KEGG   Schizosaccharomyces pombe (fission yeast): SPCC576.05
Entry
SPCC576.05        CDS       T00076                                 
Name
(RefSeq) nuclear export factor sac3
  KO
K23719  nuclear mRNA export protein SAC3
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Brite
KEGG Orthology (KO) [BR:spo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:spo03019]
    SPCC576.05
Messenger RNA biogenesis [BR:spo03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    TREX-2 complex
     SPCC576.05
SSDB
Motif
Pfam: SAC3_GANP PAM2 vWA-TerF-like
Other DBs
NCBI-GeneID: 2539561
NCBI-ProteinID: NP_588432
PomBase: SPCC576.05
Ensembl: SPCC576.05
UniProt: O74889
Position
III:2088527..2091991
AA seq 1024 aa
MEKRNETGNNRLKRSNNRGKSKKDWKDASVETTPRETSVDEDNTSVFEDVEAQDSRQKRF
SSTLEGNRFEELRSLREKEREVAIQNGLIDDPTKPRQLDEAVTFVGTCPDMCPEYEREQR
EYQNNLERWEINPETGRVDKNLAVKAFHRPAAGNEQALPSDVRPPPVLKKSLDYLVDKIV
CGPDPLENTHFFVRDRTRSIRQDFTLQNCRDLDAVACHERIARYHILCIHQLCEKKQFSA
QQEVEQLRKGILQSLCEFYDDLRKVKIRCPNEPEFRSYAIITHLRDPDVVRQSQILPIEI
FDDQRVQLALRLSALAQKNNERVGHILPRNTEACPNLYTRFFKLVQSPAVTYLMACLLES
HFMSIRKGALKAMRKAFMSAHANFPCGDLKRILHFDTVEQAASFSRYYGLEVSDDNGELS
INLNKTAFFNDSKPDFRQLFSQTLVESKLQNRSFADIINGSRYNIDRVSPNTAFSTNIPL
SLPFANKEPQPIAGFKKNTPETSVVSKNLSTFNGKFNVNAPVFTPRSFPTKPFSATDISS
VQPTNLPNGSTNGTETFIPPVQNSITSNKEAVKPIKNKPKPISFESLSAVGNLIISDSLS
RIVRQILQNLYTEWVHEKTNLVFATMFRTIFREVLLDGIASEVYLKSLKKHAISQISVRA
HHSWVKKQEKMMLEMREKNRQEKYFSVLNSVVKAESSNITRLPIKRTFYGDTRNLDKASE
KLRAEHDRTRRLWKPVLMDSLFSNLQKFPVYEDWHLLIFNASTSSMMKTWLCAKFSLKET
NKTSFWHSSYNLFNRQYHVDMPDNVSDLPQTRLCYGACVYNVGLLDEEKRKDLANSDLNS
SPKLIQGNDSRSAHESSANKLFSFVHDISRLTITKLPLLLIFWSDSNLDMQGITQKYRFL
ELITSTWSAISSIHVLTITNDRDMDLEHSLKVLLDNVTVEKSPFAQLEELEVVRKKREAE
IEASSKTVKRLASNNKFLTDSNVEGLLEAPTSLENSLVEDDKWASLRQKIKAARDLLKKV
ETFY
NT seq 3075 nt   +upstreamnt  +downstreamnt
atggaaaagcggaatgagactggtaataatcgattaaaaaggtctaataacagagggaaa
tcgaagaaggattggaaagacgcctctgtggaaacaacgccgcgagaaacttcagtcgac
gaagataatactagtgttttcgaggatgtggaagcacaggacagtcgacaaaaacggttc
tcttctacgttagaaggaaacaggttcgaagaattgagaagtcttcgtgagaaggaacgt
gaagtagcaatccaaaatggcttaatcgatgatcctacgaaaccaagacaactagatgag
gccgtaacgtttgttggtacttgccccgatatgtgtcctgaatatgaacgtgaacaaaga
gaatatcaaaataatttggaacggtgggagattaatccagaaacgggtcgtgtcgataag
aatcttgctgtaaaggcttttcatcgtcctgcggccggtaatgagcaagcgttaccctca
gatgttcgaccacctccagttttaaagaaatcgctcgattatttggttgataaaatagtc
tgtggtcctgatccacttgagaatacacatttctttgtacgtgaccgtactcgatctatt
cgacaggattttacacttcagaattgtcgtgatttggatgcagttgcttgtcacgaacgt
atagcccgatatcatatattatgtattcatcaactgtgtgagaagaaacaatttagcgct
