KEGG   Purpureocillium lilacinum: VFPFJ_02670
Entry
VFPFJ_02670       CDS       T05029                                 
Name
(RefSeq) nucleoporin SONB
  KO
K14297  nuclear pore complex protein Nup98-Nup96
Organism
plj  Purpureocillium lilacinum
Pathway
plj03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:plj00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    VFPFJ_02670
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:plj03019]
    VFPFJ_02670
   03036 Chromosome and associated proteins [BR:plj03036]
    VFPFJ_02670
Messenger RNA biogenesis [BR:plj03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     VFPFJ_02670
Chromosome and associated proteins [BR:plj03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    VFPFJ_02670
SSDB
Motif
Pfam: Nup96 Nucleoporin2 Nucleoporin_FG
Other DBs
NCBI-GeneID: 28884802
NCBI-ProteinID: XP_018182227
UniProt: A0A179HVJ5
Position
Unknown
AA seq 1971 aa
MSFGSGGGFGGFGSSNNQNTSGFGGFGANNTTSGFGSSNTGTTGFGQNTNTGGGMFGGTT
NTGGFGASTGGGFGANTGGGFGNKPAFGGASTTTGSGLFGGATAVNSGSSTFGGFGGGGN
TTTTASPFGGGNTAGSGLFGNNAQKTGFGATGTTGTSLFGGATANTGSGFGASGGFGATN
NPGIGGGVGDPPGTATTPFQAFNEKEPTTNQTNSFQNILFQEPYKKWSSEELRLTDYVQG
RRHGNASGAGAFGVGSNFGGGFGASNQTTSAFGGNTGNTAGGLFGASNANANASNTTGAF
GQTGTGAFGASANQTTGGGLFGGNKPSGGLFGGAQTQQQQQGGGGLFGSNTAGGFGSTAN
AANNAFGASNTSTNTGGGLFGSNTQASKPQGTGFSFGNANAANATTGGFGNTGSGFGASN
TNTGGGLFGNAGNQASGGGLFGQNQQQQQQQQQPNAGNAFGGGFGAQTQNQQSGGGLFGS
SQQKPATGGLFGSSTANTTGGGLFGNTAQQQGTGAFGSNTNAAGAGGLFGAAKPNTCGGL
FGGATAQPNTTGGTGLFGGLGSATQGQQSTGSSLFGAAGSSTQQKPGGLFGSTTQPAGSG
LFGGQGNQSQGSSLFGGVNQQQNQGAGLGGSLLGNSQQAGNTPQGLTANLSDVSAYGSPS
LFAGVGGSEVSNPGPLATPLNGNSKPRRSSILPMYKLAPAAASRFATPQKRGFGFSYSSY
GTPGVSPASSISSTPGALGRSLLSSTSVGSLSKSMSTNNLRRSFNTEDSILAPGAFSSSS
SSRWYGSTGSKKLVINRDIRSDLFSTPQKDRPLIDGSTNSRKLSKRVSFDTSTVDGEDST
PVRSALPAPEVPTDLPADETTPRQNRSSLGSNGSKTPEVEQVKGNELAIVHEEDHSTTPA
TPNSAGFDNMPGEYWMQPSKEELLGMNRMQRQRIDRFTVGRENVGYIMFKVPVDISGIEI
EELCGNIIQLEPRSATVYPVQAKKPPVGKGLNVPAKIALEQSWPRGGRDKRVTSDPKRFS
KHIERLKRIPDTTFESYDKETGIWVFSVEHFTTYGLDDSDEESDDDMVPPKPNTTSFAPH
PQPIALDVSVNSAMDDDTFDFKQHKGVPGAFDQQEGLYPDEHNNQQQSFLGASSADSAAN
NVTLSLDDEYDDNMGDGYDLSDDEDMTRSSMGLHQAAEQDDNSSENEVETKRGTPGGILR
ARMRAMKDSVGPVQLEVADGDDWMEMLRKTVSPVKKDRQLLRDLNESPFKQMGQEVNVDN
LEHDGRKSSIWTRGFGKVGKPSTAAATSHLTADKGRGFATSIDLMNSLFEKPKPTRQNLR
