KEGG   Sclerotinia sclerotiorum: SS1G_07334
Entry
SS1G_07334        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K14288  exportin-T
Organism
ssl  Sclerotinia sclerotiorum
Pathway
ssl03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    SS1G_07334
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:ssl03016]
    SS1G_07334
Transfer RNA biogenesis [BR:ssl03016]
 Eukaryotic type
  tRNA transport factors
   tRNA export factors
    SS1G_07334
SSDB
Motif
Pfam: Exportin-T Xpo1 HalX
Other DBs
NCBI-GeneID: 5488030
NCBI-ProteinID: XP_001591888
UniProt: A7EPT5 A0A1D9Q5K3
Position
Unknown
AA seq 1023 aa
MDAQIEKAIEIAWDPRSDQNLKEQAVQYLTQVRGDSSSLQACLNLFTRDPKAAEVVRLVS
LDIVNNAIQTQHIDDQSLRGLKEQLHDYVRRTYASGNEVDPPALQNKLTQTLTFLFSSLY
KEGWESFIRDFLSFTGHQNGTVDNLPGVVLYLRLLSSIHDEIADLMIVRAGGETKRNVEL
KDLVRARDVQIVAGSFQHILTYWQGNNDAIVEMTLKVIGKWVSWIDISLVVNQDILNLLF
PLVGRNPNGGEDKVKDAAIDCFTEIVAKKMKPSDKIGMILFLNLGEVVSQLIASPALHDL
RNTSSYDTDLAEAVAKLVNNVVSDLVKILEDTKVEPEVRAQAEQSLQTFLPLLLRFFSDE
YDEICATVIPSLTELNTFLRKAQPLPPAYSAMLTPILNAIIQKMRYDDTSSYADEDELTD
EAEFQELRKRLQVLQKTIAAVDEALYVDVLSNVIGNTFQRLDQQNGQIDWRDLDLALHEM
YLFGELTLVNGGLYAKSQPSSIAAERLIVMMSKMVESGIASFNHPAISLQYMEICVRYCS
FFENQTQYIPQVLEQFVGFVHHNHSRVRIRSWYLFHRFVKHLRGQVGNVAETIIQSISDL
LPLKAEVPKESDDDMSSEDGSHDAADVAFNAQLNLYEAIGCISSTTSTPIEKQAIYARTI
MNPLFSDVQRHLEQAKSGNAQAVLQIHHIIFALGSLAHGFSDWSPGEGKRAGQAPAKEIT
IEFSRAAEAILFALEALKSSSEIRNAARSSFSRLMGVMGVAMLPLLPRWIDGLLTQSSSK
EEIGMFLRLLDQVVFGFKKDIHEVLNSLLTPLFQRVFASLSEPVTGTDDGIQLAELRREY
LSFVTVILNNELGSVLVSEQNQAFFDPLVQSVTTLAKTVTNETGNLAASKIAFSVMTKMA
ELWGGPTIATPGQPITSSVQPQPTFPGFDTFLIERFHPVCWEVLREPHFRPMVDAQSKSV
LNELAGLEHVIYMKTGNMFVEHLQGNFFPSMGVDGSGFIKSMVESPERKGLATFLQNWLK
GRA
NT seq 3072 nt   +upstreamnt  +downstreamnt
atggacgcccagattgagaaagcaatcgaaatcgcatgggaccctcgatctgaccagaat
ctaaaagagcaagcagttcaatatctcacccaagtacgcggcgacagctcgagtctacag
gcatgccttaacctctttaccagagatcccaaagctgccgaagtcgtgagattggtctcg
ttggatatagtcaacaatgcgattcaaactcaacatatagacgatcaaagcttgcgtggg
ctcaaggaacaacttcatgactatgtcaggagaacatatgcttctggaaacgaagtcgat
cctcccgctttacaaaataagctcacacaaaccttgacattcctgttctcgtcattatac
aaggagggctgggaaagtttcataagggatttcttgagcttcactggccatcaaaacggg
actgttgataacctccctggagttgtattatatctgcgacttctcagttcgatccatgac
gagattgccgatttgatgatagttagggcaggaggcgagacaaagcgaaatgttgagttg
aaggatcttgtgcgtgctcgagatgtacaaatagtagcaggctctttccaacatatcctc
acatactggcaaggcaacaacgatgctattgttgaaatgacgttaaaggttatcggaaaa
tgggtctcctggatcgatatctctttggtcgtgaaccaggatattttgaacttgttattc
ccattggttggacgaaaccccaacggtggtgaggacaaagttaaggatgccgccatcgac
