KEGG   Schizosaccharomyces pombe (fission yeast): SPAC4D7.01c
Entry
SPAC4D7.01c       CDS       T00076                                 
Symbol
sec71
Name
(RefSeq) putative Sec7 domain-containing protein sec71
  KO
K18442  brefeldin A-inhibited guanine nucleotide-exchange protein
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Pathway
spo04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:spo00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    SPAC4D7.01c (sec71)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:spo04131]
    SPAC4D7.01c (sec71)
Membrane trafficking [BR:spo04131]
 Endosome - Golgi transport
  Arf GTPases and associated proteins
   Arf GTPase associated proteins
    SPAC4D7.01c (sec71)
SSDB
Motif
Pfam: Sec7 Sec7-like_HUS Sec7-like_HDS BIG2_C DCB
Other DBs
NCBI-GeneID: 2543610
NCBI-ProteinID: NP_594954
PomBase: SPAC4D7.01c
Ensembl: SPAC4D7.01c
UniProt: Q9UT02
Position
I:complement(5346202..5351897)
AA seq 1811 aa
MTDLEIETVSRVSSNPDEVKGSSVVEEEPDSESTIKSRVSDEIDEHDSIPEQSNTEKSIE
INDKNLEAEKDIESNLSLRPPEDDLDSRSIESEQTGTLSKQTTSTSEAPQDLKIWKNISN
ASNQNSGKLNPQLFVIEAFKHMSKAKATKRHKKLREAINNVQIELQKQPFLLPEVILEPL
VMACQTNSTTLLTITLDCFAKLIDYNYFDSPTLNPSDITLMERVVNTIASCFCGESTPER
VQLQIVKALLAAITSERTIIRHSFLLTAVRQTYNIFLLCKDSTTQAIAQVALLQMVDSVF
QRLSTVLNHEREFSTINMNKSSSNGTPDRANSPIPSQLSENKLTLESFEHRKSFDQVREE
APLEEDSLEQQLLRDAFLLIRALCKLSIKNIPYEHEYDLKSQSMRSKLMSLHLIYHILRT
YMNILSDINVKIRSPTSTPTPLIDAVKQYICLALAKNVVSHVLPVFEISCEIFWLILSEL
KNFFKSELEVFFTEIFFPILEMRTSSNQQKIVLLNIFHRMCEEPQTLIELYLNYDCISGN
TENIYERAIVTLSRIASQSTSDPPPSFVFRDDQLVIDKPGFVYHTLNDIPQLNSSTIGSY
VHSHNPPYFDYQIRLKSYRCLISTLSSLFTWCNQTFAPTVEITAKDDETESTSKGEEPQK
SKSEPPSAGINSTSMDNLESSGQALATDDPSQFENLKHRKKQLQEAIQKFNYKPKEGIKI
LLSSHFIASKTPTDIAKFLISTEGLDKAVLGEYLGEGNDENIAIMHSFVDHMSFNDIPFV
NALRSFLQKFRLPGEAQKIDRFMLKFAEKYIDDNLGVFKNADTAYILAYSIIMLNTDLHS
PQVKNRMTCQDFIKNNRGVDDGANLSDSFLTEVYEEIQKNEIVLKDEQDPTSNFPEIPGT
SNLSFAANISNALATVGRDLQREAYYMASNKMANKTEALFKDLIREQRERGKLSGNDIYY
TARHFEHVCPMFEAVWMPILAAFSEPLQLSSDPALIQLSLDGFRLAMNVIFFFSMDLPRN
AFMQTLTKFTHLNNTSELKWTNMHALKTLLEISLAHGDKLRDSWKDVLLCISQLERVQLI
SAGVDINSLPDVSTTKPLRKSLDKNIRQSRSGSISLKHSKSFQSASTHSTKSSSVEIVRE
YSSREVVMAVDMLFSNTRNLGSEGIYDFVKALIEVSWEEIECSLELSNPRLFSLQKLVEI
SYYNMRRIRMEWSSIWSLLGTYFTQVSCHENSIIASFALDSLRQFSMQFLEIEELSHFKF
QKDFLQPFSHAMENSQDLKIKDLVLRCIDQMIKARYQNIRSGWRTIFHILAYASKIENLL
VLQCAISVVSSLGHEHISCVLTQGAYIDLISCITKFAKLNGNQKFCLSCVDMLKNLEHEL
IKHLKHMKKESVYSKKLEEEYWLPFLLSFNEIICEASDLEVRSKALKVLFDCLYRHADDF
DEEFWETVSNKALLSIFSILSITNSQRLYLAKNTEETEVWMLTTMVEALKAFIELIKNLF
ERLHFLLPKALNLLEKCICQENSMISKVGLSCFSQFVLKNKNQFKDVDWDEIINSINQLL
QMTLPIELRDPSLYPQVNSDSSLEDVKENSFRPHEISRFNSQSVFKSKKHHLKSIVVKCT
LQLLMLNCLWELFHSDNMLTNIPKRKMVKLLDILKQSWEFAESFNSDFEIRAKILSSGIV
EHMPNLLSQEALCAKLYFYTAFECMSSLKSDSHDTEEYNDLMDVFQKKIYLASQLVLHGF
QRVIGDNPVKGVAAFQPVIAALVSYINSLDEIQFSRGKSEFYQLLCAIVACGHIDQQLGT
SLSNAFLRYAC
NT seq 5436 nt   +upstreamnt  +downstreamnt
atgacagatttggagatagaaaccgttagtagggtttctagtaatcctgatgaagtaaaa
