KEGG   Komagataella phaffii: PAS_chr2-1_0756
Entry
PAS_chr2-1_0756   CDS       T01092                                 
Name
(RefSeq) Aminophospholipid translocase (flippase) that localizes primarily to the plasma membrane
  KO
K01530  phospholipid-translocating ATPase [EC:7.6.2.1]
Organism
ppa  Komagataella phaffii
Brite
KEGG Orthology (KO) [BR:ppa00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    PAS_chr2-1_0756
Enzymes [BR:ppa01000]
 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
     PAS_chr2-1_0756
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3 PGM1_C
Other DBs
NCBI-GeneID: 8198374
NCBI-ProteinID: XP_002491689
UniProt: C4R1N5
Position
2:1435535..1439866
AA seq 1443 aa
MSFDTVVSGKHGGLTEKLRLIAYKYGIPGVPPPESVSNELRAQSRKIYINTPLPSDMYDE
KGHLKSHYARNKIRTTKYTPTTFLPKNLFFQFTNIANSYFLLIVILGAFQIFGVPNPVLS
AVPLIVIVVITGVKDAFEDYRRSVSDRQLNDSRIHLLTGMENHNVNKDSVTPWRRFKKLC
TRATRLTGRLMANIFRRNKSAASDSVENKRKDKESIRSLESITTIPTNRNSLSKIPTKER
ITLSSMRKSFDNRSRRTAEVVQGTCSNPTVEPTFKPKFRTDFWKSVEVGNFVRVRNNEEV
PADIVIIATSDAEGTCFVETKNLDGETNLKNRTALHCGEGIRHAHDLERAQMMIEVEPPN
VHLYSFKGACYFSTYDLQTGEKLEDRSEPITNENVLLRGCALRNTKWVIGVVVYTGPETK
VMLNSGITPTKKSRISKELNLSVIVNFVVLFVLCFVSAVVNGVFYNESDTSRIYFDFEPY
VDSAAGNGVVTFFVALIIYQTLVPISLYISIEIIKTVQAYFIYADVKMYYPKLDYPCVPK
SWNISDDLGQIEYIFSDKTGTLTQNVMQFKKCTVAGKSYGLAYTEAQQGMDKRKGVNIVD
EVDKWRTKISRDKQEMLDLLKDWTSNELDENDLTFISSDFVKDLKTQKASKDFSYNERLM
TALALCHTVVTEDDADKPGRPIFNAESPDEAALVSAARDIGIVFQERTRKGVLVSKFGNA
PSEFRLLEIIPFNSTRKRMTTIMEIPPAYSPSRETEIMLYTKGADNVIYPRLRKDQDENI
VNQTALHLEQFAEEGLRTLCVAEKKLESEYFKEWQQRYNAACSSVSDNREALIDQLSEEI
ECNLTLLGGTAIEDRLQDGVPDSIAILAQAGIKLWVLTGDKVETAINIGFSCNLLTNEMK
LLVLQPQEKDNQDSDTLCKYFDGLISRYLSEEFNMNGSEEELKEAKKVHTPAVDNYAIIV
DGAALAVIFNESTGSLIRKFLLLCKQSKSVLCCRVSPAQKAQIVKMVKNLLGVMTLAIGD
GANDVAMIQAANVGVGIAGEEGRQAAMSSDYAFGQFRFLTRLLLVHGRWSYKRLAEMIPC
FFYKNVTFTFTLFWYGIYNNFDGSYLFEYTYLMFYNLAFTSLPVIFLAILDQDVSETVSL
LVPQLYRTGILRLEWSQYKFFYYMLDGLYQSVISFFFPYLVYHTGSFASANARQIDHRFW
IGLFCAHISVVSCNIYVFLQQYRWDYLSTIIVLLSILVIFFWTGVWSAGTISGEFYKAAP
QVFGSTSFWACFFVGVLVCVLPRFCYDNVKRVMKPRDIDIIRERVKLGDYRLFPERYDPT
DFNDVEVHRKMLSDNHSSLASDSLDQANSAELADLEKNDIEANLKNEIPKESKGIQRALR
SIGHSIRHPTLTPPSRLDILRKKSLENGSITSLERIRTSHELPGLTRAETLMSTYSYLSE
NRR
NT seq 4332 nt   +upstreamnt  +downstreamnt
atgagtttcgatacagtcgtttcaggtaaacatggtggactgacagagaagttgagattg
attgcctataaatacggaattcccggagtaccccctccagaatcggtgtcgaatgagtta
cgagctcagtctaggaaaatctatattaataccccgttgccttctgatatgtatgatgaa
aagggccatctcaaatcacattatgccagaaataaaataagaaccaccaagtacaccccc
accacttttcttcctaagaacttatttttccagttcaccaatattgcaaattcatacttt
ctactaatcgtcatattaggggcttttcagatttttggagtccccaatcccgttctttcg
gcagtgcctttgatagtaatagtagtaattactggggtcaaggacgcttttgaagattat
aggagatctgtttcggaccgccagctcaacgattccagaattcatcttttaactggtatg
gagaatcacaatgttaataaagattcagtaacgccttggagacgtttcaagaaactttgc
accagagctacacgcctgacaggtagacttatggctaatattttcagaagaaacaaatct
gcagccagtgatagtgttgaaaataaaaggaaagataaagaatccattcgaagtcttgaa
tctattacaacaattcccacaaaccgcaattcactttcgaagattcccaccaaggaaaga
atcactctgtcatctatgagaaaatcatttgataaccgcagtaggcgtaccgcagaagtt
gtccagggtacttgttccaaccctaccgtcgagccaactttcaaaccaaaattcaggact
gatttttggaagagcgttgaagtgggaaattttgtgagggttaggaacaatgaagaagtg
cccgctgatatagttataatagcaacttctgatgcggagggtacctgttttgtggagaca
aagaatctggacggtgaaacaaatttgaagaatagaactgctctacattgtggtgaggga
attagacatgcgcatgatctggaacgagcccaaatgatgatcgaggttgaacccccaaac
gttcatctttattctttcaagggtgcttgttacttctctacatatgacttgcaaactggg
