KEGG   Mollisia scopiformis: LY89DRAFT_608547
Entry
LY89DRAFT_608547  CDS       T04865                                 
Name
(RefSeq) phospholipid-translocating P-type ATPase
  KO
K01530  phospholipid-translocating ATPase [EC:7.6.2.1]
Organism
psco  Mollisia scopiformis
Brite
KEGG Orthology (KO) [BR:psco00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    LY89DRAFT_608547
Enzymes [BR:psco01000]
 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
     LY89DRAFT_608547
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Hydrolase Cation_ATPase E1-E2_ATPase Hydrolase_3
Other DBs
NCBI-GeneID: 28820225
NCBI-ProteinID: XP_018076282
JGI: 608547
UniProt: A0A194XQB4
Position
Unknown
AA seq 1648 aa
MADDSSSIPNSSGGAGGGGGGVRRAATDPTLLASGETTMAAAGPPRVRFSQDLDRATAAA
AAAAPRLEIDTRTSGVRREGSPSSRKGANPNPVSPRTRDRGYSLRRSLFARTINGQAENS
PIELVEAGPSGGLQDELEQRGKKRGDSSNVTVSPVVENDMVISNEDLPLDEGSRSKDKKT
FGTINLPNYDVWARQSSKSNTLMQRAKGWKKQIKKIILRQTQIPPSKDGRHIDLDAGRKT
TLIDERTGHPYLGNQIRSSRYTLWNFVPRQLFFQFSKMANAYFLLVSILQMIPGLSTTGS
YTTIAPLLVFVTISMGKEGYDDVRRYKLDKVENNRTTTVLHAYKPVGEVRKKEPLRGLKS
LVPSSKSSEESELVMPVDGPKHWASLKWRDVKVGDIIKLSRDDPVPADMVLIHSDGANGI
AYIETMALDGETNLKSKQAPPNLAKHCRSVEEIAACRATVVVEDPNIDLYNFDGKVTVGD
ETLPLTTNEVIFRGSTLRNTSTAIGMVINTGEECKIRMNANKNPRIKAPAIQFITNKIVV
MLVVFVVLLALFCTIAYQIWARQTESKAFYLKGAHVNFTQIIIGFIILYNTLIPLSLYVS
LEIIKVGQLILMADVEMYDPVSDTPMTCNTTTILENLGQVDYIFSDKTGTLTDNVMRFRK
LSVAGYAWLHDFDLQKEAAELEQSRETTGPTRKKSKGKGIAKRHSKKKSRRPTVETSRMS
SEVSSSVIPSSVPRRSGSIWRSTARPNKAQPEMRTEDLLKFMQQKPHSVFTRKAKFFLLS
MALCHTCLPEVQSNGDIEFQAASPDELALVKAAQELGYLVIDRPARSITITYPGGPDSSD
NIVESYDILDVIEFSSKRKRMSIIVRFPNGRICIFCKGADSAIMPRLKMAPLALQKKAEV
SRRSSKRKSMEAEQALRRMSEHSPRTSFSLNRGSMTLSRKSIGHGRPSMASTRLQPIRDE
LDSWLQQRETDVEAAPDDTSAYETPRVSMNRMSFASSERRSSAYYDDGFDDMVDEALVLD
DSAVFERCFQHIDDFASEGLRTLLFGYRFLDEQEYDGWKKIYLDATTSLVDRQKLIENAG
EMIEQNFELAGASAIEDKLQQGVPDTIDKLRRANIKIWMLTGDKRETAINIAHSARICKP
YSEVVILDHTTGEVEQRMATTLLDITKGAIAHSVIVVDGQTLSEIDANETLSLLFFDLVV
LADSVICCRASPSQKASLVKKIRTKVNKSLTLAIGDGANDIAMIQEAHVGIGISGKEGLQ
AARISDYSIAQFRFLQRLLLVHGRWNYVRTGKYILATFWKELMFYLIQATYQKWNGYTGT
SLFESTSLTVFNTLFTSLPVIFLGVFEQDLNASTLLAVPELYTMGQRYQGFNIKKYVSWM
FMAVSGSMIIYFTMFGLFGEALFTRDDNLLSMGTLAFTAAVIFINTKLLLLEMHNKTLMS
ALGWLLSVGGWFLWTIVLSALFKPSKTYLLYPIKSGFLHEFGNNLLWWLVLFLTLCSLIL
MELGISSIRKSFWPTETDLFQELQKDPLIRKRFEERLKQEADGTTTAAAGDKEQIKSSMD
EDAQREREGEIQELLERRRVMPEAEVVRSPVDIEDGGAAVGRGPMGSLTRRKFSVEGRRS
LGFAVGEEFEMVPKTRHSVDVAEVLGRR
NT seq 4947 nt   +upstreamnt  +downstreamnt
atggcggacgatagcagtagtatcccgaattcttcaggcggggctggaggcggaggcgga
ggagtgaggagagcagctacggatccgacgctgctggcttccggcgagacgacgatggct
