KEGG   Toxoplasma gondii: TGME49_216380
Entry
TGME49_216380     CDS       T01093                                 
Name
(RefSeq) phospholipid-translocating P-type ATPase, flippase subfamily protein
  KO
K01530  phospholipid-translocating ATPase [EC:7.6.2.1]
Organism
tgo  Toxoplasma gondii
Brite
KEGG Orthology (KO) [BR:tgo00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    TGME49_216380
Enzymes [BR:tgo01000]
 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
     TGME49_216380
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Hydrolase Cation_ATPase Hydrolase_3
Other DBs
NCBI-GeneID: 7898464
NCBI-ProteinID: XP_018635243
UniProt: A0A125YXJ8
Position
XI:join(6184602..6184648,6185188..6185371,6186053..6186178,6186432..6187229,6187865..6188069,6188516..6189586,6189927..6189992,6190426..6190597,6191113..6192051,6192743..6192857,6193188..6193616,6194278..6194418,6195393..6195614,6195998..6196213,6196656..6196777,6197498..6197954,6198489..6198590)
AA seq 1803 aa
MKTPSFFSRLLRRNPLPEEREWRVTLNGPQLLPACGNRVVTSKYTLWNFPFKNFWEQLHR
ISNMYFFFIGFLQCIPQISGTGGLPTIGMPLSVVLICNGVKDAVEDYRRHQADDVENGQI
CQLVGRGPPPASSSPLVSLRTRLFHFLCPRRSRASSSPPSSPSSARSSARSSAPSASPLS
PFPWESVELGDIVVCFRDDFFPADLLLLASADPNGVAFIETAGLDGEGNMKVKQLQKDLA
LWIGHQPHAANLSASAGTRASAASPPAALLAALQEIGTLSGSLCCDWPNRDLLRCDGILT
VSRRRRQEPARGNGAEEEAAAVGSCRTGDASRVQRGDAHGPNGDSEERQVPVNIDNMLLR
GCRLRNTDWIVGLAVYTGDNTKIQLNSGPPRSKRSRVERLSGRMIVGIAVLQAIMCTATA
IASTVLWYSPSSPLKNLTYLHNPQDRSLPGFLFWLIQALTCVVLTANLIPISLILQTTFV
QAIQASMINSRRVGSSPDVYSRARLWSDRISRSDDPEISAETRPRRRATTWRKTGSGGEA
KADVAEVSDAANAARATGGDIGRCGEEAETVSMSGEGDAGHRRNRLREKVVSRGRNLFSW
IRSLPSTFSRTRETGSDSQANAAFVDAFSTGAACEHEEEWAKGLQTLHSREGTGVSSHGV
GSSPSGGDSRGATTSDERTTRDSENGLGNSTVGAAHAAGKQMMRNFRVKLKSGDLEARGR
SERTKARGDPAENRRNEQTREKAPATFKDEAEDEVSEFDAEEEEKKVKPEEIVARTSDLN
EELGQVSYVFSDKTGTLTENMMEFRKCCIQGIRYGDEVEGEKVRLTQSGGREGLPQEREA
PHVKVGDPTLRAALSDPDDPMHSHIIDFFLHLAVNHSALAEHDEQTGHLCYSANSPDERA
FVCAARHFGVTFRARTPFGVELNVLGRTVHVDILASFPFESRRRRSSVLCQISEPRPRKE
RKSASSSTRADSPSQPSCAPNPKHNGDTTAAAGISFAAADQPRGSGGNAKRLAGRPSPSA
VPAVSATLPPLSKANPPSPASLEASSVLCHPHGPLAAAETKPEAREEEEDGQLRQRVVLL
TKGADMVILPRLRRRASGKRPDEGRQERDGRTGGEREQKESTSAQANDGEPPGEPGESVE
SDEDEMARRKAMETALEAYAGEGLRTLCIAKRTIDEEEFARWYKEYQKEHTSRTKDKEER
LYQLAERLEVDLELQGVTAVEDRLQQDVAMTIVKLRQAGIHVWMLTGDKTETALNVGIST
FLVARDTRLSRYLWNGREPNGVALERQLRQDLRALDMASTTQPSCFSFWSWKWSGHPRRE
AEDSRAETGSEGGDQAVREPPEALIVDGEALTFLFETVERQCAFIRLCCACRAVICCRLA
PHQKGAVVSLVKKTTQKVTLAIGDGSNDCNMLLQAHIGVGIRGNEGNQAFNCSDFGVTQF
RLLLPLLLVHGRWCYRRITTVILYIIYKNFLLVLPLVYFGFLCLFSGQRFYPEVLAQTYN
PVLTAMPITLYGVLEQDIDERASLKFPQLYRLGQADSFLNLRTCISWILLGVVHAAIIFV
VGLYAFGYYIIPGPSGQPFDMWMVGTVMMAANCLVANLAILFYSFSVSAVTWCGIAFSLF
SCLVLFFAASTATVGGISTGAIFLLFKASPTICLYVLVACSLSLGLLWFKRSFRVAFRPE
LYDVLQRHEYLGLPLLSASDRRRLRLFEEAAEDEKEAAGLGSESGRDATFQTTAGRRADK
TAKPTIEGREEPQSSRFNRCFVQPFRRRNQTSKKGEKGPGLSTGFSVAEPAPILLNLQRS
LSL