ggatcgtctgttgtcgaagaagaaccggatagtgaatcaacaatcaaaagtcgagtttct
gatgaaatagatgaacatgattccatacctgaacagtctaatactgaaaaaagtatagaa
attaacgataaaaacttagaagcggaaaaagatattgaaagcaatctatctctaagacct
ccagaagatgacttagattcacgttcgattgaaagtgaacaaacaggtactctgagcaaa
cagactacatctacttctgaagctccacaagatctaaagatttggaagaatatttcaaac
gcctctaaccaaaactctggcaaactcaatcctcaactcttcgtaattgaggcttttaag
catatgtcaaaagcaaaggctacaaaacggcataagaagcttagggaggctatcaataat
gtccaaatagaattacaaaagcagccatttcttcttcccgaagtcattttggaacctttg
gtaatggcttgtcaaacaaatagtacaacgttgctgactattactttggattgctttgcc
aagctgattgattacaattattttgattccccaacattaaatccatcggatattacctta
atggaacgtgtggttaacactattgcatcctgtttttgcggtgagtctactccagaaaga
gtgcagctacaaattgtaaaggctttattggcagctattacttctgaaaggacaatcatt
agacattcgtttttacttacagcagtgaggcaaacttacaatattttcctcttatgtaaa
gactcaactacccaagccattgctcaggtagctcttttacaaatggttgattcagtattc
cagcgcctttctaccgttcttaatcatgaaagagaattttctactattaacatgaataaa
tcatccagtaatggaactcctgatcgtgctaactctcctataccttctcaattatcagaa
aacaaactcacacttgaatctttcgagcacagaaaaagctttgaccaggttcgtgaagaa
gctcctttggaagaggattctttggagcaacagttgcttcgggatgcatttttgttaatc
agagctttatgtaagctttctattaaaaacattccgtatgagcatgaatacgacctaaag
tcgcaatcgatgcgatcaaagttgatgagcttgcatcttatatatcatattcttcgaact
tatatgaacatcctttcggacataaatgtgaaaataaggtctccaacttcaactccgaca
ccattgattgacgctgttaaacaatacatttgccttgcattggctaaaaatgtggttagc
catgttttaccggtattcgagatttcttgtgaaatattttggttaattctttctgaatta
aaaaattttttcaagtcagagttagaagtgttttttaccgaaatcttctttcccatattg
gaaatgcgaacctctagcaatcaacaaaaaattgtactgctgaatatttttcaccgcatg
tgtgaagaaccacagaccttaattgaactttatcttaattatgactgtataagtggtaat
actgaaaatatttatgaaagagcaattgttactctatcaaggattgcaagtcagagtact
tctgatcctcctccttcatttgttttccgtgatgaccagctagtaattgataaaccgggg
tttgtatatcatacattgaatgatattcctcagcttaattcgtcaacaattggaagctat
gttcattcgcacaatccaccttactttgattatcaaattcggttgaagtcttatagatgt
ttaatatctactttatcttctctatttacatggtgtaatcaaacatttgcgcctactgtc
gaaataacggcgaaggacgacgaaacagagtcgacttcaaaaggagaagaaccacagaaa
agtaaatcagagcccccttccgcaggtataaatagtacatcaatggataatttggaatct
tctggtcaggctttagctacagacgatccttctcagtttgaaaatttaaaacatcgaaag
aaacaattacaagaagcaatacaaaaatttaactacaaaccaaaagagggaattaagatt
ctactttcaagtcattttattgcttccaaaactcctaccgatattgctaaatttttaatc
tctacagaaggcttggataaagctgtgctaggcgagtatttaggagaaggaaatgacgag
aatattgctatcatgcactctttcgttgaccacatgagtttcaatgatattccatttgtg
aatgcccttcgttcatttttacaaaaatttcgtttacccggtgaagcgcaaaagattgac
agattcatgctcaagtttgcagaaaaatatattgatgacaatcttggtgtttttaaaaat
gcagacactgcttatattctagcatattcaattattatgttaaatactgatttacattct
ccccaagttaaaaatcggatgacatgtcaagattttattaaaaataacagaggtgtggat
gatggtgctaatctgagcgattcgtttttgactgaggtatatgaggaaatccaaaaaaac
gaaattgttttgaaagatgagcaagatcctacttccaactttccagaaatacccgggact
agtaatcttagctttgctgctaacataagtaatgcattggcgacggttggaagagatttg
caaagggaagcatactatatggcttccaataagatggccaacaagaccgaagcgttgttt
aaagatttaattcgtgaacaacgtgaaagaggaaaactttcaggaaatgatatttattat
