KEGG   Aspergillus oryzae: AO090701000132
Entry
AO090701000132    CDS       T01018                                 
Name
(RefSeq) unnamed protein product; uncharacterized conserved protein
  KO
K24814  HEAT repeat-containing protein 5
Organism
aor  Aspergillus oryzae
Brite
KEGG Orthology (KO) [BR:aor00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aor04131]
    AO090701000132
Membrane trafficking [BR:aor04131]
 Endosome - Golgi transport
  Others
   Aftiphilin/p200/gamma-synergin complex
    AO090701000132
SSDB
Motif
Pfam: Laa1_Sip1_HTR5 HEAT_2 HEAT_EZ HEAT Adaptin_N Cnd3 Ribonuc_L-PSP
Other DBs
NCBI-GeneID: 5995070
NCBI-ProteinID: XP_001823013
UniProt: Q2U985
Position
5:1986875..1993304
AA seq 2053 aa
MSSSETAARTSSDNAPPRAELDITKLHALPSEQQDLYLLTFTSDLVQYISGLEKPQISAQ
QKFLKKELFKILTLSSPTITRVVRNNLGRCFGAIFSKGDRGTLFETVTDLLGLLNAGKHE
ELRTKFAAAHCLGEVFAVAGESVFAQAGIVISSLLKLLKNSSNHTGLRGSIFAVLRKVVV
GVGIPVDEAAARDIWKQARNAATGDKSTFVQVHACRCLEQLVNTTPFFDNANDFDHVKTV
TWKVIDSPAAPVRHAAAACLARALAKLHATDAKVTPMPKSKKAKRQSKKPAPRPGEDEEE
AEVSESSLSKKPESRLFFLLPDLLRQLSTQYLRGTTSNRSRAGIAVCYKHVLRILGNKFV
EERYGEIANHLLFDLLNHPTVTYNRFRLLMTRKFVKSILEDTVGRESLSENSQLNASKWL
INEVLKDYPQVIQERREPSKYTLTSALSALSSLISSLGSAFVSLAEPCREALLQVLPHPS
YTVQIHAAHCLRNFVLACPHQMLSCVTICLNSLNREVGQLSTPRQAPRRCVGYANGLSAM
LSTSRLQPLYGSVEVYSRVFTQATDLLKTSSNSELRAASTQIQVAWILIGGLMPLGPSFV
KIHLSQLMLLWKNALPKHLGKDNFAQRGNLEMSFLAHVRECALGSLLAFLEFNSKLITAD
GARRIATMLQNTVGFLDDLPRQKSVTDISQRLHPSLQLHDIATMVRRRVLQCFSKLIHVH
PLSHGDVISQTSLLSLAISSFAEPESAQSGPLESSIAASTAQFESLWDLNDNFAFGLTGL
AREYVRVTLSGKHENDNGPAWSAVESADQAIDDALTFPICQGSEHDSALLYASRHGGCLL
ADPHSTGVVNAAIELFSVAIPLHAPKVQESSVEQIATFLSSSSLQRNPGRRAAMVVNIAV
ALLEALKVALKDSNPMSGKLNPTTDKILQELLQKFVTDADPVVRTIGVEALGRLCESSGN
TFTTSQINWLVDTIVDNREPNARAGCAAALGCIHSQVGGMAAGLHLKTIVGVLMSLCNDP
HPVVHFWALGGLERVANSAGLTFSPFVSSSLGMLAQVYYADTHNEECATLATSNIEMSYL
TPIVISRCVDSLINVLGPDLQDIAKTRNLILTLLRQFQLEDNPALVTESSKCLDHLSLYA
PNYVDYSGYVKRLQTELAADNPLMRDVAIGGLSNLMKRDSLSVLKAAPALEEEIWLAFDD
TPDNANLKSMIQDWLQQTALEETELWVQRFHNTLTKTRGKVEEPPPTPAAKSAVNDIPDD
EVAGFASAIAGAGQSDNVNEAAPGQELLKWQTRNFVLSCLSELLATVEQEILPDQTIPAE
LALQQRVGDIVRMAFSASTANVIELRVWGLKILDQVLRMFGKTPDPDFTEASLLEQYQAQ
IGSALTPAFAADSSPELASGAINVSATFIATGIVTNVDRMGRILKLLVLGLENFSKNPDT
TEIGDLKGLNSNARVMVKMALYSAWARLQIASIEQDYLNEVVQSHLAKLTPLWLSSLQEY
ARLRFEPDISGSLGTGPLSNDLDEVYAALNRETLLKFYQDTWLSLVDAIAGLVEKDIDFV
