KEGG   Fusarium oxysporum: FOXG_09226
Entry
FOXG_09226        CDS       T04882                                 
Name
(RefSeq) hypothetical protein
  KO
K12879  THO complex subunit 2
Organism
fox  Fusarium oxysporum
Pathway
fox03013  Nucleocytoplasmic transport
fox03040  Spliceosome
Brite
KEGG Orthology (KO) [BR:fox00001]
 09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    FOXG_09226
  09122 Translation
   03013 Nucleocytoplasmic transport
    FOXG_09226
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fox03019]
    FOXG_09226
   03041 Spliceosome [BR:fox03041]
    FOXG_09226
Messenger RNA biogenesis [BR:fox03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    TREX complex
     FOXG_09226
Spliceosome [BR:fox03041]
 Complex C
  Other components
   EJC/TREX
    FOXG_09226
 Other splicing related proteins
  Spliceosome associated proteins (SAPs)
   TREX complex
    FOXG_09226
SSDB
Motif
Pfam: THOC2_N Tho2 Thoc2
Other DBs
NCBI-GeneID: 28950806
NCBI-ProteinID: XP_018246316
UniProt: A0A0J9VAX8
Position
9:1014533..1022982
AA seq 2420 aa
MPPGKRKRSDRHSVEGGRSSPHRPGDTALGQHDRDDNMARGRGRGPRGPGRRDSSQGQNR
GPPNHQQNPSSTQRRPSSSHTPQPPAPPPPAPVIKRPTYAPPPLLRPPSPVRSNYRYNNL
TDEKISAWAESGRNAIIQHGKQSREDVDITELSSLFQEFVHAVVEARLPPADAGACVKEI
LGDETTEIIKDSYAFAPHTLFLDSLSIVMDNEPAIYRPTLREFVLTSGVSSNLMRQVLEA
EVLQRIGLIRDNFVKLGIKQATNLLYRQANYNLLREETEGYSKLITELFTTSSVTPPPPE
MAEQTFERIKALIGTFDLDVGRVLDVTLDVAAAVLIKQFKFFVKFLRVSSWWPRSHLKFS
AAVYVGGLPLWATPDYSQWTTTEDDEKLLEEKKRVRDIAFWDRAREVHMEAFFELGGRQV
ADSDSQQLTITNGAKGDDAAADIERQWVQETKTLPPPGNRTAAQLLGFKLRFYNSDARDQ
TDVLPANLLYLAALLVKIGFISLTDLYPHLSPADEDMETVKEKEMKRIEEEERSSRGGPM
NALLMAGVLPQGDDDNPNSSNLPRRELPKKVEAETKEAATETADNKPKLPEPLEQKVALL
TQLLTIGAIPESLFILGRFPWIPEVFPEVLERIHRILHHCVDKVFRDSRPVVVGETGCPT
KFVPDFDQSGLPKGSVRLSRLTTRKSLRWPFPDKVDTNESQNYRYYWDEWADNIPVCQTV
DDIFTLCGTLLNISGVNIGKDEALLTKLARIGAKSLAEDKSEHNLTRWHDLLRRLLMPAL
SHTKANASAVNAIWELLRHYPMTTRYSMYAEWFEGQISRLPAMKAAFAKATSETRGTMKR
VSLTNLSEMAKQLAKTSYSSPGIVFRVAFEQLESYPNLIDAFVECAKYFTDLSYDVLVWS
LMSSLGKSRSRTQAEHALTTSKWLQALSRFSGRVFRRYTVLNATPVLQYVNHQLIQGNST
DLIILKELITSMGGIVDSVDFTDLQILSMAGGEYLRRHTLIRGQDKRFENIKSSKRLIQA
LTESKLAAQLLINLAQYRQAAPFQVPEDEAHIKYLSSMIDDSHRILVQYLDLLWSNMDPS
TFDDLVPSIPELIHSYGLDPSLAFLIGRASLSHRMHPWKQKKVDEAKEKAQVTQSTDKEG