actgctaggcactttgagcatgtttgtccgatgtttgaagctgtttggatgccaattctc
gcggcattctctgaaccattgcaactctcctctgatccagcattgattcaactttcactt
gatggatttcggttggccatgaacgtcattttctttttctcaatggatttacctagaaat
gctttcatgcaaactttgactaagtttactcatttgaataatacgtccgagttaaaatgg
acgaatatgcacgctttgaaaaccctacttgaaatttcactagctcatggagataagttg
agagactcttggaaagacgtgcttttatgtataagtcagttggaacgtgtccaactaata
tctgctggtgtcgacataaattctttaccagatgtaagtactaccaaaccattgcgcaaa
tctttagataagaatatacgacagtctcgaagtggaagcatttcgttaaaacattctaaa
agttttcaatctgcctccactcactccactaaatctagctcagttgaaatcgtcagagaa
tatagttctcgtgaagttgtaatggctgttgatatgctcttctcaaacactcgaaacctt
ggtagtgaaggaatctacgattttgtaaaagcattaattgaggtctcttgggaagaaata
gagtgttctttggaactttctaatccgaggttattcagtttacaaaagttggttgaaata
tcatattataatatgcgtcgtatccgtatggaatggtccagtatttggtctttgttaggt
acttattttacccaagtcagctgtcatgaaaactcaataatagcatcttttgctttagat
tccttgagacaattttctatgcagtttttagaaattgaagagctctctcactttaaattt
cagaaggacttcttacagccattttcacatgctatggaaaattcgcaggaccttaagatt
aaagaccttgtcttacgttgtattgatcaaatgatcaaagccagataccaaaacatacgt
tctggatggagaaccatattccatattctcgcctacgcttctaaaattgaaaatcttttg
gttttgcagtgcgcaatatctgttgtatcatctttgggccatgaacatatcagctgcgtc
cttacacaaggggcttatattgatctgatatcttgtataactaagtttgctaaacttaat
ggcaatcaaaagttctgtctgagttgtgtggatatgcttaaaaatttggagcatgagtta
attaagcatttgaagcacatgaaaaaagagagtgtatattcaaaaaaactagaagaagag
tactggcttccgtttttgctgtcatttaatgaaatcatctgcgaggcgtcagatttagag
gtgcgatctaaagccttgaaggttttattcgattgtctttatcgacacgctgatgacttt
gacgaagaattttgggaaaccgtttccaataaagctttgctctcaatattttctattttg
tccattactaattcccaacgtttgtatttagcaaagaacactgaagagactgaagtatgg
atgctaacaacaatggttgaagcactaaaagcttttattgaattaattaaaaacttgttt
gagcgccttcattttttgcttcctaaggcgctgaatttactggaaaaatgtatttgccaa
gaaaacagtatgatatcaaaagtgggacttagttgtttttctcaatttgtcctcaagaat
aagaatcaatttaaagacgtggactgggatgaaataattaactcgataaatcagctgctt
caaatgactcttccgatagaacttcgtgatccttcattgtatcctcaagtcaattctgat
agttctcttgaggatgtcaaagaaaatagttttcgtccacatgaaatatcaaggtttaat
agccagagcgtctttaaatcaaaaaagcaccatttgaaaagtattgttgtaaagtgcaca
ttacaacttttgatgcttaactgcctatgggaattatttcattctgacaatatgcttacc
aatattccgaaaagaaaaatggtaaaattgctggatatcttaaagcaatcttgggaattt
gctgaatcttttaattcggattttgaaatacgcgctaaaatcttatcctcgggcattgtg
gagcacatgcccaatcttttaagccaagaagccttatgtgctaagctatatttttatacc
gcatttgaatgtatgtcttctttgaagtcggattcccatgatacagaagaatataacgat
ttaatggatgtttttcagaaaaaaatttatcttgcatcgcaattggtacttcatggtttt
caaagggtaattggtgataaccctgtaaagggagttgctgcattccaacctgtaatagcc
gccttggttagctatatcaattcactagacgaaattcaattttctcggggaaagtccgaa
ttctatcaattactgtgtgccattgtggcttgtggacatattgaccagcaattgggaact
tctctaagcaacgcatttttaagatatgcttgttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (71)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   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 (5)   
   Pfam (5)   
All databases (84)   

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