KEGG   Fusarium verticillioides: FVEG_14988
Entry
FVEG_14988        CDS       T04869                                 
Name
(RefSeq) hypothetical protein
  KO
K14297  nuclear pore complex protein Nup98-Nup96
Organism
fvr  Fusarium verticillioides
Pathway
fvr03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:fvr00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    FVEG_14988
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:fvr03019]
    FVEG_14988
   03036 Chromosome and associated proteins [BR:fvr03036]
    FVEG_14988
Messenger RNA biogenesis [BR:fvr03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     FVEG_14988
Chromosome and associated proteins [BR:fvr03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    FVEG_14988
SSDB
Motif
Pfam: Nup96 Nucleoporin2 Nucleoporin_FG
Other DBs
NCBI-GeneID: 30071864
NCBI-ProteinID: XP_018745457
UniProt: W7LL61
Position
6:1978854..1985318
AA seq 1934 aa
MSFGGGFGGFGQNNNTSGGLFGAGNNNNNNNTTGGFGSTTGGFGSTNTAGGFGAKPAFGS
TSTNTGGGLFGSSTTNNTGTSTGFGGFGSNTNNTTSAFGSNTGGGMFGGNTANKTGFGTT
SNTGGSLFGGGSNTTTTPATTGFGSGFGSGTGFGASSTNTLGGAAGDPPGTAVAAFQAWS
EKEANSTSTNSYQNILFQDPYKKWSADELRLADYVQGRRHGNATGGGAFGVSSGFGGGFG
TNTNTTAASGFGANTTANTGGGLFGSNTNNTSTPSTGFGSTGFGATNNNTASGGLFGSTA
NKPAGGLFGSTTTQTNQTGGGLFGGGNTNTTGGFGSTSTTGTGFGQTNTNTGGGLFGAAQ
NKPAGTGFSFGNTNTSTTGGFGASTTNNAFGANNNTANSGGGLFGGNNTQAAGTGGGLFG
QNNNQTQQNTGGGLFGQSNQTQQSGGLFGGSNQQKPAGTGLFGNTNTSTTGTSGGLFGNN
QQQTNTTGFGAANNNATGGLFGSKPAPTGGLFGNSTTAQTNTAGTGFGGGLTSNTQMGQN
TGGLFGAANNQQQKPGLFGGSTNNAGSSLFGGQNNQNAGSSLFGGSTNQQQQQNGASILG
NNQSVNAPQGLTANLNDVSAFGSPGLFAGLGGNEVQNPGPLATPLSGGSKPRRSSILPMY
KLAPASASRYATPQKRGFGFSYSNYGTPSGSPASSISSTPGNLGHSLLGSSRSGNLSKSL
STNNLRRSFNTEDSILAPGAFSNGSQPRWYGSTGSKKLVINRDIRSDLFSTPQKDRASDA
GTGSRKLSKRVSFDTSNVDMDDNTPVRGALPAASDVESPANDETPRQTRTANGSNGSAGS
KTPEMEEVKGNELAIVHEEENTATPDASSTSTVDNAPGQYWMSPPLEDLEKLNRMQRQKV
DGFTVGRDNVGYVSFKVPVDISNIDLAEICGTLIVLEPRSATVYPISAKKPPVGKGLNVP
ARIALEQSWPRGGKRIANDPKRFNKHVERLKRIENTTFESYDKETGVWVFSVEHFTTYGL
DDDDSDDEEMTQNEPAAPQEVALDASINSLNSPMEDDTFEFRRHRGLPGGFDDEAQALQP
QFPDEQSFLGVSSADSAPNDVRLSLEEEYADDMGDEYDVSEDEDMARSSLEPHLAAELDD
NSSEGAPEAVKATPGGILRARMRAVKDSAGPVQLEVADGDDWMEMLRKTVSPVKRDRQLL
RELNDSPSRQTGVLIDLNKSGSDTLRKSSIWRKSIAKNDRLDNFAASTIGMDKGRGFATS
IDLMNSLFEKPKPAPQKLQASVSGKGFPKWPYERQDKTMTLDGYEKTFHDAGRPTWGPDE
TLVVPRPLSLGGSRRSLTHNTDLVSFQHCSIQTDKQELRLASFAMEQSKRHLGNQDKLTE
IRVVDDVPFASLNATHLQDVFHQQDMNDPASMQEKHVWELASILFDSVNDNSQPEHLLRR
NKLSQFWSLLVDSASATTIGLAGSSEEKAVACLAGHRIIDACKHLLDGKNFHLATLVPLI
GTSDAAKKDMREQLKAWHDSKMLSEFSESIRTIYELLSGNACVCEGMKGVPVEDRLDSFV
ISKKFGLDWKQAFGLRLWYSIAQQDDLAAAVHSFKNDVDQEKEYLPLPWYIDQGIKPLWD
DVDSDRRQDLLWGLLQLYANGSTDLEAVLRPENSQLSPLDMRLTWQLGLALASSGKVSFG
QDGAEKADAATLAFASQLTSAGEWLEAVFVLLHLSKPLARKMAIQEHLARHAGLIGDENS
SAFQVLTEKFQIPSLWIWEALALYMRSVKKDAYSEVQCLLRAGSFVEAHRVLVKEVAPLA
IVERDYADLSSLLSQFEGRQETISDWPLGGEIYSFFLQLVGHRARHEIAPQAVLEKLLAG
LHAMDKETGDSGVLGYAAVSDMADETAKEIVKASKKKQDMELRSRILNLPLTQDRLLAYS
VELSMDRYREVMSH
NT seq 5805 nt   +upstreamnt  +downstreamnt
atgtctttcggcggcggcttcggcggctttggccaaaataacaacacttctggtggcctc
