctcgac
ttctttgccacaggcactcaacgaaccgctgtcacgaccgccgccaactgttgtcgcaac
attcctgaggattctttcccagttgtgcgggatgttatgcccacacttcttaacgttctc
aatagtaacgatcagcgtgttgtcgagcaggcctcgctctgtgtgtcgggtatagtggag
agctttaaataccaccctcacaagcttgaggaacttgtcagcgtggatcttcttcgtggt
gtgctgcgtcttctggttcctggcactaccaacatgattagctccagcatccatactcaa
ttccttcgggttttggctttcactgcgcgagccagtcctcgcctttctgccgagcttttc
aagctcaacgtggtggagacactgtaccagattctgacaggagtatcaccaccaagtggt
actgaggatgtcgcctcaaagctggatagcgttgtaatcatgcaggcccttattcaccgt
ccccgagagcaaattatcgagactctcaatgtcatttgcgaacttcttcctaacctgccg
cggaacgccgacccatctttcggagatttcgtcgagcttatcgcttctacagagccacca
cacccagtatccagtggaggacgaaaccgcaggaccacaaacgagaaacggatcgagctt
ttggaagattgcaaagacgaagtccgtcggtttgctcttatcatctttcctactttgaca
gacgccttctctagtactgtcaacttgagtgtccgccaaaaggtactcacagcgcagctc
aagatgctctccaacctcgacgaagacatcctggtagaggctttgactcctgttccctac
gcctccttcctcgcctctattctttcgcaacaggatcatgcatctctcgtcatgcttgga
ctccaagcagccgaactcttgctgagccgcctcgacaagatctatcgctaccaattctac
cgcgaaggtgtcttcctggaaatcaacaagatcgccgaagaggaggatccagttgaacca
gagccggagaaaaacgaaaagttggagggcgacgatggacgaaccgcggaacaagcgaac
gaacactcttcggagcatgagtctgagcatgatgaagatgaggaggatgaggaacgcgag
tcatctgacgacgacgacgatgaggacgaagagaatgataacgaaaatggcgatgcaaac
aacgatgacatgtcccctgttagctcccgaggatctactgtgtctctcgaggttcctctt
ggccgctatatctccgacgttcgttcaatgaagtcccgaacccgagacgttgccaagaaa
ttcttggagacccatgaaaccgagggccacggacaagcgatgaaggcaaaggctacagct
attcttgatgctctgtcagagttggcaggcgagttggagaccttctatctcaagcgatcg
accggaaacattgtggccgataaagggaaggaacttttcgcgaaacttgcatcatacttc
gatacagacgtcctggagagtgttacaagcgcagagcttctggcatcaggcctggtccgc
gtcctccttgagatctttagcaatcctgacgaagagctggcccgcgccgctcaatcaacc
ttcttggaagtcttcatggcctacactgttaagtcaaagcccaaaacagcgactgcagag
tcgccagcaacgcctttcagcgtcatgattcacaagcttcaggacttgctcagtaggtca
gagcattttgaggttatcacggtgcatcacaacacattcgatggcaaccacagcagccct
gcctctatgctaggcaagcagatcagacttcgtcttgttgctgatgacgaactcgaggta
cccaagccataccgaaacatcatggtgtcaatccacgccattgcgacattcaagtctctg
gatgactacctacggccgcgactcagcatcaccgatagacctcgtggctccgcccgtagg
gacggagtcgctcgagcacttgcagcaatggccagcagcgccggctttgctggtctccct
ctcagtaccgcagcagcagctcgactagctgcggccgacgcgggaaacccattcgcaggc
actcctccagtacccccgcctcctgctgccccaacaccttcaagttcacgaaccctccgc
aagtcaaagtcacaggctgctcctgctacaccggaccagtctgctggatcgtctcgagac
aaaggctcactccgccgatccactaggcgacatggcgccgccagcacgccaccagctccc
cgacctcctccaggtgatgacgaggagatgcaggatacacttgagtgtgctgacgaaaag
caactgacagacgatgatgatattggagaaagcagtgcactggacgctattgttggtgag
cttgaagaagacatggaggatgaatcgactcctggtgacacttcggctgtcaatatggag
gtagccactggcggccatgtgacagcacgcaaagaagacggtactcgtattgcgaccccg
accgcatctggggcgcccagtcgtgccggaggagcacctgccggggctcacggcacaccc
accccagctacgtcatcgtcaagagctatgtcttacgcctctgctcttcaggctgtaccc
caagactggcatgttgagttcagtcttgacaacaagcttatccccaacgagaccaccatc
tatcgtgctgtgcacacctcagcatcgaactcggatgagcatatcagccgaagtatctgg
tcgaccatacatcctatcaagtttaaacgagtccctggaccaccccccgcagaaactctg
tcgttcacatccaattcggaagcggacggcgaggacgagcacggtattcctgcttcactc
gcaaaacatcccacaacatcgtcaattttgcgactgttgaatatccttcatgacctcaac
tcgaacatcgaggatgtcttggtcgagaagaagaacagcgtcatcggcctcaatgttgag
ccgctgtctcaatttgtcaacacgaaactcacggccaagttgaaccgccagttggaggaa
cccttgattgttgctagcaactgtctacccagctgggcagaggaccttgctcgcctttac
ccgttcctcttcccatttgagactcgacatcttttcctccagtctacatcctttggatat
gcccggtccatgaccaggtggcagaacactcagtcagcagaagagaaccgaagagatcga
aacaatgagagaccattcctcggccgacttcagagacagaaggtgaggatatctcgccaa
aagatcttggaatctgccttgaaggtgatggagctttatggtgcctcccaaagtattctc
gaggtcgagtattttgaggaggtgggcactggccttggtcctactctcgagttctactcg
actgtttcgaaagagttctcaaagaagaagctcaaactgtggcgcgaggttgattcgaac
gattcggacgagtttgtctctggagccactggactcttcccccgaccccagagtgacgaa
gaggctggaacaccaaatggagagcgaatcttgcaccttttcaaaatgcttggcaagttt
gtcgcacgatccatgattgactcgcgaatcatcgatcttcattttaaccctatcttcttc
cggattggagatgccatcactggagtgaagccgtcactgggagctgtcaagattgtcgat
cctggtctggctcgctcgctgaaagccatcaagcagttttccttggccaagaaagagatc
gacgaggaccctagccgtacagctgcacaaaaggtcgccgatacagaaaacatcaccatt
gaaggcgttaagctcgatgacttgtgcctagactttactctacccggatacccgaatatc
cagctggaagacaatggctcgcaaaaacgggtcactattgacaacgtagacacttaccta
gagaaggttatcgatatgaccctcggttctggtgttcgccgccaagttgacgctttccgc
gctggattctcacaagtcttcccttactcagcactcagtgcttttacacccgacgagctt
gtcaccctgtttggtcgcgttgacgaggactggtctctagagactctactcgattctatc
aaggctgatcatggctacaatatggacagcaagactgtgaagaatttgcttcataccatg
agtcaattcaacccatcagagcgccgagactttttacagttcacgactggaagccccaag
cttcctatcggaggattcaagtctttgacaccaatgttcactgtcgtctgcaagcccagc
gaagagccatatacgtctgatgactatctgcccagtgtcatgacatgtgtcaactatctg
aagctcccagattactctaacgttgaggctatgaagaaacaactctcgacagcagtcaag
gaaggtcagggagcattccatctgtcttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (19)   

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