KEGG   Schizosaccharomyces pombe (fission yeast): SPAPB21F2.02
Entry
SPAPB21F2.02      CDS       T00076                                 
Name
(RefSeq) putative family protein DOPEY
  KO
K26680  protein dopey
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Brite
KEGG Orthology (KO) [BR:spo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:spo04131]
    SPAPB21F2.02
Membrane trafficking [BR:spo04131]
 Endosome - Golgi transport
  Others
   Others
    SPAPB21F2.02
SSDB
Motif
Pfam: Dopey_N
Other DBs
NCBI-GeneID: 2543220
NCBI-ProteinID: NP_592953
PomBase: SPAPB21F2.02
Ensembl: SPAPB21F2.02
UniProt: Q9C0Z4
Position
I:492335..497927
AA seq 1687 aa
MNTIIDASNDAKYRKYQDAIRKCIALFQTVEQWPDYISFLTKLHKVLQTHSSFVNIPCSL
LVSRALAECLSPGLPSGVHKKTLEVYDYIFTIIGSKTLTNELSTWSYGLTPFFSISSIKT
KHDYINIIKKHYVSLGVGIRPCFQAVFISLLSGLEEDVDESSQEVYHLLDDLVKVLNDEK
FAWGCIWSTILSFPSQRPGALAYLLRVCNNLAEEDIQTRVIQPDSGLVVRSFAAAISDND
ILVQRGYMDALLNYFPIQSTFYKDVKPFDLKLLHMSVASIVLRNDLSLNRRFYAWLMGLS
KDTELSISDSSITVDENTLQQNMAIFFEGVKDLLSSKNSLMSFYKAFRILYALSDRRPLF
TIVESQILPCVLHSYETLTNVFHRDDSKHLYESAVDHGRRLIMKFSDSELHTFLFHCVNK
IVANTTENSDSAEAVKFILDSQNFFFESINTEYSFIIFTNLLMHLEKTSPNSDVDGVSMT
ILTICKILLNNFDWNFFNYNNSAIDSYAKCTLNLDSDFENGILTYEILYKKCKCSLLSLL
KQYIKDSHVHHEVLLISLNLIKEASDTEFENEFLDLSLQGFKDNSWSFQTLGSFVKQLPS
RILINSTACVNVILDRIWCELCMFSYFREEELLSVIWTLQEKLQTRIIESYFSTCIVKEQ
LELRAPTIYYTPFYNLLKKSAQQSLFHFVFDRPLLLLLNSLLEDESGRDYTAMMNWINAS
SSLQLRVLELMTENLLSLSPNLTSVNSLETAMTRYNINEDQRNSEASRCVYFLKLCTRII
SYFQDLHPKEGRLKSAKQVEELCLVTWADALLIQKKSLTYSSFLAFLVKLCLDIVLTPQN
IKTSTDVYIIQTWALRLLYQITSIWENPLKFESSLIVGLFALVQEVERSPSSTYRSFILS
LLQMLEFLLSRLDGTIDLSSEQHYLLSNFVLVGMLNDDPGLSPKWLHAIKKLLPLLLQNL
QLLMVNPIQSLCKFVHSFLDQHESMYLKYPDPVKDYACMDVFIAKLKMLSELVSAALLEF
TYSPGPKKSNLEANGIIGNVISGVFAAESSGVSIDVNKRLSMLLTMQDALQTLFLSYSWH
IRSSYADKTSKVFMNDSSVLKEASLSGLKEFYFCEPLECVETLVQIYLENNVECCQCIWD
IFSFLSDSEPQYIVKQLVSSFFAREGIASYAGPSSLTAKITQLDILCCMSDFVSRVEGEN
TSKIFTEISKFVREIISSSNSFKNYLLVCLRMLLEVAKNVNTYCESRQQKDFIDLMGKTL
SSVLFHAGKSSDPNLTVDFLAYHKAAADTFEVAKTQKKTSSVYLFVKYLDPSLLDFFCSE
FVPKITELSKEEDKLVAWATSIVNVFITPLVKARTFPESLTTYHLDLLLVLSKHPFLSKS
WRRDFWEIFNDNSLFRFDIDQLRKLSPVIYTALYQEISRLNDLITKSDLGVTTLFTSRDT
QLGARQSNICRITILMLSSPRDFFLPSLPPLIDLVKRLITSDPEGVLKKDLFLFIRALAL
RTSSKHLLPLWPIVVSELLIIFKSYCMPNVAISKETLLDACRLLDFLTALKLEEFALHEW
VVMLSPLDAVYWSGKTSRKSLVQKVSERLQEQASEKDDKSSVESEHSILTSTTRTPSLGI
YTTDAQLRNFLNRISIDAYEESYSFSTIDIQSFENSIYREVLQRFSNAPLSPFSSIKAPS
SLAGSSN
NT seq 5064 nt   +upstreamnt  +downstreamnt
atgaacactataattgacgcttcgaatgatgctaaatatcgaaaataccaagacgccata
cgaaaatgcatagctttattccaaactgtagaacaatggcccgattatatctccttttta
acaaagctgcacaaggttttgcaaactcactcttcgtttgttaatattccgtgtagttta