FDALDGKMKPDEEPVEKSQDEEDVTNEETKGKGNDINYRDEPVAFFFVLFGLAFEALVDQ
STTASQRLEILQALKRILRPIISGNAIYQEAIFSETMDSLDRLALTEGTPIQNVIVEIAR
NLSLDHPSAKGSEGRSDHLSDDIEQLFELTKSIILVLAGLLPNLRESVPLARFNVGSDDA
LSLIRLALSSLVNVASIFPSIIRNDLNACILHIFTTILATGLCQSEVVPQALPIFKHFIQ
SISHPDDVGPDNSGNFHVVARQLRGCLTRFLTTLTIAQRRESESSLPCAKNTLLAITILL
TTGGHVLPPNDPTIVRILNEFLDCLQDVGLANVAAGCLRSILLASTGSLTDEVIARYLFP
RLIAFVVGCPMENGDVPNDPENSRTVIARTLVSYVSIASDIPTALSIVMSTLIARGKREG
QAVYQETAAHLLELAKTDQSVFRSLVATMAPEQKALLEDILRSVNIDSGANKSTRDSVQA
QQNEPSIALRFDF
NT seq 6162 nt   +upstreamnt  +downstreamnt
atgtcttcatctgaaaccgccgcacgtacttcctccgacaatgcgcccccccgagcggag
ctggatatcaccaagctccatgccctcccctccgaacagcaggacctttacctcctcaca
ttcacatcggacctagtacagtatatttcaggactggaaaaaccgcagatttcggcacag
cagaaatttctgaaaaaggagttgttcaaaatacttaccctttcctcgccgacgatcacg
cgagttgtgcgcaacaatctgggacgatgttttggagctatattcagcaaaggtgatcgc
gggacacttttcgaaacagtcactgatttgcttgggcttttgaatgcgggcaagcacgaa
gagcttagaactaaattcgctgcggctcactgtttgggcgaggtattcgcggtcgccggt
gaaagtgtctttgcgcaagcgggcattgtcatttccagcttgctcaaactgttgaagaac
tccagtaatcatactggcctgcgcgggtccatttttgcagtattacggaaggtggttgtt
ggtgtgggcattccagtggatgaagcggcggcgcgagatatttggaagcaggctcgcaat
gcagccaccggagataaatcgacattcgtccaggttcatgcctgccgatgcttagagcag
ctagtgaacacaacgccgttcttcgataatgcaaatgacttcgatcacgtcaagacagtc
acctggaaagttattgacagcccagccgctcctgtcagacatgctgctgcggcttgcctg
gcgcgagcgctagcgaaactgcatgccacggacgccaaggttactccaatgcccaaatct
aagaaagcaaagagacaatcgaaaaagccagcaccgcgccctggagaggatgaggaagag
gcggaggtctctgagtcgtccttatccaagaaacccgagtcgcgcctgttcttccttcta
cccgaccttcttcgccagctatccacccaatatttgcgcggcacaacgtccaatcgttca
cgtgcaggcattgcagtctgttataaacatgtcctgcggattttgggcaacaaattcgtt
gaagaacgctatggtgaaattgcaaaccatcttctttttgacctcctgaaccacccaact
gttacatataatcgattcaggcttctcatgacgagaaagtttgtcaaaagtatcttggag
gacaccgttggccgtgagtcacttagtgaaaacagccagctcaatgcttcgaagtggtta
atcaacgaagttcttaaggactaccctcaagtcatccaggaacgtcgtgaacctagcaaa
tacacgttgactagtgctcttagtgcactatcctctttaatttcatctcttggctctgcc
tttgtgtccctagctgagccctgtcgtgaagccctcctccaggtccttcctcatcccagc
tataccgtgcagatacatgccgcacactgcctgcgcaactttgtacttgcctgtcctcat
caaatgttgtcgtgtgttacgatttgtctgaatagcttgaacagggaggtcgggcaactt
tctacaccccgccaagcgccgcgacgctgcgtcggttatgcgaatgggttgtcagccatg
ttgagtacctctagactgcagccgctttacggctctgtcgaggtgtattctcgggtattc
actcaagcaacagatctcctgaagacgagcagcaactccgaactgcgtgccgcgagtaca
