KEGG   Clavispora lusitaniae ATCC 42720: CLUG_02732
Entry
CLUG_02732        CDS       T01149                                 
Name
(RefSeq) hypothetical protein
  KO
K18721  nucleoporin NUP1
Organism
clu  Clavispora lusitaniae ATCC 42720
Pathway
clu03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:clu00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    CLUG_02732
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:clu03019]
    CLUG_02732
Messenger RNA biogenesis [BR:clu03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     CLUG_02732
SSDB
Other DBs
NCBI-GeneID: 8498061
NCBI-ProteinID: XP_002617288
UniProt: C4Y2G9
AA seq 1008 aa
MKRSVSPQTAPEPNSKRQKFLGTGFFSSLKRVFSRAEPTHDTVASDSGNQIQNIGSDVLP
ADFTSRKRRMSVQEDLKSRSSAVPRSSSIVGLDGYQALTNSLQSERQSIGGAMEQRRASI
VDAEKGVWRNSADGFGKDISPALSFPRNSVLPTNASDWEDEKNDGPVVVEHEFAPLYQDE
DGNLVRPPFINLDPRERYKLLQMKKTMEASEFLQKRLQSMVDPDESSSFMRPDNKVDCST
QTHNQDYLERRLQFTNTQASRTFRRRHPNRRHKSRGMFSGEFYYEPQKKDVEHKGETQLT
GYLGTLSNPKFEKQSEEKIDTKGFPDDNSSERLIKRRRSVGQRAGLDETIRSGVSQDLSL
DKDYVEKTASISNIIKLKEQPAPAKKTSIGPSAGFNFDVDSGAIKSILQKRKEDDESIKE
NSTGPSAHEKKTETAPSLPSISFSSEPKEKRKRSSEEEPKPAFSFGSKSGTEISGDSKSS
EASKAPLPAFSFGAKSTSETPTPALSSDSNKPGLFSSNTEKSSGFSFGNSSSTGAKSDAP
VISFGAKKTGDDTKDTSLPKFSFGSTSAPKLFGDQAKESSTPKISFGDGSKASSTTKFSF
GDQSKESSTPKISFGGEAKESTTPKFSFGGSSQKADAESNDAPKFSFGESKPNEQKDSSK
VPAFSFEKKAATEAPKFSFEKKENTEPPSFAFGNNDKKEAPKFSFGQSERNASEPPKFSF
GQKTETTKPAANESAPKFSFGNEKSDKPLFGFGGTGEKTSTSLAPTTKENTPAFSFSSKE
TTPKPAATPGLALGNSAPTTTAPSFSGNAQPTNSGFSFGQTASVDPAQIFGGGNNAPQPA
FNFNVSKESTPFKFGAPAPPKSDGFNFSNNVTSTFGASRSATPSAGFGFGSNNNGNIAAP
APQLGTFGANPNPGFGSTPAGGNTFGQTSATPGFGGSGPANGGFSFSANALGSATGFNSA
PGSFGSASRENTPPVNFGQPGSAPGQPFTPPLAMQGRKIAQMRPRKRF
NT seq 3027 nt   +upstreamnt  +downstreamnt
atgaagcgctcagttagcccgcaaacggcacccgagccgaactccaagaggcaaaagttt
ttagggaccggttttttttcgtcgctaaagcgtgttttttcgcgagcggaacccacacat
gatactgttgcttctgactcgggcaaccagatacaaaatatcggcctggacgttttgcct
gctgatttcacctcgaggaagagacgaatgtctgtgcaagaggacttgaaactgcgcagc
tcggcagtcccacgttcgtcgtcgattgtgggcctagacggctatcaggcgctcacgaat
tcgcttcagtcagaacgacaactgatcggcggagctatggagcaaagacgtgccagcata
gtagatgccgagaaaggtgtttggagaaattctgctgacggctttgggaaagatatttcg
cccgcattgagttttccccgcaacctggtgctaccgacaaatgctctggactgggaagat
gaaaaaaatgacggcccggtggtggttgagcacgagtttgcgccgctataccaagacgag
gatggcaatttggtaagaccaccgttcatcaacttggaccctcgtgaacggtacaagttg
ttgcagatgaaaaagacaatggaagcatccgagtttttgcaaaagagactccagtcaatg
gttgatccggacgaaagcagctcgttcatgcggcccgacaacaaagtcgactgctcgacg
