KEGG T01018: AO090120000088

Aspergillus oryzae: AO090120000088

Entry

AO090120000088    CDS       T01018

Name

(RefSeq) unnamed protein product; P-type ATPase

K01530

phospholipid-translocating ATPase [EC:7.6.2.1]

Organism

aor Aspergillus oryzae

Brite

KEGG Orthology (KO) [BR:aor00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    AO090120000088
Enzymes [BR:aor01000]
7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.1  P-type phospholipid transporter
     AO090120000088

SSDB

Motif

Pfam:

PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3

Other DBs

NCBI-GeneID:

5996110

NCBI-ProteinID:

XP_023092418

Position

5:complement(2896516..2901231)

AA seq 1516 aa
MASNHLAPPENVLPGSEIQEVNSNISHPTKRQRWATQRVHGAGGVRKRVSIMDRFNKRSE
MKDEKRKSTSSNLPTAENPNAEGDAEASNRRIYFNIPIPESERDEDGHPKAYYPRNKIRT
AKYTPLSFVPKNIWLQFHNIANIYFLFIIILGFFSIFGVDTPALNTVPLIVIVVVTAIKD
AIEDWRRTVVDNEVNNSPVYRLIDWNNVNSVEDNVSLWRRFKKACTRATIWTYRAIKGLA
QKNKKQHDPEEADRRASFMTTVTPRASVYSQRGDGGLADEAIQMTPVPSPTPEARPDWTH
AVDEQSQYLHPDKARDSVAVPAYTATSPKKGGSVVDMSKPIIGKARFKRDYWKSVQVGDY
VRLYNGDPVPADVVVLSTSDPDGACYVETKSLDGETNLKVRQALNCGRQVRHARDCERAE
FVIDSEAPHPNLYAYNGAVRWDQRDPDFPDAPRKEMIEPITINNILLRGCSLRNTEWALG
VVLFTGDETKIMLNSGVTPSKRARLAKDLNWNVIYNFIILFFMCLISGIVNGVAWSSTNR
SLNYFDLKSYGSTPAVTGIITFWVALILFQNLVPISLYISLEIVRTIQAVFIHSDVFMYY
EKLQIYCVPKSWNISDDVGQIEYIFSDKTGTLTQNVMDFKKCTVNGISYGEAFTEAQVGM
VRREGGDADAVAARERERIAMDTTKMLELLRKIHDNPYLRDERLTFVSSNYVADLGGQSG
DAQRKATEHFMLALAVCHTVITEHTPGDPPQIEFKAQSPDEAALVGTARDCGFTLLGRSG
DDLVLNVMGEERTYTVLNTLEFNSSRKRMSAIIRMPDGHIRLFCKGADSIIYSRLAPGKQ
QELRKKTAEHLEMFAREGLRTLCVADRVLSEEEYKAWSKEHDIAAAALTDREEKLEEVSS
NIEQELMLIGGTAIEDRLQDGVPDTISLLADAGIKLWVLTGDKVETAINIGFSCNLLDND
MELIVFNIPGNESHRAAQELDQQLQRFGLTGSDEELLAARQDHTPPEPTHAVVIDGETLK
LMLDDELKQKFLLLCKQCKSVLCCRVSPAQKAAVVRMVKNGLDIMALSIGDGANDVAMIQ
EADVGVGIIGEEGRQAAMSSDYAIGQFRFLQRLILVHGRWSYRRMAETIANFFYKNLVWT
IALFWYSIYNDFDGSYLFDYTYIVLVNVAFTSLPVILMGIFDQDVDDKVSLAVPQLYMRG
IERKEWSQLKFWLYMADGLYQSLICFFMPYLLYSRATFQTANGLDIADRTRMGVLVATSA
VIASNTYIMLNSYRWDWLTTLINVISSLLIFLWTGIYSSVDASAQFYKSGAQVYGTLSFW
VVLLLTVTICLLPRFTFKAFQKVFFPLDVDIIREQVTQGKFKFLEQYEAFVPPKAASAAA
SGQLLSDESAASSDLGKPMQPSMKQDPFSDDQQIYTPSVAPTSRTHQTHNHRSQNGSNGT
NYASSLDTTQHYHTQPVDYVRGSAERTRHSFDRVRHDFEANNELTRVETGLTSGAQEPQS
PHSPLKAPYDPPSHSS