ASASAKGFPQWPYDRQDKTLAVDGADQAFHGASRPTWGPDETLVVTRSLNNMQSSRAIHN
NSDVLTLQRSGIQTGRQDLRLGRLSTGSSKKFLRAQDQVTEIRVIDGVPAAILHATRLQE
LFHHQDMNDPINIHEQRVWELAGILFDSVAGSDAVEPDHIQRKARLSKFWTDLVEPASST
NIGLAGTNEEKAVACLAGHRITEACRHLLEGKNFRLGTLIPLIGTSDTAKSDMKVQLKAW
HDSKMLSEFTEAVRTIYELLAGNVSVCDGMKDVPVEDRMESFVIAKKFGLDWRQSFGLRL
WYATAPTDSAAVAVGLFQEDIQQDREELPRPWYTEQGIVPLWDDAASTNRQDLLWGLLQL
YADKDADLEAIIRPENSQLSPLDTRLCWQLGLALTSTGKVSFGQDSAAKADAATLSYAAQ
LTAAGDWLEAAFVLLHLSDRTARMKALQEHLCRHAGLIGPETGATFTLLTEKFQIPAAWL
WEALALYMRSVRKDASAEVHCLIQAGSFVEAHRVLVHQVAPRAIIERDYATLSALLSQFD
GRHETVTEWNQGGEIYNLFLKLIQHRGRGETAPAALLEKLLANLGAMNRGVGDSEVMRYA
AVSDMADETAKEIFKQAKKKQDAELRSQILALPLTQDRLLAYSVDLSMEVF
NT seq 5916 nt   +upstreamnt  +downstreamnt
atgtcgtttggcagtggtggcggatttgggggcttcggctcgagcaataaccagaacacg
agcggcttcggcggatttggcgcaaacaataccacgtcaggctttggatccagcaacact
ggcaccaccggttttggccagaacaccaacacaggcggcggcatgttcgggggcaccacc
aatacgggtggtttcggcgcctcgacaggtggtggctttggagcgaacactggcggtgga
ttcggtaacaaacccgcttttggcggcgcctcgacgactactggtagcggcttgtttggg
ggtgctactgcggtgaattcagggtcttcgacttttggtggttttggcggtgggggcaac
accacgaccacagcgtcgccctttggcggtggtaacacagctggcagcggactattcggc
aacaatgcccaaaagacaggtttcggcgccacgggcaccacgggaacgtcactgtttggc
ggcgcaactgccaacacagggagcggctttggtgcaagcggcggctttggggcgacgaac
aacccaggcatcggaggcggcgtcggagatcctccaggcactgcaactaccccattccag
gccttcaacgagaaggagcctaccaccaaccaaaccaactcgttccagaatatcttgttc
caagaaccatacaaaaaatggtcttccgaagaactcagactgaccgactacgttcaagga
cggcgccatgggaacgccagtggggccggggcctttggtgtcggctccaacttcggtggc
ggttttggcgcaagcaaccagacgacaagcgcgttcggcgggaatacaggcaacaccgca
ggtgggctctttggcgcttccaacgccaacgccaatgccagcaataccacgggtgccttt
ggccagactggaacaggcgcctttggggcttctgccaaccaaacaaccggtggaggcctg
tttggaggaaacaagccaagtggtggcttgttcggtggtgctcagactcagcagcaacaa
caaggtggtggcggcttatttggatcgaacaccgctggaggtttcggctctaccgctaat
gccgcaaacaatgcgttcggcgcttccaatacgagcacgaacaccggtggcggcttgttc
ggatccaacacgcaggcaagcaagccgcagggtacgggctttagctttggcaatgcaaac
gccgcgaacgcaaccactggcggctttggcaacacaggcagcggattcggcgcttcaaac
accaatactggaggaggcctctttggcaacgctggcaatcaggccagcggcggaggcctg
tttggccagaaccagcagcagcaacagcaacaacagcagccgaacgctggcaacgccttt
ggagggggtttcggagcgcaaacccaaaatcaacagagcggtggagggttgtttggtagc
agtcagcaaaagccagcaacaggcggccttttcggttcaagcacggccaacactaccggc
ggcggcctttttggcaacacggctcagcaacagggtaccggtgcattcggatcgaacacc