caaatccaggttgcttggatattgatcggaggcctaatgcccctggggcctagcttcgtg
aaaatacacctgtcgcagttgatgctcctatggaaaaatgcactccccaagcacttaggc
aaagataatttcgctcagcgcgggaacttggagatgagtttccttgcccacgtcagggaa
tgtgcattgggatcgttgttagcattcctagagtttaatagcaaattgatcacggcagac
ggcgcgaggagaatcgctaccatgctacagaacactgttggctttcttgatgacctgccc
cgacagaagtccgtaacggatatctctcagcgtcttcatccttctctgcaacttcatgat
attgcgaccatggttcggcggcgtgtactgcagtgcttctctaagctgattcatgttcac
cctctcagccatggagatgtaatctctcagaccagtctcttaagtttggctatatcgtct
tttgctgagccagagtccgcccagtccggtcctcttgaaagctcaattgcggcttctaca
gcgcagttcgagagtttgtgggatctaaatgacaactttgcttttgggttaactggattg
gcgagggagtacgttcgtgtgacgctgtccggaaagcatgagaatgacaatggaccggct
tggtcagcagtcgaatcagcagaccaggctatcgatgatgctttaactttcccgatttgt
caagggagtgagcatgactctgcccttctatatgcttcaagacatggcggctgtttgcta
gccgatccgcattctactggtgttgtcaatgctgctattgagctcttctccgttgctatt
ccattacacgctcctaaagtacaagaaagtagcgtagagcagattgcaaccttcctttct
tcttcaagcttgcagcgcaaccccggtcgcagagctgccatggtagtcaacatcgccgtg
gcattgcttgaggctttgaaagttgccctgaaagattctaatccgatgagtggaaaactc
aaccctacgactgacaagatattgcaagagctgttacagaaatttgtaaccgacgctgac
ccagttgttcgaaccattggggtggaagctctcggaagactgtgtgagagttctggaaac
actttcactacctcgcagatcaactggcttgtcgacacaatagtagacaacagagagccc
aatgctcgtgctggctgtgctgcggccttgggttgcattcattctcaggtcgggggcatg
gcagctggtctgcacctcaaaactatcgtgggcgtcctaatgtcattgtgcaatgatccc
caccccgtggtccatttctgggcgcttggtgggctggaaagagtagctaactctgcgggc
ttgacattttcgccttttgtctcaagctcgctcggtatgcttgctcaagtatattacgca
gatacccataacgaggagtgtgctaccctcgcaacctctaatatcgaaatgtcttacctt
acgcctatagtcataagccgttgcgtggattctttgatcaacgttttgggtcccgatctg
caggacattgccaaaacgcgcaaccttatactcactcttctccggcagtttcagttagag
gataacccggctttagttactgaaagctctaaatgcctggatcatttgtcactttatgct
cccaattacgtggattactcaggatatgtgaaacgtctgcagaccgaactcgctgccgat
aacccgttaatgagggatgtggccattggaggactgagtaacctcatgaagcgggactca
ctatcggttctgaaagctgcaccggccctagaggaggagatctggcttgcattcgacgat
actccagataatgcgaaccttaagagcatgattcaagactggttgcagcagactgctctt
gaagagactgagctgtgggtacaacgcttccataacacattgacaaagactcgtggtaag
gtggaagagccacctcccacgccagctgccaaatctgctgtcaatgatataccggacgat
gaagttgctggctttgcatccgccattgccggggctgggcagtcagacaacgtaaatgaa
gctgcccctggacaagaactattgaaatggcaaactcgcaatttcgtcctcagttgtctt
agcgagcttttggcaacggtagagcaagagatcttgcctgatcagacaattcctgctgaa
ctggccctgcaacagagagtgggggatattgtgaggatggccttctctgcctctactgcc