NT seq 4551 nt +upstreamnt +downstreamnt
atggcttccaatcatctagcgccgccggagaatgtcttacctgggagtgaaatccaggaa
gtgaacagcaatatttcccacccgaccaaacggcaacgatgggcgacgcagcgagttcac
ggcgccggaggtgtgcggaaacgcgtctctatcatggatcgctttaacaagcgctcggaa
atgaaggacgagaagcgcaagtccacatctagcaatcttcctaccgcagagaacccgaat
gccgaaggcgatgcggaagccagcaaccgaagaatatacttcaacatccctatccctgaa
tcggaaagagatgaggatggtcatcccaaggcttattaccccagaaacaaaatccggact
gcgaaatatacacctttgagttttgtcccgaagaatatttggctccaattccataatatt
gctaatatctatttcttgttcatcattattcttggtttcttctcaattttcggtgtcgat
actcctgccctcaacacggtccccttgatcgtcatcgtggtagttacagccatcaaagat
gcgattgaggattggcgacgtacagtagtcgataacgaagttaacaattccccggtctac
cgcttgatcgactggaacaacgtgaattcggtcgaagacaatgtctctctgtggcgtcga
tttaagaaagcgtgtaccagggcgactatatggacatacagagcgatcaagggcttggct
cagaagaacaaaaagcagcatgatccagaggaagctgataggcgtgcgtctttcatgacc
acagtgaccccccgggcatctgtgtattctcaacgaggcgacggcggcttggcagacgaa
gctattcaaatgacacccgttccttcaccgactcccgaggcgcgtccggattggacacac
gcagttgacgagcagagtcaatatctgcatccggacaaagctcgagacagtgtcgcggtg
cccgcttatactgctacttccccgaaaaaaggtgggagtgttgtggacatgtccaagccg
ataattggaaaggccaggtttaagcgcgattactggaagagtgtccaagtgggagattat
gttcgactatacaacggagatcccgttccagccgatgtcgtggtgttatcaacatccgat
cccgacggtgcatgttacgtggagacgaagagcttggacggcgaaactaacctcaaagtt
cgccaagccctcaactgtggtcggcaggtcagacacgctagagattgcgagagggcggag
ttcgtgatcgatagcgaggcaccgcatcccaacttgtacgcctataacggtgcggtacgc
tgggaccagcgtgatcccgacttccccgatgcacctcgaaaggaaatgatcgagcccatc
acaatcaacaatatactcctccgtggttgctccctacgtaatactgaatgggctcttggc
gttgtccttttcactggtgacgagacaaaaataatgctgaactcaggtgtgacacccagt
aaaagggctcgccttgctaaggatctcaattggaacgttatatacaacttcatcatcttg
ttcttcatgtgtctcatttctggtatcgtcaacggtgtcgcgtggtcctcgaccaacagg
tctctcaattactttgacttgaaatcctatgggagcactccagcggtcaccggtattatc
accttctgggttgccctcatcttattccaaaacttggttccgatttcactctacatctct
ctcgaaatcgttcgcacaatccaggcagtcttcattcacagcgacgtcttcatgtactac
gagaagctgcaaatttactgtgtgccgaagtcttggaacatctcagacgatgttggacaa
attgagtacatcttctcagacaagacgggcacgctgactcaaaacgttatggacttcaag
aaatgcactgttaatgggatctcatacggcgaagcgttcaccgaagcccaggtcggcatg
gtgcggcgagagggaggcgatgctgatgctgttgctgctagagaacgagagagaattgct
atggacacgaccaagatgctcgagttgttacgcaaaatccatgataacccctatttgcgt
gatgagagattgacttttgtatcgtcgaattacgtcgcagacttgggcggccagtcaggt
gatgcccagaggaaggccacggaacattttatgctcgcccttgcggtatgtcatactgta
atcaccgaacatacacctggagatcctccacagatcgaattcaaagcacagtcgcccgat
gaggcggctttagtgggcacagctcgagactgtggttttacccttcttggaagatcaggt