aacgccgcaggagccggtggtctcttcggtgccgccaagcccaacacctgcggcggtctc
tttggaggagccacggctcagccgaacacaactggaggtacgggcctgtttggtggtctg
ggttcggcaacacagggacaacaatcgaccggctcatcacttttcggtgctgctggtagc
agcacgcagcagaaacctggcggcctctttggctcgacgacccaacccgccggctcgggc
ctttttggggggcaaggcaatcaaagccagggcagctccctctttggaggcgtgaatcag
cagcagaaccagggcgcaggcctcggcggttcactcttgggcaattctcagcaggccggc
aacactccccaagggctcacggcgaacctaagcgacgtgtcggcttacgggagcccatcc
ctgttcgccggtgttgggggcagcgaagtttccaacccgggtcctctggccacacctttg
aatggaaactccaaaccacgacggagctccattctgccgatgtataagctcgcccctgcc
gccgcgtcaagattcgccaccccccagaaaaggggctttgggttctcctacagctcttat
ggcacgccgggtgtcagccccgccagcagcatttccagcacgccaggcgcactcggtcgt
agtctccttagctccacctctgtcggctcgttgagcaagagcatgtcgactaacaatctt
cggcggagcttcaacacagaagacagcatcctggcgcctggcgcattctcgtcgagctcc
agctctcgctggtatggaagcactggctcgaagaagctcgttatcaatagggacattcgg
agcgacctcttctccacgcctcagaaggacaggcccctcattgatggcagcaccaactct
cgcaagctctcgaaacgcgtgagcttcgacacaagcacggttgacggggaggatagcaca
ccagtgcggagcgccctgccagctcctgaggtgcctaccgaccttccggccgatgagacc
accccccggcagaacaggtcttccctcggatcgaacggctcaaagaccccggaggtggaa
caggtgaagggcaatgagcttgctattgttcatgaagaggaccactcgaccacaccggca
acgccaaactccgccggtttcgacaatatgccaggagagtactggatgcaaccctcgaaa
gaggagctcttgggcatgaaccggatgcagcgacagaggatcgatcgcttcactgttggt
cgtgagaatgtcggctacatcatgtttaaagttcctgttgatatcagcggcattgagatt
gaggagctgtgcggcaatatcatccagcttgagccccgctctgccacagtctacccagtg
caggccaagaagccgcccgttggcaaaggcctcaatgtgccagcaaagatcgccctggaa
cagtcctggccgcgaggtggccgtgacaagcgagttacgagcgatcccaagcgcttcagc
aagcacattgagcgactcaagcgtatcccggacacaacgttcgagagctacgacaaagag
actggtatatgggtcttctcggtcgagcactttacgacgtatggcctggacgattctgac
gaggaatctgacgacgatatggttcctcccaagcctaacaccacgtcgttcgccccccac
ccacaaccgattgctttggacgtgtctgtcaactctgctatggatgacgacaccttcgat
ttcaagcaacacaaaggggttcctggtgcatttgaccaacaggaagggctctacccggat
gaacacaacaaccagcagcagtcttttttaggggctagctccgcggattcggcggccaac
aatgttacgttgtcactcgatgacgagtatgacgacaacatgggcgacggatatgacctg
tccgatgacgaagacatgacgagatcttccatgggactgcatcaagccgcggagcaagac
gacaactcgtcggagaacgaagttgagacgaagagaggtacacccggggggatcctcaga
gcccggatgcgggcgatgaaggattccgttggcccggtgcagttggaggttgcggatggc
gacgactggatggagatgttgcggaagacagtgagccctgtcaagaaggaccgtcagctc
ctgcgagatttgaacgagtcgccgttcaagcagatgggccaagaagtgaacgtcgataat