caaacacacaaccaagattatctagagcgccgtcttcaattcacaaacacccaggccagt
cggacattccgccggcggcaccctaataggcgccataagagccgcggtatgttctccggc
gagttctattacgaaccacagaaaaaagatgtggaacacaaaggtgaaactcaattgact
ggatacttgggtacgcttagcaacccaaagtttgaaaaacaactggaggaaaaaatagac
acgaagggctttcccgatgacaattcctccgaaagactcataaaaagacgtcggtcggta
ggccagcgcgctgggttggatgaaacaattaggctgggcgtgtcacaggatttatctttg
gataaggactacgtcgaaaaaactgccagcatatcaaacatcatcaagctcaaagagcaa
ccggctccagcgaaaaagacatctatcggccctagtgcaggtttcaactttgatgtggac
ctgggagcaattaagtcgatcctccaaaagcgaaaagaagacgacgagctgatcaaggaa
aattcaactggtccttcagctcacgagaaaaagacagagactgctccaagtttaccttct
atatccttttcctctgagcctaaagagaaacgaaagcgctctctggaggaagagcctaaa
ccagcattttctttcggttcgaaactgggcacagagatcctgggtgattctaaaagttct
gaagcttcgaaggccccgcttcctgcgttttcgtttggggccaaatccactagcgaaacc
cctactcctgcgttgagcctggactccaataaaccagggttattttcctccaacactgaa
aagtctctgggtttctcatttggaaactctagtagtacaggcgcaaaatcggatgcgcca
gtcatctcttttggtgctaagaaaacgggtgatgatactaaagatacgtccttacctaag
ttttctttcggttctacgagtgcaccaaaattgtttggtgatcaagcaaaggaatccagc
acacccaaaatctcttttggagatgggtccaaagcatcaagtacgacaaaattttcattc
ggagatcagtccaaggagtcaagtacgccaaaaatctctttcggtggcgaagcaaaagag
tccacaaccccaaagttttcctttggtggctcgagtcaaaaggcagacgcagaatcaaac
gatgctccgaaattttctttcggagaaagcaaaccaaatgaacagaaggattcgtcaaag
gtgccagcattttctttcgaaaagaaagcagcaacagaggcaccaaagttttcctttgaa
aagaaggagaacacagaaccacctagtttcgcttttggaaacaacgacaaaaaagaagcg
cctaagttttctttcgggcaatctgaaaggaatgctagtgagccgcctaaattttcattt
ggccaaaaaacagaaacaacaaagccagcggcgaatgagctggcacccaaatttctgttt
ggtaacgaaaagtcagataagcccttatttggttttggtgggactggcgaaaagacatct
acttcgcttgcacctactacaaaagaaaacacccctgcattttccttctcctcgaaagaa
accacacccaaaccagccgctactccgggtctcgcgcttggaaactcagctcctacgaca
acagcaccttcgttttctggcaatgcccaaccaaccaactccggattcagcttcggacaa
actgctctggttgatcccgcgcagatttttgggggcggcaacaatgccccacaaccagca
ttcaatttcaacgtgagcaaagagtctacacctttcaagtttggtgctcctgcgcccccc
aaaagtgacggattcaattttagcaataacgtcacatcaacttttggtgccagtcggtcg
gccactccatctgctggtttcggttttggttccaacaacaatggcaatattgctgccccg
gctccccaacttggcacgtttggtgctaaccccaatccaggatttggttctactccagcc
ggtggtaatacttttggtcaaacaagtgcaactcccggatttggtggttctggacctgcc
aatggcggcttttctttctctgcaaatgctttgggcagtgcaacaggcttcaatagtgct
ccaggaagctttggactggcgagcagagaaaacacgccgcctgtcaacttcggacaacct
gggtctgctccaggccaaccttttacgccgcctctcgcgatgcagggccgtaagattgca
caaatgcgaccaaggaagcggttttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
All databases (37)   

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