tttggagccggaaataataataataataacaacaccacaggaggctttggctcaacaact
ggcggctttggatcaacaaatactgctggcggctttggagctaaacctgcgttcggttct
acctctaccaacacaggaggtggcctcttcggctcctcaaccaccaacaacaccggcact
agcacagggtttggaggctttggaagcaacacaaacaacaccacatcagcgttcggtagc
aacacaggaggtggtatgtttggaggtaacactgccaacaagactggctttggcactaca
tccaacaccggcggatcgctcttcggcggaggcagcaacaccaccaccaccccggcgacg
acgggcttcggctctggcttcggctctggcacaggattcggcgcctcgagcaccaatact
ctcggcggcgctgcgggcgaccctcctggcactgctgttgcggccttccaagcatggagc
gaaaaggaagctaacagtacctcgaccaactcttaccaaaacattcttttccaagatcct
tacaagaagtggtcggctgacgaacttcgacttgccgattacgtccaaggaaggcgacat
ggcaatgctactggtggtggtgcgtttggtgtgagctcaggtttcggcggagggtttgga
actaacacaaatacaaccgcagcttcaggctttggggcgaacacgacggccaacactggt
ggtggtcttttcggatccaacacgaacaacacctcaacacccagcactggctttggttcg
actggttttggagcaaccaacaacaacaccgccagcggaggcttattcggtagcactgcg
aacaaacctgctggaggtctattcggcagcaccaccactcagacgaaccagactggcggc
ggtctttttggaggaggaaacaccaacactacgggtggctttggtagcacgagcaccacc
ggaactggcttcggtcagacaaacacgaacaccggtggtggactgttcggagccgctcag
aacaagcctgccggtactggtttcagcttcggaaacacgaataccagcactacgggtgga
tttggagccagcaccacaaataacgcgttcggcgcaaacaacaacactgcaaacagcggc
ggtggcctctttggcggcaacaacacccaagctgccggcactggtggtggtctctttgga
cagaacaacaaccagacacagcaaaacaccggtggtggtctctttggccagagcaaccag
acgcagcagtcgggcggattgtttggtggcagcaaccaacagaagcctgctggtactggc
ttgtttggcaacacaaacactagcacaactggtaccagtggtggcctatttggcaacaat
cagcagcagacgaatacgactggctttggtgctgccaacaataatgcgacaggtggtctg
ttcggtagcaagcctgccccaactggtggccttttcggaaacagtaccacagctcaaacg
aacacagctggaactggctttggcggcggattgacttcaaatactcagatgggccaaaat
accggcggcctcttcggtgctgccaataaccagcagcaaaagcccggtcttttcggtggc
agtaccaacaatgctggaagcagtctctttggcggccaaaacaaccagaacgctggatct
tccctgtttggtggcagcacaaaccagcaacagcaacagaatggagcttcaattctgggt
aacaaccagtccgtcaatgcccctcagggtctgactgccaacttgaacgacgtgtcggca
ttcggttctcctggtctgtttgctggccttggtggaaatgaagtccagaaccccggtccc
ctggctactccactgagtggtggttcaaagccaagaagaagctcgattctgcctatgtat
aagttggctccggcctctgcttctcgatatgctactcctcaaaagcgaggcttcggcttt
tcttacagcaactacggaaccccctcgggcagccccgcgagtagcatttccagcacacct
ggaaacctcggtcacagtttgctaggctcaagccgatctggaaatctcagtaaaagcctg
tcgaccaacaatttgcgccgcagcttcaacaccgaagacagtattcttgcccccggagct
ttctctaatggatctcagcccaggtggtacggaagcactggctccaagaagctcgttatc
aacagagacatcaggagtgatctcttttcaacaccgcagaaggacagagcctcagatgct
ggaactggctcccgaaagctctccaagcgtgtcagctttgacacaagcaacgttgacatg
gatgataacacacctgttcgcggtgctcttcctgctgctagcgacgtcgaaagcccagcc
aacgacgagacccctcgccagacccgcacagctaatggctcgaacggctcggccggctcc
aagactcctgaaatggaagaagtgaagggcaatgagctggctatcgttcatgaggaggaa
aacactgccactcccgatgcttcatctaccagcaccgttgacaatgctcctggacaatac
tggatgtcacctcccttggaggatctcgaaaagttgaaccgcatgcagcgccaaaaggtt
gatggtttcactgtcggccgtgacaacgttggttatgtttccttcaaggtccctgtagac
atcagcaacattgatctggctgaaatctgcggtactcttattgtgctcgagcctcggtct
gctacagtctatccgatctctgccaagaaaccgcctgtcggcaagggcctcaatgttccc
gccaggattgctctggagcagtcgtggccccgtggtggtaagcgcatcgccaatgaccct
aagcggtttaacaaacacgttgagcgtctcaagcgaatcgagaacacaacttttgagagc