ttagtttcacgagctttggccgagtgtctctctcccggacttccttctggtgttcacaaa
aaaacgttggaagtctacgactacattttcacaataatcggaagcaagactctcacaaat
gaattatctacatggtcctatggtttaactccgtttttttctatttcttcaattaaaact
aaacatgattatatcaatataatcaaaaagcattacgtttccctaggtgttgggatacgc
ccgtgttttcaagctgtgtttatttctcttctatctggcttagaggaagatgtcgatgaa
tcttctcaggaagtttaccatctattagatgacttggtgaaagttttaaatgatgaaaaa
tttgcctggggttgtatttggtctactattctcagttttcccagtcaacggccgggtgct
ttagcctatctgctccgtgtatgtaataatttagctgaagaagacatacaaacacgagta
attcaacctgattctgggttggttgttcgaagttttgcagcagctatcagcgacaatgat
atccttgtacaaagaggatacatggatgcactccttaattactttcccatacagtcaact
ttctataaagatgttaagcctttcgatttaaagctcctccatatgtctgttgcttctata
gttttaaggaacgatctatctctaaataggagattttatgcttggttgatgggtttgtct
aaggatacagaattgtcgatatctgattcttcaattactgttgatgaaaatacattacag
caaaatatggcgatattttttgaaggtgtaaaagatcttctgtcatccaagaatagctta
atgtctttttataaagcttttcgtattctatatgctttatctgatcgacgtcctttattt
acaattgtcgaaagccagatactaccctgtgtattgcattcttacgaaactctcacgaat
gtttttcatagagatgattcaaagcatttatatgaatctgccgtagatcacggacgacgc
ttaataatgaagtttagcgattccgaattacacacttttttgtttcattgtgtcaataaa
atagttgcgaatactacggaaaatagcgattctgcggaagccgtaaagtttatcctggac
agtcagaacttcttctttgagtctataaatactgaatattcattcataattttcacaaac
ttacttatgcatcttgaaaaaacgtctcccaactctgatgttgatggggtttctatgact
attttgactatttgcaaaattttattgaataacttcgactggaatttttttaattataat
aattctgctattgacagttatgcgaaatgcacgttaaacttagactcggactttgaaaat
ggcatattaacttatgagattttgtataaaaaatgcaaatgttcgttattgtcactgtta
aagcaatacataaaagattctcatgttcatcatgaagttttattaatatctcttaatctt
atcaaggaagcttcagacaccgaatttgaaaatgagtttcttgatctatccttacaggga
tttaaagataattcgtggagttttcaaacccttggtagttttgtaaagcaattgccatca
aggattttgattaactctacagcttgcgtcaatgtgattttggataggatttggtgtgag
ctatgtatgttttcttatttcagagaagaggagcttttatctgttatttggaccctccaa
gagaaacttcaaactagaataattgaatcgtacttttcaacgtgcattgtgaaagagcaa
cttgagctgagagctccaacgatatactatacacctttctataatcttttaaagaagagt
gctcaacaatctctgtttcatttcgtttttgacaggcccctattacttttattaaattca
ttattagaagatgagtctgggagagattatacagcaatgatgaattggattaatgcatca
agttctttgcaattacgtgtcttggaacttatgactgaaaatttattgagtttatctccc
aatctaaccagtgtcaattctctggaaacggctatgaccagatataatataaatgaggac
cagagaaatagtgaagctagtcgatgtgtatattttctaaaactttgcactcgtataatt
tcttattttcaagatcttcatcctaaagaaggaagacttaagagtgcgaagcaggtagag
gaactatgcctggtcacttgggctgacgcccttttgattcaaaaaaaatctttaacttac
tcttcatttcttgcttttttagtcaaactgtgcttagatatagtattaactcctcaaaac
ataaaaacgagcacagatgtgtatattattcaaacctgggctttgcgattgctttaccaa
ataacctccatatgggaaaaccctctaaaatttgaatctagtctaatcgttgggttgttt
gcgcttgtacaggaagttgagcgttctccttcatcaacttatcgaagttttattttgagt