gaaaaactagaagatagatcagaacccattaccaatgaaaatgtccttctgagaggatgt
gctttgagaaacaccaaatgggttattggagttgtggtttacaccggtcccgaaactaag
gtaatgctcaattcaggtatcaccccaacaaagaaatctaggatttccaaggaactcaac
ttgtcggttattgttaactttgttgttttgtttgtgctttgttttgtatctgcggttgtc
aatggagtcttctataatgagagtgatacttcaaggatttattttgactttgagccttat
gttgattccgccgcagggaacggtgttgtaactttctttgttgctttgataatttaccaa
actctggttccaatttctctctacatttccattgaaattatcaaaactgttcaggcttat
tttatttacgcagatgttaaaatgtattatccaaagttggactatccatgtgtgccaaag
tcgtggaatatatctgatgacttgggtcagattgaatatatcttcagtgataaaactgga
actctaacccagaatgtaatgcagttcaagaagtgtacagttgctggcaagtcatatggg
ttggcgtatacggaggcgcaacagggtatggacaagaggaaaggtgttaatattgtggat
gaagttgataagtggagaaccaagatttcacgtgataaacaagaaatgttagacttgctt
aaagattggacaagtaacgaactggatgaaaatgatttaacattcatctcaagtgacttt
gtcaaagacctgaaaactcaaaaagcttcaaaagacttcagctataatgaaaggttgatg
actgcccttgctctttgccacacagtagtcacagaagacgatgcagataaacctggtaga
cctattttcaatgccgaatctcctgatgaggctgcacttgttagtgcagcacgagatata
ggtattgtatttcaagaaaggactagaaagggtgttcttgtttcaaagtttggtaatgcg
ccttctgagtttcgattgctagaaatcattccgtttaattctactagaaagagaatgacc
actatcatggaaataccccctgcatactctccgagcagagaaacagagatcatgttgtat
actaaaggtgcagataatgttatttatccccgcttaagaaaagatcaggacgaaaatatt
gttaatcagactgcacttcatcttgaacagtttgcggaagaaggattgagaacattatgc
gtcgccgaaaagaaattagaatccgaatacttcaaagaatggcagcagcgctataatgca
gcgtgttcctccgtctccgacaatagagaagctcttattgatcagttgagcgaagagatc
gaatgcaacttaactctattaggaggcaccgctattgaggacagattgcaagacggtgtt
ccagattcaattgcaattttagctcaagcaggcataaaactttgggttttaactggtgat
aaagtggagactgccataaatattggcttttcctgcaacctattgaccaatgaaatgaaa
ttacttgttctccagccacaggaaaaggacaatcaggattcagatacattgtgcaagtac
tttgatggtttaatcagcagatacttgtctgaagagtttaacatgaatggctcagaggag
gagctcaaagaagcaaagaaagttcacacaccagcagttgataactatgctatcattgta
gatggagcagcacttgcagttattttcaatgagtcaacgggaagtttaattcgaaagttt
ttactgctgtgtaaacagtccaaatcagtgctttgttgtcgagtatcgccagctcaaaaa
gcccagatagtcaagatggtgaagaatcttcttggtgtcatgactcttgccattggtgat
ggtgccaacgatgttgcgatgatacaggcagccaatgtaggtgtcggaattgcaggtgaa
gagggaaggcaagctgcaatgtcatcagattatgcttttggccaatttaggtttcttact
aggttactgctggttcatggcagatggtcttataaaaggcttgctgagatgattccatgc
ttcttttacaaaaatgttacgttcacgttcacccttttttggtatggtatctacaacaac
tttgatggttcttatctgtttgagtatacttacttaatgttttacaacttggcctttact
tcactcccggtaatctttttagctatactggatcaggatgtttcagaaacggtatccctg
ttggtaccacagttgtacaggactggaattttacgtctcgaatggtcacaatacaagttt
ttctactacatgttagatggtctttaccagtctgttatttcatttttttttccatacctt
gtttatcatactggttcgttcgctagtgcaaatgctagacaaatagatcaccggttttgg
ataggtttattttgtgctcatatttcagttgtttcctgcaatatttatgtgtttcttcaa
cagtatcgatgggactacctatctaccattattgtgttattatcaatcttagtaatattc
ttttggaccggagtatggtcagcgggcacaatctccggagagttttataaggctgctccc
caagtttttggaagtacttccttctgggcatgtttttttgttggtgtgcttgtctgtgtg
cttcctaggttctgctatgacaatgtgaaaagagtaatgaagccgagagatattgatatc
atcagagaaagagttaaattgggtgattatcgcctttttcctgagaggtatgaccccaca
gacttcaatgatgttgaagtgcatagaaagatgctgagtgacaatcactcatcccttgca
agtgattcactggatcaagcaaatagtgctgaacttgccgatttagagaaaaacgatatt
gaagcaaacttaaagaatgaaatacccaaggagtcaaaggggattcaacgagcactccgt
tcaattggacactcgattcggcatcctacattgacccctcctagtagacttgacattttg
agaaagaaaagcttagagaatggatctataacttcactcgaaagaattcgtacaagtcac
gagctgccaggtttaaccagggcggaaacactaatgagtacttattcttatctctctgaa
aatagaaggtag

  All links  
Gene (46)   
   RefGene (43)   
   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 (56)   

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