gctgcgggacctcctcgagtgcgattctcgcaagatcttgaccgggcgacggcagcggca
gcggcagcggcgcctaggttggagattgatactcggacgtcgggagtgaggagggagggt
tctccgtcgtcgaggaaaggagcgaatccgaatccggtgtcgccgaggacgagggatcga
ggatatagtttgaggcggtcgttgtttgcgaggacgatcaatggtcaggcggagaatagt
ccaatcgagttggtggaagcgggaccatctggaggtttgcaagacgagcttgagcagagg
gggaagaagcggggggattcctccaacgtgacggtttctcctgtggttgagaatgatatg
gtgatttcgaatgaggatctccccctggatgaaggctcgagaagcaaggacaagaagacg
tttgggacaatcaatctgccgaactacgatgtctgggcgagacaaagcagcaagtctaat
acgttgatgcagagggcgaaaggctggaagaaacaaatcaaaaaaatcatattgcggcag
acgcagataccgcctagcaaagacggacgacatatcgacctcgatgctggccgcaagact
acattgatcgacgagagaaccggacatccttacctggggaaccagatccggtcttctcga
tacacgctctggaacttcgtgccgcggcaactcttcttccagttctcgaaaatggctaat
gcgtattttttgctggtttcgattctgcagatgattccggggttgagtaccacaggtagt
tatactacgattgcgcctttgctggtctttgttactattagtatgggcaaggagggttat
gatgatgtgaggcggtataaactggataaagtggagaacaataggacgacgacggtgctg
catgcctacaaacctgtgggagaagttaggaagaaagagcctttaagagggttgaagagt
ttggtgccttcttctaagagtagtgaggagagtgaacttgtgatgcctgtcgatggacca
aagcactgggcttcattgaagtggagagatgtcaaggttggagatatcatcaagctcagc
agagatgatcctgtccctgcggacatggtgttaatccactctgatggtgccaatggcatt
gcatatatcgaaaccatggctctagacggtgagacgaatctgaagagcaagcaagcacca
ccgaacctggcaaagcattgtcgctctgttgaagagattgctgcatgccgagccactgtc
gtcgtcgaggacccgaacatcgatttgtacaattttgacgggaaagtcacggttggagac
gagactttacctctcactaccaacgaggttattttccggggcagcacgctcaggaatacg
tctacagctattggtatggtcatcaacacaggagaagaatgcaagattcggatgaatgcg
aacaagaaccctcgcatcaaagctcctgctatccagttcatcacgaataagattgtggtg
atgctggtagtgttcgttgtccttcttgctctcttctgcactattgcgtaccagatctgg
gcaaggcagactgagagcaaagccttttacctgaaaggagctcatgtcaatttcactcag
atcattattgggtttatcattctttacaatacgctcatcccgctgtcgctctatgtcagt
ctggagatcattaaggttggacagttgattcttatggcggatgtggagatgtatgatcct
gtgtcggatactcctatgacttgcaatacaaccactatcttggaaaatctcggtcaggtt
gactacatcttctcagacaagaccggtaccttaacagacaacgtgatgaggttccgaaag
ctaagcgtggctggttatgcctggctgcacgacttcgatttgcaaaaagaagctgcagag
cttgaacagagtcgagaaaccacaggtccgactagaaagaagagtaaaggcaaaggcatc
gctaagcgccattctaagaagaagtctcggcgaccaactgtcgaaacatcccgtatgtct
tctgaagtgtcaagcagcgtcatcccatcatctgttcctcgcaggtctgggtctatttgg
agatctacagctcggccaaataaggctcaaccggaaatgcggacagaggatttgctaaag
ttcatgcaacaaaagccacatagtgtttttactaggaaagcgaaattcttcctgctctca
atggcactctgtcatacatgtctgccagaagtgcagtctaatggggacatcgagtttcaa
gcagcatctcctgacgagttggctcttgtcaaagccgctcaggagctgggttaccttgtg
attgaccgaccagctcgctcaataacaattacttatcctggcggtcccgactcttctgac
aatatcgtcgaatcttatgatattcttgatgtcattgagttctctagcaagcggaagaga