NT seq 5412 nt   +upstreamnt  +downstreamnt
atgaagacgccttctttcttttcgcgcctccttcggaggaatccgttaccggaggaacgc
gagtggcgagtgacgcttaacggcccgcagcttctgcctgcttgcggcaaccgggtcgtg
acctccaagtacacgctctggaacttccccttcaaaaatttctgggaacaactgcaccga
atctccaacatgtacttcttcttcataggctttctacaatgcatccctcagatttccggt
acaggaggcctcccgacgatcggcatgccgctgtcggtggtgctcatctgcaacggtgtc
aaagacgctgtggaggactatcgccgtcaccaagctgacgacgtcgagaatggccagatt
tgtcaactcgtaggccgtggtccgcctcctgcttcctcctcacctctcgtctccctccga
acccgtctcttccacttcctatgtccacgaaggtcgcgcgcgtcttcctctcctccgtcg
tctccttcgtccgctcgttcttccgctcgttcttccgctccttctgcgtctcctctgtcg
ccgtttccatgggagtctgtggagcttggagacattgtcgtttgcttccgagacgacttc
ttccccgcggatctgctgctgcttgcgtcggcggatccaaatggcgtcgccttcatcgag
acggcgggtctggacggcgaggggaacatgaaggtgaagcagctgcagaaagacttggcc
ctctggattggccaccagccgcatgcagccaatttaagtgcctctgctggcactcgcgca
tctgcggcttctccgcccgccgcgctgctcgcagcgctacaggaaattggcacgctgtca
ggttcgctctgttgcgactggccaaatagagaccttctgcgctgcgatggcattctcact
gtctccagaagacgcagacaggagcctgcgagaggaaacggggcggaggaggaggccgca
gcggtcggtagctgcaggactggagacgccagcagagtacagagaggagacgcacacggt
ccaaatggggacagtgaggaacggcaggtgcctgtgaacatcgacaacatgttgctgcgg
ggatgccgactccgcaacacagactggattgtcggcctcgccgtgtacactggagataat
accaaaattcaactgaattctgggccgcctcgatcgaagcgatctcgcgtcgagagactc
tcaggtcgaatgattgtgggaatcgccgtgcttcaagccatcatgtgcactgccacagcc
atcgccagcactgttctgtggtattcgccttcgtctccgttgaagaatttgacttatctg
cacaatccgcaggaccggagtctccctgggtttctcttctggctaattcaggcgctgacc
tgtgtggttttgacggcgaatttgattccgatttcgctgattctgcaaacgacgttcgtt
caagccattcaggcgtcgatgataaacagcagacgcgtggggagttccccagacgtctac
agcagagcccgcctctggagcgaccgtatctcccgttcggacgacccggagataagcgcg
gagacgcgacctcggaggcgagcaaccacctggcgcaaaacgggcagcggtggagaagca
aaggcagacgtcgcagaggtttctgacgcggcgaatgccgccagagcgaccgggggagat
ataggccgctgcggagaagaagcggagacggttagcatgtcaggggaaggcgacgcgggt
catcgacgaaaccgtctccgagagaaggtcgtttcaagagggaggaacttgttttcttgg
atcaggagtttgccttctacttttagcagaacgcgtgaaaccggcagcgactcccaagcc
aatgccgcgttcgtagatgcattctcgaccggggcggcgtgcgagcacgaagaagagtgg
gcaaaaggcctgcaaacgctgcacagccgggaggggacaggtgtctcctcgcacggtgtg
gggtcgtctccctccggaggagacagtcgcggggcgaccaccagcgacgagagaacgacg
cgagacagcgaaaatggtttaggaaacagcacggtcggggcggcgcacgcagctgggaag
cagatgatgaggaactttagggtgaaactgaaaagcggtgatcttgaggccagaggcaga
agcgaaaggacgaaggctcgtggagacccggcggagaacagaagaaacgagcaaacgagg
gaaaaagcgccagcgactttcaaagacgaggcagaggacgaagtgagtgaattcgatgcc
gaggaagaagaaaaaaaagtgaagccagaggagattgtcgctcgaacgtccgacctcaat
gaagaactcggacaagtcagctacgttttttcggacaaaaccgggacgctgacagaaaac
atgatggagtttcgaaagtgctgtatccaaggcatccgctacggcgacgaggtggagggt
gagaaggtcagactaacacagtctggcggcagagaaggccttccgcaagaacgcgaggcg
cctcatgtgaaggtgggcgacccaacgctgcgggcggcgctgtcggaccccgacgatccg
atgcactctcacatcatcgatttctttcttcacctcgccgtcaaccactctgctctcgcg
gaacacgatgaacaaactggacatttgtgctactcagcaaacagcccggacgagagggcc
tttgtttgcgccgcgcgacactttggagtcacttttcgagcacggacgcccttcggggtg