tacgacaaggagactggtgtctgggtcttctcagtagagcactttaccacttacggcctt
gatgacgatgattctgacgacgaggagatgacacagaacgagccagccgccccccaggag
gtggctctcgatgcttccatcaactctctaaactcccccatggaagatgacacattcgag
tttcgaaggcatcgaggtcttcctggtggttttgacgatgaagctcaagccctacaaccc
cagttccctgacgagcagtcttttttaggggttagctccgcggattccgcacccaacgat
gtcaggctgtccctcgaggaggaatacgctgatgatatgggtgatgaatatgacgtgtcc
gaggatgaagacatggcgaggtcttctctcgaaccgcatctggccgcggagctcgacgac
aactcgtccgagggtgctccggaagccgtaaaggcgactcctggaggcattctcagagct
agaatgcgagctgttaaggactctgctggtcctgtgcagctggaggttgccgacggggac
gattggatggagatgttaagaaagactgtaagcccagtgaagcgagaccgacagcttttg
agagagctgaatgactctccctcaagacagacgggtgtactgatcgacctcaacaagagc
ggatctgacactttacggaaatcatccatttggaggaagagtattgcaaagaacgacagg
ctggacaatttcgcggcaagcaccattggcatggataaaggccgtgggtttgcgactagc
atcgacctcatgaactcattgtttgagaagcccaagccagcgccccagaaacttcaagcc
tcagtctctggcaaaggctttcccaagtggccctacgagcgacaagacaagacaatgact
ttggacggctacgaaaagactttccacgacgctggccgacctacctggggtcctgatgag
acacttgttgttcctcggccactgtctttaggaggcagccgacgatctctcacccataat
accgaccttgtttcttttcaacactgttcgattcagactgacaagcaagagctccgccta
gcctcattcgcaatggagcaatccaagcgacacctgggcaaccaagataagctgactgaa
atccgagtagttgatgatgttcctttcgcctccctcaatgctacacacttgcaggatgtc
ttccaccaacaggacatgaatgaccccgcaagcatgcaagagaagcatgtctgggagttg
gccagtatccttttcgactcggtcaacgacaatagtcaacctgagcatcttctccgcagg
aacaagctgtcgcaattctggtctctccttgtagactcggcctcggctacaactatcggc
ctggcaggatcgagcgaagagaaggctgttgcgtgcctagctggccatcggatcatcgac
gcttgcaagcaccttctggacggaaagaatttccacctggccaccctggtgcctctgatt
ggcaccagtgatgctgccaagaaagacatgcgagaacagctcaaggcatggcacgattca
aagatgctgtcggaattttcagaatcgatccgtaccatctacgagctcctttcgggcaat
gcatgtgtctgcgaaggtatgaagggagtgcctgttgaggaccgcttggactcgtttgtt
atttcgaaaaagtttggactcgactggaagcaggcctttggtctccgactgtggtactcg
atcgctcagcaggacgacctagcagctgcagtgcatagcttcaagaatgacgttgaccag
gagaaggagtaccttccgttgccttggtatattgatcagggtatcaagcccttgtgggat
gatgtcgactccgaccggcggcaagatcttctctggggtcttctacagttatacgccaat
ggcagcaccgacctggaggctgtgttgcgccctgaaaactcgcagctctctccgctcgac
atgcggctgacttggcaactcggtcttgcgcttgcatctagtggcaaggtttctttcggc
caggatggcgctgaaaaggccgatgccgccactcttgcttttgcctcgcaattaacaagc
gccggtgaatggctcgaggcagtgttcgtcttgctgcatctgagtaagcccctcgcccgc
aagatggctatccaggaacatcttgcccggcatgcaggcctcatcggcgatgaaaactct
tccgctttccaagtacttaccgaaaaattccaaatcccttcgttgtggatctgggaggcc
ctggctctgtacatgcgcagcgtgaagaaagatgcgtactcagaagtgcaatgcctcctg
cgcgccggctcttttgtggaagctcaccgtgttctggttaaggaggttgcgccactagcc
attgttgaacgcgactacgcggatctatcttctcttctctcccagtttgaaggccgacag
gagaccatctcggactggccgcttggaggagagatctacagcttcttcctgcagctcgtt
gggcatcgcgcgagacatgagattgcaccacaggcagtcttggagaagcttcttgcaggt
ctgcacgcaatggacaaggaaacaggagattctggagtcctggggtacgctgccgtgtcg
gacatggcagatgagactgctaaggagattgtcaaagccagcaagaagaaacaggatatg
gagttaaggtccaggattctcaacctgcctttgacacaagatcgtctgttggcttactca
gtggaattgagcatggaccgataccgggaagttatgtcacactag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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