atgtcaattattgtcagattcccgaatggcagaatatgtatcttctgcaaaggtgccgat
tcagcgatcatgccaaggttgaaaatggctccactggccctccagaagaaagcagaagtc
tcgagacgatcaagtaagcgaaagagtatggaggccgaacaagctctgcgtaggatgagc
gagcacagtcccagaacaagcttcagcttgaatagagggagcatgaccttaagccggaag
agcattggccatgggagaccgagcatggcgagcacgagattgcaacccattcgagatgag
cttgactcttggctacagcagcgcgaaacggatgtcgaagcggcaccagatgatacgagt
gcgtacgagacaccacgagtttcgatgaatagaatgtcgtttgcttctagtgaacgacgg
tcgtctgcttattatgatgatgggtttgatgatatggtagacgaagctctggttcttgac
gattcagctgtctttgaaaggtgcttccagcatatcgatgactttgcttcagaaggtctt
cgaacccttctttttggctatagattcttggatgaacaggaatacgatggctggaagaag
atttatcttgacgctaccacgagtcttgtggaccgccagaagttaatagaaaacgctgga
gagatgatcgagcagaattttgagcttgctggcgcttctgctattgaggacaagttgcag
caaggcgttccagatacgattgacaaactcagaagagcgaatatcaagatctggatgctc
acaggcgacaagagggagacggctatcaacattgctcatagtgcaaggatatgcaaacct
tactccgaagtcgtgatcctggatcacactacaggagaggttgagcagcgaatggccacc
accttgttggacatcaccaaaggcgccatagcacactcagtgatcgtggttgacggacag
acattaagcgagatcgacgccaacgagactttatctctattgttcttcgatcttgttgtc
cttgccgactctgtcatctgctgtcgagcgtcaccaagccagaaagcttctcttgtcaag
aagattcggacgaaggtcaataagtcgcttactttggctattggtgatggagccaacgat
attgctatgattcaagaagctcatgtcggaattggtatttctggcaaggaaggtttgcaa
gcagctagaatttctgattactcgattgcgcagttcaggttcttgcagagattgctgctt
gtccatggaagatggaactatgttaggactggaaagtatatcctcgccaccttctggaaa
gaactcatgttctacttaattcaagcgacttaccagaagtggaatggttacactggcacc
tcattgttcgagtcgacttcgcttacggtcttcaacacattgttcacgtccctgccagtc
attttccttggtgtcttcgagcaagaccttaacgcttcgactcttcttgccgtaccggaa
ctctataccatgggtcaacgatatcaaggtttcaacatcaagaaatacgtgtcttggatg
ttcatggccgtctccgggtcaatgattatctacttcacaatgttcggcctttttggcgaa
gcacttttcaccagagacgacaatcttctctccatgggcacattagctttcaccgctgcc
gtgatattcatcaacaccaaactccttctcctagaaatgcacaacaaaaccttgatgtcg
gccctcggctggctcctctcagtcggcggctggttcctctggaccatcgtcctctcggcg
ctcttcaagccctccaaaacctacctcctctaccccatcaaatccggcttcctccacgaa
ttcggcaacaacctcctctggtggctcgtcctgttcctcaccctctgctctctcatccta
atggagctcggcatatctagcatccggaaatccttctggccgacggaaacagacctcttc
caagaactgcagaaagatcctctgatccggaaacggttcgaggagaggctgaagcaggaa
gctgatgggaccactactgctgccgctggggataaagagcaaatcaaaagtagcatggat
gaagatgcgcagagggagcgggaaggagagatccaggagttgttggaaaggaggagagtc
atgcctgaagcggaggtggtgcggagcccagttgatattgaggatggtggggccgcggtg
gggaggggaccgatggggagtttgacgaggaggaagttttcggtggaggggagaaggagt
ttggggtttgcggttggggaggagtttgagatggtgccgaagacgaggcattcggttgat
gttgcggaggtgcttgggaggagataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (50)   

Download RDF
DBGET integrated database retrieval system