DVSMSDTPAASGGNETPSQEAVQAEEQAGAQNSPAPNPATNSQQSQKSEDSSLAKSTLQP
IVDAIQDTVRPEIWQKITPELYANFWALQLGDLYCPDKIYRQEKDRLRAEEVAISRDRSD
MSRRGQERKVEKRKELMQLQIGLSEENSEHLLRQAKWKIYLNKQFQTSFPEPRAKPDTIS
DILLEQCFIPRMLLSKADAEYTYKFIKALHEGNAPGFQLMSLYDRLFNANRLRALIFTST
VMEAEYLGRFLKLILEDLSRWHKNATVPNEKDKSRDQPRLGVYEKEAKGPPDQPRLGFAL
TFDDNDKPLTFVEHEQFRDLLFRWHKNLNSALRSCLEGTEWMHIRNAITVLKAVLDFFPA
IDFMATKFSSLLQTITKQESAAKPFPDSEVGGRVDLSVAAQGAMSELQRRKSKWVMVQAF
RPGGAGAAQNEADKTTNLRATAPEFKPGPSKQSRGKQTTAEEEDGEVKDGKDLKNSATDP
TKPTGPAKDLLPAKPGSSRDSKRDHTPSGPRASNNNSGAGAGAKHDSRPNTLPERPPHTL
PSRPDVPIPAHYTPERFNQSRGHERRDGKEPRDARSRDSREPREPRDARDQREPREPRES
RDQRDSRNFDPARPDRSRDFSERRTQDHGRESSRTDGSSRRGEHERDRTRDSKSGRGHDH
GRLNETPAPAPTAPAAAVEAPEPHINPERAALFAQDNERARAPDSDRASRGRKNAPVEPM
DTINPERAALMGNRDNTPSRAPRNEPRDHNARVQSPRRGGRYGHESGQPEGGREDRHDRN
YPVEHRPSSGRDPRERSPYRGDRPMDREAERVSAPKGRDASSFHGTPSRVPEPEHKPPHQ
DDSYGRLNSIQNVTEIPYGPRARGRGSNRGHGGPQGLPGRLDGRFAGAEGERPPTPDRPP
PTGPAASGRGRRGFEQNNGPVTPSGTPSGPQNRMRNAGPSQGLPSPASTNATPSGVHPER
LAQIGAQVGAVPPPPPGPPPTHPHGHNHGHNRQSMPGTNTPDRGPGPGQRQTPGSYAGSP
AGEPNVPTGPASSNERVRNGGGRRQLAGINSTLQQAQANMPDVSRSNSGRSRHSRQTLGN
SDAQVLTGGSPTATPAQERQDPIRNESSSRAPANGEESSGRSEHDRSRRGDRESRSSRAS
RRGSRERERDRSPGREREGKEHREYRDRRSGAGEGGREERESRRSNRDQSGAPREPMGPP
PAGGRDLVQGREGRHRGDGQSGRSGEDWGGSGRGGGRGGQRDGGLRPEDRRDGREDRGRK
RRSEEGVGSLSSDREKRPRR
NT seq 7263 nt   +upstreamnt  +downstreamnt
atgcctccgggtaaacgaaagagaagtgatcgccattccgttgaaggcggccgatcttct
cctcatcgacccggtgataccgcacttggacaacacgaccgcgacgataacatggctcgt
ggtcgcggcagagggcctagaggtcccggtcgacgcgattcatctcaaggtcaaaaccga
ggacccccgaatcatcaacagaacccttcatcaacgcaacgacgacccagctcttctcat
acaccacagccaccggcaccacctccccctgcgccagtgataaaaagacctacttatgca
ccgcctccgctgttgcggccgccctctccggtccgttctaactatcgctataataatctt
acggacgagaagattagcgcttgggctgagagtggtcggaatgcaatcattcagcatgga
aagcagtcgcgggaagatgttgacatcacggagctgtcaagcttgttccaagagttcgtg
cacgcagttgtcgaagctcgattaccaccagccgatgcaggtgcctgcgtcaaggaaatt
cttggtgacgaaacgacggagattattaaggattcatacgcgttcgctccccacactcta
tttcttgactccttgtccatagtcatggataacgagcccgccatttacaggccgactctt
cgcgaattcgtcctgacatctggcgtatcgtccaacctaatgcgacaggtgctcgaagct
gaagtcttgcagcggataggacttatcagagataactttgtcaaactaggtatcaaacaa
gcaacaaaccttctataccgacaagccaactacaacctgcttcgcgaggagacggaagga