aacgtgatcgaactgcgagtatggggactcaaaatcctcgatcaagtccttaggatgttt
ggcaagactccagatccagatttcacagaagcatctctcctagagcaataccaagcgcaa
atcggttctgcacttacgccagcatttgcagcggattcttccccggagctggcatcgggg
gccatcaatgtctcggcgaccttcattgcaacaggaattgtcacaaacgtagaccggatg
ggcaggatattgaagttactagtgctgggtcttgagaacttctcaaaaaatccggacact
actgagattggagacttgaagggtctcaactcaaatgccagggttatggtcaagatggcg
ctgtattctgcttgggctcggcttcaaatagcaagtattgagcaagattacttgaatgag
gtagtccagtctcatctcgccaaactaactccgctgtggctttcttcccttcaagaatat
gcccgcctacggttcgaaccagacatatctggtagcttaggaaccgggccactgagcaac
gacttggacgaggtatatgctgcattgaatcgagagactcttctgaagttctatcaagac
acttggctgagcctcgttgatgccatcgcgggcttagtggagaaggatatcgatttcgtc
ttcgacgcgttggacggaaaaatgaaaccagatgaggaacccgttgagaagtctcaggac
gaagaggatgtaacaaacgaagagacaaagggtaaaggaaacgacattaattaccgcgat
gaaccagttgcattcttcttcgttctattcgggttggcattcgaagcccttgttgaccag
tctactacggcgtcgcagagactagagattctccaggctctcaagcggattctccgccca
ataatatctggaaatgccatctatcaggaagctattttctcggagacaatggattccctt
gaccgtctcgcgttgactgaagggacacccatccagaatgtcatcgttgaaatagcgcgt
aacttgtctctggatcatccctctgcaaagggaagcgaggggcgaagcgaccacctgtcc
gatgatattgagcagcttttcgagctgactaaaagcattatccttgttcttgccgggcta
ctgccgaaccttcgtgaatcggtgcctctcgcgcggttcaatgtgggatccgatgatgct
ctatcactcatccgcctcgccttgtcatcactcgtgaacgtcgcatccattttcccgtcc
atcattcgcaatgaccttaacgcatgcatcctacacatattcaccactattcttgctact
gggctatgccaatcggaagtcgttcctcaagcgcttccaattttcaaacattttattcaa
agtataagtcatccggacgatgttgggccagacaattctggcaactttcacgtggtcgca
cgtcaattgcgcggctgcctcacacgtttcctcacaactctcacaattgcccagcgtcgc
gagtccgagtcctctttgccttgcgccaagaacacgcttttggcgatcactatcttatta
actactggaggccatgtcctccctccaaatgaccccactattgtccgcatcctcaatgag
ttcttagattgtcttcaggatgtcggtctcgcaaacgttgcggcaggctgtctccgatca
atccttctggcatcaacaggatctctcacagacgaagtcattgccagatacttgttccct
cgcctgatcgccttcgtagtcggctgccctatggaaaatggcgacgtccccaatgaccca
gagaattcaagaaccgtcatcgcacgcacactagtttcctacgttagcattgccagtgat
atacccactgccctttccatagtcatgtccaccctcattgcacgtggaaagagagaagga
caagccgtttaccaagagacagctgctcacttactggaactcgccaagacggaccagtca
gtattccggtctcttgtagctacgatggctccagaacagaaagcgcttctcgaggatatc
cttcgaagtgtgaatattgactctggcgccaataagagtaccagagacagtgtgcaagct
cagcagaatgagcctagtattgccttgagatttgatttctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (17)   

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