gacgacctcgttctgaacgtcatgggggaagagcggacatacaccgtgctcaacactctg
gaattcaactcgtcaagaaagcgaatgagtgcgatcatccgcatgcctgacggtcacata
cgactcttctgcaagggtgcagatagcatcatttattcgcgcttggctccagggaaacaa
caggaactccgaaagaagacagctgaacaccttgaaatgttcgcacgtgaaggtttgcgg
actctgtgtgtcgcagatcgcgtgctcagtgaggaagaatacaaggcatggagcaaggag
cacgacattgccgctgctgcgctcaccgaccgtgaggaaaagcttgaggaagtctccagt
aacatcgaacaagaactcatgcttatcggaggaactgccattgaggataggctccaagat
ggtgttccagataccatatctctgttggcggatgctggtatcaagctgtgggttttgaca
ggcgataaggtggagactgccatcaacattgggttttcgtgcaaccttttggataatgat
atggaattgatcgtcttcaacattccaggcaatgagtcgcaccgtgcagcgcaagaactt
gaccagcagttgcaaaggtttggactgacaggatctgatgaagagcttctcgctgcccgc
caagatcatacaccaccagaaccaacacatgccgtagttattgatggcgagactcttaag
ctgatgcttgatgatgaactaaagcagaaatttttgctattgtgtaaacaatgcaagtct
gttctttgctgtcgagtcagtcctgcacagaaagctgcagtcgtgcgcatggtcaagaac
ggccttgatattatggctctttcaattggtgatggtgccaacgatgttgccatgatccag
gaggccgatgtcggtgttggtattatcggtgaagaaggccgacaggcagccatgtcctct
gattatgctattggtcaattccggttcctccagcggcttatccttgtccatggaagatgg
tcttaccgccgcatggcggagaccattgcaaactttttctacaagaacttggtatggaca
attgcactcttctggtattcgatttacaacgactttgatggctcctatctcttcgactat
acatatattgtcctggtcaacgtggcgtttacatcacttcccgtgatcctcatgggtatc
ttcgaccaggatgtcgacgacaaagtctctttggctgttccccagctgtacatgagaggc
atagagcgaaaagaatggtctcaactcaaattctggttgtatatggccgacggcctttac
caatccctcatttgtttcttcatgccatatcttttgtacagccgggcgaccttccaaacc
gccaatgggctggatatcgccgaccggactcgtatgggtgttctcgtcgccacgagcgcg
gtcatcgccagcaatacttacatcatgctgaattcgtatcggtgggattggttgacaaca
ttaatcaatgttatcagttcactcctgatcttcctttggactggtatctactcttcagtt
gatgcttcggctcagttctataagtccggagcccaggtctatggaactttgtctttctgg
gttgtactactgcttaccgtcacgatatgcctacttcctcggtttactttcaaggccttc
cagaaggtgttcttccccctagatgtggacatcattcgggagcaggtcactcagggcaaa
tttaagtttttggaacagtatgaggcgtttgtaccgcccaaggcagctagtgctgcggct
tcaggtcagttgttgagtgatgaatcggctgcttcttcggatttgggaaaaccaatgcaa
cccagtatgaaacaggatcctttttccgacgatcagcagatatacacgccttccgttgca
ccaacctctcgtacccatcagacgcacaaccaccgcagtcaaaatggcagtaatgggaca
aattatgcatccagccttgatacgacccaacattatcatactcagccagtggactatgtt
cgcggctcggccgaacggacgcgacattcctttgatagagttcgacatgatttcgaagcg
aacaacgagctaacgcgagtggagacgggacttacaagtggtgctcaagagcctcaaagt
cctcatagtccactcaaagccccttacgatcctccatcgcattcctcataa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (16)   

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