gagttgaatgtcctgggccgcaccgtccacgtcgacattctcgcctcttttccatttgaa
agtcgtcgacggcgctcatctgtgctctgtcaaatttccgagcctaggccgaggaaagag
aggaaaagcgcttcgtcttcgacgcgcgcggactcgccttcccagccctcctgcgcgcca
aacccaaaacacaacggagacactacagcagctgctgggatttctttcgcggctgcagac
cagccgcgcggatcgggaggaaacgctaaacgcctcgcggggaggccttctccatccgcc
gtccctgccgtgtctgccactctgccgccgctctcgaaagcgaacccaccgagcccagcg
tctctcgaggcatcatccgtactctgccatccccatgggcctcttgccgctgcagagacc
aagccggaagcgagagaagaagaagaagacggacagttgcggcagcgagttgtgcttctc
acaaagggcgcagacatggtgattctgcctcgacttcgtcggcgtgcgagtggaaagcgt
ccggacgaagggagacaggaaagagacgggagaacaggaggagagagagaacagaaggag
tccacctctgcacaagcaaacgatggggaaccgccaggggagccaggcgagagtgtagag
agcgacgaggatgaaatggcgagacggaaagcaatggagacagctctcgaggcatacgca
ggagaagggcttaggacgctgtgcatcgcaaaacgaacgattgacgaggaagaattcgcg
agatggtacaaagagtatcaaaaagagcacacctcccgaaccaaggacaaagaagaacgg
ctttaccaactcgccgagaggctggaggttgacctcgagttgcagggggtgacagcggtc
gaggatcgcctgcagcaggacgttgcaatgaccattgtgaagcttcgtcaggctggaatc
cacgtgtggatgctgaccggagacaaaactgagacggcgctgaatgtcggcatctcgacg
tttttggttgcgagagacacgcgcctgtcgcggtacttatggaacgggagagagccgaat
ggggtagcgctcgagcgtcagctgcgacaagacctccgggctcttgatatggcttctacg
acacagccttcttgcttctctttttggtcctggaaatggtccggccatcctcgccgagag
gccgaagattcgcgtgcagagacaggcagcgaggggggagaccaggcagttcgagagcct
cccgaggctctgattgttgacggggaagctctcacatttctcttcgagactgttgagaga
cagtgcgccttcattcgcctctgctgcgcatgccgggctgtcatctgttgccggttggcg
ccccatcagaagggcgctgtcgtctcgctggtgaagaagacgacgcagaaggtgactctg
gccatcggagacggatcgaacgactgcaacatgcttctgcaggcccatatcggcgttggt
attcgaggcaacgaaggcaaccaagctttcaattgctcggattttggagtcacgcagttt
cgactgctcctgcctctcctgctcgtgcatggccggtggtgctaccggcgaataacgacc
gtcattctttacatcatctacaagaactttcttctcgtcttgcccctagtctacttcgga
tttctctgcctcttctctgggcagcggttctaccctgaagtcctcgcccaaacctacaat
ccagttcttactgcgatgcccataacactatacggggtgttggagcaggacatcgacgaa
cgcgcatcgctcaagtttcctcagttgtatcgcctgggccaggccgactcttttttgaat
cttcgcacgtgcatctcctggatccttctgggagttgtacacgcagccatcattttcgtc
gttgggctctacgcctttggctactacatcattcccggtcccagtggccagccgttcgac
atgtggatggtgggcaccgtgatgatggcagcgaactgcctggtggcgaacttggccatt
ctcttttacagcttcagcgtctctgctgtcacatggtgtggcatcgccttctcactcttc
tcttgtctggttctcttcttcgcggcctcgacagcgactgtggggggcatctcgacgggg
gcgattttccttcttttcaaggcgtctcctaccatttgcctctacgttcttgttgcttgc
tcgctctcgctgggactcctctggttcaagcgcagcttccgcgtcgcgtttcgccccgag
ctgtacgatgtgcttcagagacacgagtatttgggcctcccgctcctctctgcctctgac
aggagacggttgcgtctcttcgaagaggccgctgaggacgagaaggaggccgcgggccta
gggtcggagagcggccgcgacgcgacctttcagacgacggcgggaagacgagccgacaag
acagcaaagccaacgatcgagggaagagaagaaccgcagagcagccgattcaaccggtgt
ttcgtacaaccgttcagacgcagaaatcagacatccaaaaagggtgagaaagggcctggc
ctgtcaactggattcagtgtcgcggagccggcgccgattcttctcaacctgcagagatcc
ttgagcctttaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (79)   

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