tattcaaagctcattacggaacttttcacaactagcagtgtgactccccctcctcccgaa
atggcagaacagaccttcgaacgaatcaaggctcttatcggtaccttcgatcttgacgtc
ggcagggtattggacgtaaccctcgacgttgcagctgctgttctcatcaagcagttcaaa
ttcttcgtcaaatttctacgcgttagctcctggtggcctcgatctcatctcaaattcagt
gccgcagtctatgttggtggtttacccttgtgggcaaccccagactactcgcagtggaca
acgacggaagacgatgagaagctcttggaggagaagaagcgagttcgagatattgctttc
tgggatcgagctcgggaagttcacatggaggctttctttgagcttggtggtcgacaagtc
gccgactccgactcgcaacaacttaccatcaccaacggtgccaagggcgatgatgctgcc
gctgatattgaaaggcagtgggtgcaggaaaccaaaaccctcccaccccctggcaacaga
acggctgcacaactactcggcttcaagttgcgtttctacaactccgatgctcgcgaccag
acagacgtactccccgccaatcttttatacttagctgctcttcttgtcaagattggattt
atttccttgaccgacctatatccgcatctttcgccagctgatgaagacatggaaacagtc
aaagaaaaggagatgaagaggatcgaggaggaagaacgatcttctcgcggtggtccgatg
aatgcccttctcatggctggtgtcctgccccaaggtgacgatgataaccccaatagctcg
aatctgcctagacgagaacttcccaagaaggttgaagcagaaacgaaggaggctgccaca
gagactgcagacaacaagccaaaactgccagaaccgttggaacaaaaggtggcattgctc
acccaactattgaccataggagctattcccgaatcgctattcattcttggtcgcttccca
tggatcccagaggtcttccccgaggtcctcgaaaggattcatcgcattcttcatcattgc
gttgacaaggtcttccgcgacagccgacctgtcgtggtcggcgagactggatgtccaacc
aaatttgttccggatttcgatcagtccgggcttcccaaaggcagtgttcggttgagcaga
ttaacaacccgcaagtctctaaggtggccattcccggataaagtcgacaccaacgaatcg
caaaattatcgatactactgggacgagtgggctgacaacatccctgtttgtcagaccgtg
gatgatatcttcactctctgcgggacactgctcaacatttctggtgtcaatattggcaag
gacgaggctctgttgaccaaattggccagaattggagcgaagagtcttgctgaggacaaa
tcagagcacaatcttacccgatggcacgatctacttcgacgactgctgatgccagctttg
agtcataccaaggccaacgcttcagctgtcaacgcaatttgggagctcttaaggcattat
cccatgactactcgctactccatgtacgccgaatggtttgagggacagatttctcggttg
cccgctatgaaggcagcttttgcaaaggccacgtcggaaaccaggggcaccatgaagcga
gtttctctcacaaacttgagtgaaatggctaagcaactcgccaaaaccagttactcatct
cctggtatcgttttcagggttgctttcgagcaattggagtcctatccaaacctgatcgac
gcttttgtggagtgcgccaagtactttacagacctctcctacgatgtgcttgtatggtcc
ttgatgagctctcttggcaaatcaaggagtcgtactcaagctgaacacgctcttactacc
agcaaatggctacaggccttgtcaagattctctggcagagtctttcgacgatacacagtt
cttaacgccacgccagtcttgcaatatgtcaatcatcagctcattcagggcaactccacc
gacctcatcattctaaaagagctcatcacctcgatgggtggtattgttgactcggttgat
ttcactgaccttcaaatcttatccatggctggaggtgaatacctgcgacgccatactcta
attcgcggccaggataagcgattcgagaacatcaagagttcaaagcgtctcatccaagcc