cttttgcaaatgctagaatttttactctctcgattagatgggactatagatctttcctct
gaacagcattatctgttgtccaattttgttttggttggaatgttgaatgatgatccagga
ctttcgccaaagtggctacatgctataaagaagcttttacctcttcttttacaaaacctt
caacttttgatggttaatcccattcaatctttgtgcaaatttgttcattcatttcttgac
caacacgagtctatgtacctaaaataccctgacccagtaaaagattatgcgtgcatggat
gtttttattgctaagttgaaaatgcttagcgagttagtttcagcagccttattggaattc
acatattcacccggccccaagaaaagtaatttagaagccaatggtatcatcggaaatgtc
atttctggtgtgtttgcagcggagtcgtcaggcgttagcatcgatgtcaacaagagatta
tctatgcttttaactatgcaggatgctttgcaaacattatttttatcatattcatggcat
attcggtcttcatatgctgataaaacgtcaaaagtatttatgaatgattcatcggtttta
aaagaagcatccttatcgggattaaaagagttttacttctgtgaacctcttgaatgcgta
gaaacgctggtacaaatctatttggagaacaatgttgagtgttgccagtgtatatgggat
atattttcatttcttagtgattctgaacctcagtacattgttaagcaattagtttcttct
ttttttgcacgtgaaggaatagctagttatgcagggccttctagtttgacagcaaagatt
acacaactcgatattttatgctgtatgtctgacttcgtctccagagtggagggcgaaaac
acatctaagatttttacggaaatttcaaaatttgttcgggagattatttcttcctcaaac
agctttaaaaactatttgctggtatgtttacgaatgctactggaagttgcaaaaaacgtg
aacacttattgcgaatctcgccagcaaaaagactttattgatttgatggggaaaacattg
tcctcagtcttatttcatgcaggaaaatcaagtgatccaaacctaactgtagattttctg
gcgtatcataaagctgctgcagacacgtttgaggttgccaaaacacaaaagaaaactagc
tccgtgtatttattcgtaaaatacttagatccctctttgcttgactttttctgttctgag
tttgttccaaaaataaccgagctttctaaggaagaagataaactagttgcttgggctaca
tcaatcgtcaatgtatttataactcctttagtaaaggctaggacatttccggaatcactc
accacttatcatttggacttattgctcgtgttgagtaaacatccgtttttgagtaaatca
tggaggcgcgatttttgggaaatttttaatgataattcactgttcaggttcgatattgat
caattaagaaagctttctccagtaatatacacagctttgtaccaagagatatctagatta
aatgatctcataacaaaatctgatttaggcgttactactttatttacatctcgggatact
caactaggtgcaaggcagagcaacatatgtcggatcacaatattaatgttatcttctcca
cgtgattttttcctgcctagtcttccacctctgattgaccttgtcaaacggcttataacg
tctgatcctgaaggagtattaaaaaaggacctgtttttatttattagagctctagcttta
aggacctcttcgaagcatttgcttccattatggccaatcgttgttagcgaattgttgatc
atttttaaatcttactgtatgccaaatgttgccatttctaaagagacattattagacgca
tgcaggcttttggattttttaactgcactcaaacttgaagaatttgcgctacatgaatgg
gttgtgatgcttagtccactagatgctgtctattggagcggaaaaactagccgtaaatcc
ctcgtacaaaaggtttctgagcgacttcaggagcaagcatcggagaaggacgacaaatcc
agtgttgaatccgaacattctattcttacttcaactacaagaaccccttctttaggcatt
tacacaacggacgctcaattaagaaactttttaaatcgcatttctatagacgcttatgaa
gaaagctactcgttttcaacaatcgacatacaatcttttgaaaattctatttacagggaa
gttcttcaaaggttttctaatgctcccctatctcccttttcttcaattaaggctccatca
agcctggctggctccagtaattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   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 (1)   
   Pfam (1)   
All databases (65)   

Download RDF
DBGET integrated database retrieval system