caacaagaagttgaacagttacgaaaaggtatattgcaatctttatgtgaattttatgat
gatttaagaaaagttaaaattcgatgtccaaatgaaccagaattccgaagttatgcaatt
ataacgcatttacgtgatccggatgttgtcagacaatcccaaatcctaccaatagaaata
tttgacgatcaaagagtgcagctagctcttcgattgtcagcgctggcgcaaaaaaataat
gagcgggttggtcatatccttccgcgaaacaccgaagcatgtcctaatctttacactcgg
tttttcaaattggttcaatctcctgccgtaacatatttaatggcttgtcttttagaatct
cacttcatgtctattcgaaaaggtgctctaaaagccatgcgtaaggcatttatgtcagcc
catgccaatttcccctgtggggatttgaagcgtatactacattttgatactgtagagcaa
gccgcttcgttttctcggtactacggactagaagtctctgatgataatggcgagctcagt
ataaatctgaataaaacagcattctttaatgattccaaacctgattttcgacagttgttt
tcacaaacacttgtcgagtccaaacttcaaaatcgctcatttgctgatattataaacggt
tctcgttacaatatagaccgggtttctccgaacacagctttttcaactaatattccttta
tcattgccattcgctaataaagagccacaacctattgctggttttaaaaaaaatacacct
gagacttcggtagtatcaaagaaccttagtacttttaatgggaaatttaacgtaaatgct
cctgtttttactcctcgatcttttcctactaaacctttttctgctactgacatttcgtca
gtccaacccacaaacctaccaaatggatccactaacggtacggaaacatttattcctcct
gttcaaaattcaatcacctcaaataaggaagctgtgaaacctattaaaaataagccaaaa
cctatttccttcgagtctttatctgctgtaggtaatttaatcatatctgattccctctct
cgaatagttcgtcaaattttgcaaaacttatacactgaatgggttcatgaaaaaaccaat
ttagtttttgcaactatgttccgtactattttccgagaagttttgcttgatggtattgct
tctgaggtatatctaaaatctctgaaaaagcatgctatatcacagatctccgttagagct
catcattcgtgggtaaaaaaacaagaaaaaatgatgttggagatgcgtgagaaaaatcgt
caagaaaagtacttttctgttttgaattctgtagtcaaggctgaaagttcaaatataaca
aggctgcctataaagagaacgttttatggggataccaggaatcttgataaagcttcggaa
aaattgcgcgctgaacacgatcgaactcgcagattgtggaaaccagtattaatggattca
cttttttctaatttacaaaaatttcctgtatatgaagattggcatttattgatttttaat
gcttccacaagttcaatgatgaaaacatggctgtgtgccaagttcagcttgaaagaaact
aacaaaacatcattttggcattcttcgtataatttattcaatcggcaatatcatgttgat
atgccggataatgtatcagatttaccccaaactaggctatgttatggtgcttgcgtttat
aatgttggtttacttgatgaagagaaaagaaaagatttagctaattcagacttgaattcg
tctccgaaactcattcaaggcaatgatagtcgaagtgcgcatgaatcctcggcaaataaa
ctattttcttttgtgcatgatatttcgaggttaacaattacgaagctaccacttttgtta
attttttggtccgacagtaatttggatatgcagggaatcacacaaaaataccgctttttg
gaactgattacttccacctggtcagcaatttcaagcattcatgttttaacaataacaaat
gatcgagacatggatttggagcacagtttgaaggtattattagacaatgttacggttgaa
aaatcaccctttgcccaactggaggaattggaagtagtgcgcaagaaaagagaggcagaa
attgaggcaagttctaaaacggttaagagactcgctagcaacaataaatttctaacggat
tccaatgttgaaggtttattagaggccccgacgagtcttgaaaactcgttagtggaagac
gataaatgggcatcgctacgacaaaaaataaaagcagctagagatctcttgaaaaaggtt
gaaactttttattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (43)   

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