ttgacggagtccaagcttgccgcgcagttactcattaacctggcacagtaccgacaagca
gctccctttcaggtgccggaagacgaagcccacattaaatatctatcctcgatgattgac
gattcgcatcgcattttggttcaatacctcgacttgctctggagcaacatggatccatcg
accttcgacgacctcgttccctcgattcctgaactcatccattcgtacggcctcgaccct
agtctggcttttctgattggcagggccagcctttctcatcgcatgcatccgtggaaacag
aagaaggttgacgaggcgaaggaaaaggctcaggtcacgcaatctacagacaaagaaggc
gatgtttcaatgtctgatacacctgctgcatccggtggcaacgaaacacccagccaagag
gcagtgcaggctgaagaacaggctggtgctcaaaactcaccagcaccgaaccccgcaact
aattcacaacaatcacagaagtcggaagattcctctcttgccaagtcaacattacagccc
attgtggatgccattcaagatactgtccgtcctgagatctggcagaagattaccccagag
ctctatgcgaacttctgggctcttcagctaggtgacctctattgtccagacaaaatctat
agacaggagaaagatcgcctcagagctgaagaggtcgctatctcacgagatcgaagcgac
atgtcaaggcgtggacaagagcgcaaagtggaaaaacgaaaggagcttatgcagctccag
atcgggctttcagaagaaaacagtgaacatcttctgcgccaggcgaaatggaaaatttac
ctgaacaagcagttccaaacgtctttcccagaacctcgagccaagccagataccatatcc
gatattttactcgagcaatgcttcatccctcgcatgcttctctccaaggctgatgctgag
tatacatacaagtttatcaaggcactgcacgaaggtaatgccccaggcttccagttgatg
tcactctacgaccgtctgttcaacgccaaccgcctgagggcccttattttcacatctaca
gtcatggaggccgagtatctcggtcgctttctgaagcttattctcgaagatctatcgcgt
tggcacaagaacgcgacggttcccaatgaaaaggacaagtcaagagaccagccaagattg
ggtgtgtatgagaaggaggccaagggaccacccgatcagccccgccttgggttcgctctg
acttttgacgacaatgacaagccactgacctttgttgaacacgaacaattccgtgacttg
ctcttccgctggcacaagaacctcaatagcgctctgcgttcttgtttggagggtacagaa
tggatgcatattcgaaatgccatcacagttctgaaggcggtcctcgatttcttcccagct
atcgactttatggctacaaagttttcaagccttctccaaactatcaccaagcaagagagt
gctgccaaaccttttcctgatagcgaggttggcggacgtgtcgatctgtcagtcgctgct
cagggtgccatgtcagaacttcagaggaggaaatccaaatgggttatggttcaggctttc
cgccctggtggcgctggcgctgcccagaacgaagcagacaagacgaccaatttgcgtgca
actgcgccggaattcaagcccggtcccagcaagcaatcaagagggaagcaaacgactgct
gaggaggaagacggagaggtcaaggatggcaaagacctcaagaattccgcgacagatccg
acgaagcccacaggcccggcgaaggacttgctgccagccaagccaggatcgtctcgggat
tcgaaacgcgaccatacaccatctggtccccgcgcctccaataataattctggagccggt
gctggcgcgaagcacgactctcgacctaacacgcttccggaacggccacctcataccctc
cccagtcgacctgatgtgcctattcccgcgcactacactcccgaaagatttaaccaatcc
cgcggacatgagcgtcgtgatggtaaagagcccagagacgcacgctctagggattctcgt
gagcccagggaacctcgcgatgctcgagatcagcgtgagcctagagaacctcgtgaatcc