ctcgaacacgatggccggaaatcatcgatatggacaaggggtttcggcaaggtgggcaaa
ccaagcaccgcggctgcaaccagtcacttgactgcagacaaaggtcgcgggtttgcaacc
agcatcgacttgatgaactctttgttcgagaaaccgaaacccactcggcagaacctccgt
gcttctgcctcagccaagggcttcccacagtggccttatgacagacaggacaaaacgctc
gctgtggacggggcagaccaggcatttcacggcgcctcgcggccgacttggggtcccgat
gagaccttggttgtgacgcgatcactgaacaatatgcagtcgagtcgtgccattcacaac
aactcggatgttttgacccttcaacggtctggcattcaaactgggcggcaggatctccgc
ctagggaggctctccactgggtcttccaaaaagtttctccgcgcacaggatcaagtcact
gaaatccgggtgatcgatggcgtgccagccgcaatcttgcacgccactcggcttcaagag
ttgtttcatcaccaggacatgaatgacccgatcaatattcacgagcagcgtgtttgggaa
ttggcgggtatccttttcgacagtgtggccggctcggacgccgtcgaacccgaccatatc
caacgaaaggcccggctgtctaagttctggaccgaccttgtggagcctgcctcgagcaca
aatattgggctcgccggcacaaatgaagagaaggccgttgcctgtcttgcgggacatcga
atcaccgaggcctgccggcatttgctggaaggcaagaacttcagactgggaaccttgatc
ccgcttattggcaccagcgacaccgccaaaagcgacatgaaagtccagctcaaggcctgg
cacgattcgaagatgctgtctgagttcacggaagcggttcgaacgatttacgaacttctt
gctggaaacgtgagtgtttgcgatggcatgaaggacgtgcccgtggaggaccgaatggag
tcattcgtgatcgcaaagaagttcggcctggattggcggcagtcgtttggactgcgcctc
tggtatgcaaccgcaccgaccgacagcgccgccgtggcagtgggtctgttccaggaggac
attcaacaagatcgggaagagttgcccaggccttggtacacggagcagggcattgtccct
ctctgggatgatgcagcctcaacgaaccgacaggatctcctctggggccttcttcaactt
tacgccgacaaggacgccgacctggaggccattatccgcccagaaaactcgcagctatca
cctctcgacaccagactttgttggcaactcggtctcgctttgacatcaactggaaaggtt
tcatttggacaagactccgcagcaaaggcagatgcggccacgttgtcttatgcggcgcag
ctcactgctgcgggagattggctagaggcagcgttcgttttgctgcacctcagcgaccga
acagcccgtatgaaggcattgcaggagcatctttgccgacatgctgggctgataggaccc
gaaactggggcaacgttcacgctcctcactgaaaagttccagatacccgctgcatggctg
tgggaagcactggccctctacatgcgcagtgtgcgaaaagacgcctcggccgaggtccac
tgcctgattcaagcaggatctttcgtggaggcgcatcgagtgttggtccaccaggttgcc
ccccgcgccattatcgaacgtgattacgccaccttgtcggcgcttctatcacagttcgat
ggtcggcatgagacggtgacggagtggaaccaaggtggggagatttacaaccttttcctc
aagcttatacagcaccgtggcagaggcgagaccgccccggccgcactcctcgagaagctg
cttgccaatctcggagcgatgaatcgtggcgtcggtgactccgaggtcatgcgatacgct
gcagtgtcggacatggcggacgagacggcgaaggagatcttcaagcaggccaaaaagaag
caggacgctgaactccgatctcaaattctggccctaccacttacacaagatcgcctgctg
gcctactctgtcgatctcagtatggaggtgttttga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (90)   

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