tgctttacagagattgtggcaaagaaaatgaaaccttcagataagataggaatgattttg
ttcttgaaccttggagaggttgtctcgcaacttattgcgagccccgccttacatgattta
cggaacacttctagttatgacaccgatcttgcagaagcggttgcaaaacttgtcaacaat
gttgtctccgatctcgttaaaatccttgaagatactaaagtcgaacccgaagtacgggcg
caagcagagcaatcgttgcaaactttccttccactcctactcagattcttctcggatgaa
tacgacgagatatgcgcaactgttataccatcccttacagagctcaacacgtttttgcgc
aaagcacagccattgccacccgcatattcagccatgttgacacctatactcaatgcaata
attcagaaaatgagatacgacgatacttcttcctatgccgatgaggatgaattaacagat
gaggcggaatttcaagagcttcgaaaacgattacaggtccttcaaaagactatcgctgca
gttgacgaagctttatatgttgatgttttgagtaatgtgatcggaaatacgttccagaga
cttgatcaacaaaatggtcaaattgactggcgtgatctagaccttgcactacacgagatg
tacctttttggagaacttacactcgtaaacggcggtctttatgccaagagccagccatct
agtatagcagctgaacgtttgatcgtcatgatgtccaaaatggtcgaatctggcattgct
tcgttcaatcatcccgccatttccctccagtatatggaaatttgcgtccgatactgttca
tttttcgaaaaccaaacccaatatattccccaggtcctcgaacaattcgttggttttgtg
caccataatcattcacgagtcaggatacgttcgtggtatctattccaccgattcgtgaaa
cacttgagaggtcaagttggtaacgttgcggagactatcatccagtcgatcagtgatctc
cttcctttaaaggcagaagtccctaaggaaagtgacgatgatatgtcatcagaagacggc
agtcatgacgcggcagacgtagcatttaatgctcaacttaatctttatgaggcgatcggt
tgcatttcttctacaacttcgactccgatagagaagcaggctatttatgcaaggacaatc
atgaatcctttattctccgatgttcagcgacatttagagcaagccaagtcaggcaatgca
caggctgttctgcaaattcatcacattatttttgccctcggatcattagcccatggattt
tctgactggtctcccggagaagggaaacgggctggacaagcacctgcaaaggaaataact
attgaattcagccgcgccgcggaagcaattttgtttgcacttgaggcacttaaatcttct
tctgaaatccgtaatgcagcaagatcttcattctctagacttatgggagtcatgggagtt
gccatgttacccctccttccaaggtggatcgatggcttgttgacacaaagttcttcgaaa
gaagaaataggcatgtttttacgattattggatcaagtggtgtttggattcaaaaaggat
atccatgaagttctaaactcccttctcacaccgcttttccagcgagtttttgctagctta
agtgagccagtcactggaacagatgatggaattcaactcgcggaactacgaagggaatac
ttgtcctttgtaacggttatcctaaataatgagctcggttctgtactcgtcagtgagcag
aaccaagctttctttgaccctctcgttcagtcagttacaacattggcgaaaaccgtcaca
aatgaaactggaaatcttgcggccagcaaaatcgcctttagtgtaatgacaaagatggca
gagctctggggtggcccaacaatcgctacccccggccaacctatcacctcatctgtccag
ccgcaacccacatttcccggatttgatacctttctaatcgaacgtttccacccagtttgt
tgggaggttcttcgcgagccacacttcagaccgatggttgatgcgcagtccaagagcgtt
ttgaatgaattagcggggttggaacatgttatttatatgaagacgggaaatatgtttgtg
gagcatttacaaggaaatttctttccaagtatgggtgtcgatggtagcggatttattaag
agtatggtggagagtccagaaaggaaagggctggcgacatttttgcagaattggctaaaa
ggaagggcttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (14)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (30)   

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