cgggatcagcgcgattctcgaaattttgatcctgctcgtcccgatcgttcacgcgacttc
tctgagcgacgaacgcaagatcacggccgggaatcatctcgaactgacggatcaagtcgt
cgtggcgaacatgagcgagaccgaactagagattctaagagcggtagaggtcacgatcat
ggtcgcttgaacgaaacgcctgccccagcccctacagcacccgctgcagctgtcgaggca
cctgagccacatatcaaccccgagcgagctgcgctgtttgctcaagacaacgaacgggct
cgtgcaccggactctgaccgggctagtagaggtcgtaagaacgctcccgtggagccaatg
gatacgatcaatccggagagggcagccctgatgggtaacagagacaacacaccttcacgc
gcccctcggaacgagccacgagaccacaacgctcgcgttcaatctcctcgacgaggaggt
cggtatgggcatgagagtggtcagccagaaggtggacgtgaagaccgacatgatcgcaac
tatcctgtggaacaccggccttcttctggaagagatcctcgggagcgatcgccataccgc
ggcgatagaccaatggaccgtgaggctgagcgagtttctgcacctaagggtcgcgatgct
tctagttttcatggaactccttctcgagttcctgagcctgagcacaagccaccccatcaa
gatgattcttatggacgtctcaactcgatacagaatgtcactgagatcccttacggacca
agagcccgtggacgaggctcaaatagaggtcatggtggacctcaagggctgccaggtcga
cttgacggcaggtttgctggtgcggaaggcgaacggcctcccactccggatcgacctcca
ccaactggtccggcggcgtcaggcagaggaagacgtggattcgagcagaataacggccct
gtcacgccttcaggcacgcccagcggccctcaaaaccggatgagaaacgccggccctagc
cagggtctgccttctcctgcatccactaatgctacaccttcaggggtccatccagagcgt
ctagcacaaatcggtgcccaagtcggtgcagtccctccgcctcctcctggaccgccacca
actcatcctcatggtcataatcatggtcacaatcgccagtcaatgcctggaactaacact
cccgaccgaggtcctggccctggacaacgacaaacacctggcagctacgcaggatcacca
gctggcgagcctaatgtacccaccggtccagcctcctcaaacgagcgtgttcgcaacggt
ggtgggcggagacagctcgcaggcatcaacagcaccctgcaacaagcgcaggccaatatg
ccggatgtgagccgaagcaacagcggaagaagtcgtcattcacgccaaacccttggcaat
tctgatgctcaagtcttgactgggggttctcccactgctacaccagctcaagaacggcaa
gatcctatcaggaacgaatcgtcaagccgggcgcctgccaatggggaggaaagctcaggt
cgtagcgagcatgaccgaagtcgccgtggtgaccgtgagagtaggtccagccgcgcttca
cgtcgaggaagtcgtgaacgagagcgggatcgtagtccaggccgagaacgtgagggcaag
gaacatcgtgaatatcgggaccgtcgatcaggagctggcgaaggtggcagagaagagagg
gaatctaggagatctaacagggatcaaagcggtgctccacgagagcctatgggccctcct
ccagcaggcggtagagaccttgttcaaggtcgtgaagggcgacacagaggtgatggtcaa
agtggccgaagtggtgaagattggggaggaagcggtagaggaggcggtcgtggaggacag
cgtgatggagggctgcgacctgaagatcgccgcgatgggcgagaggatcgtggacgaaag
agaagaagtgaagaaggagttggaagtttatcgagtgatcgtgagaagaggccccgacga
tga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (3)   
   Pfam (3)   
All databases (30)   

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