KEGG   Nicotiana attenuata (coyote tobacco): 109209662
Entry
109209662         CDS       T05870                                 
Name
(RefSeq) phospholipid-transporting ATPase 1-like
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
nau  Nicotiana attenuata (coyote tobacco)
Pathway
nau04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:nau00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    109209662
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:nau03009]
    109209662
Enzymes [BR:nau01000]
 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
     109209662
Ribosome biogenesis [BR:nau03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    109209662
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Hydrolase E1-E2_ATPase Cation_ATPase Hydrolase_3 SecG
Other DBs
NCBI-GeneID: 109209662
NCBI-ProteinID: XP_019228520
Position
Unknown
AA seq 1360 aa
MKRRVVVRLREIESRSRLQRWGKKRRKAAETDESRKQQHNNTSTIKPNILSPPSLSTAFC
ILNKKSQCIHLIQSPITRRYDRTKDKTRPHLTHRLALFLLDKVSEGLTNNLELPTGEQKC
SLDGLPFSRASGSPATFIRTPPPPPKDRKRLVSWSGTEDHWHDKAAFEISCDSSRLASSG
AASTRDSSLSRDSSRVQDKLNKSQRLLQKSMQLEDSLLHGSNPRLIHVNDPKKTNDKFDF
CGNEIRTSKYTVITFLPKNLFIQFHRVAYLYFLAIAALNQLPPLAVFGRTVSLFPLLFVL
SVTAIKDGYEDWRRHRSDRNENNREALVLQSGGKFQLKRWKKIRVGEIVKILANETIPCD
LVLLGTSDPSGIAYIQTMNLDGESNLKTRYARQETTSLVCEGETISGVIRCEQPNRNIYE
FTANMEFNGHRFPLSQSNIILRGCQLKNTEWAVGVAVYAGQETKAMLNSTASPSKRSRLE
TYMNRETLWLSIFLFVMCLVVAIGMGLWLKRHEEQLDTLPYYRRVYFEEGKHGKQYKYYG
IPMETFFSFLSSIIVFQIMIPISLYITMELVRLGQSYFMIGDRHMYDINSNSRFQCRSLN
INEDLGQIRYVFSDKTGTLTENKMEFRRASVWGKSYGRSLSASDASVNTDIGEEPIQHPS
SRRKLTIKSEVPTDVELMQLLHAKLAGEERIAADEFFLTLAACNTVIPIPTKSSSCGIQN
NVDDTDVTIEYQGESPDEQALVAAASAYGYTLCERTSDHIVTDVKGEKLRLDVLGLHEFD
SVRKRMSVVIRFPDDSVKVLVKGAETSMFSILSEEHETHEHIKNATYTHLNEYSSEGLRT
LVVAARDLTGEELEEWQCLYEDASTSLNDRSAKLRQTASLIECNLTLLGATAIEDKLQEG
VPEAIESLRQAGIKVWVLTGDKQETAISIGLSCKLLTSDMHQIIINGSSENECKRLLSDA
KAKYSVKPTSCDSRILKLQREAENGTKSYKLPQQLAGGEGIPVGPLALIIDGNSLVYILE
KDLESELFDLATSCKVVLCCRVAPLQKAGIVDLIKSRTDDMTLAIGDGANDVSMIQMADV
GVGICGQEGRQAVMASDFAMGQFRFLKRLLLVHGHWNYQRVGYLVLYNFYRNAVFVFMLF
WYILCTAFSATSALTDWSSMFYSVIYTSVPTVIVGILDKDLSHKTLLEYPKLYAAGHRQE
SYNMKLFWVTMIDTVWQSLVLFYVPLFTYHQSDVDIWSMGSLWTIAVVILVNIHLAMDIQ
RWVIYTHMAVWGSIIITYVCLVVLDSIPVFPNYGTIYQLVKSPAYWLLILLIIVLALLPR
FILKIMHQIFWPSDIQIAREAEILRKRPSHSRSRSGHSES
NT seq 4083 nt   +upstreamnt  +downstreamnt
atgaagaggagagttgtggtgaggctgagagagatagaatctcgatcgagacttcagcgg
tggggcaagaagaggaggaaggcagcagagaccgacgagtcacgtaagcagcagcataat
aatactagtactataaaacccaatattctctctcctccatcactttcaaccgccttttgc
atattgaacaagaaatctcagtgcatccatctcattcaatcaccaattacgagacgatac
gacagaacaaaagacaagactcgtccccatttgactcacaggttagccctttttttgctc
gataaagtgagtgaaggcttaaccaataacctcgagcttcccacgggtgagcaaaaatgc
tctttggatggacttccattcagccgagcctcaggctcaccagccacattcatcagaacc
cccccccccccccccaaggataggaaacgcctcgtatcgtggagtggaacggaagaccat
tggcatgacaaagcagcttttgaaatatcctgtgattcatctaggttggcttcatctgga
gcagcatccacccgtgattcgtctttgtctagggattcttctcgcgtccaggataagctg
aacaaatctcagaggcttcttcagaaaagcatgcagttggaggatagcttattacatgga
agtaaccctaggttgatccatgttaatgatccaaaaaagactaatgataagtttgatttc
tgtggaaatgagatcagaactagcaagtatacagtaataactttcttgccgaagaaccta
ttcattcagtttcatcgggttgcctatttatactttttagctatcgctgctctgaatcag
cttccgcctcttgctgtatttgggagaactgtgtctctgtttcctcttctgtttgtgctt
tctgtgacagctataaaagatggttatgaggattggcggagacacagatcagataggaac
gagaataaccgggaggctctagtacttcaatctggtgggaagtttcagttaaaaagatgg
aagaaaatccgggtcggtgagattgtgaagatccttgctaatgagactattccctgtgac
ttggtgttgttaggaaccagtgatcctagtggaattgcttatattcagacaatgaatctt
gatggtgaatcaaacttgaagacaaggtatgctaggcaagaaacaacttcattagtgtgt
gaaggggagacgatttcaggagttattagatgtgaacagcctaacaggaacatttatgaa
ttcacggctaatatggagtttaatgggcatagatttccgctcagccaatcgaatatcata
ttgcgtggttgccagctgaagaacacagaatgggcagttggagtagcagtttatgctggg
caagagactaaagctatgttgaacagcactgcgtctccatctaaaagaagcaggctggaa
acatatatgaaccgggaaacactttggctgtctattttcctttttgtgatgtgcttggtt
gtagcaattgggatgggtctatggttgaagcgccatgaggaacagcttgataccttgcct
tattacagaagagtttactttgaagaaggaaaacatggcaaacagtataagtactatggg
attcctatggaaacatttttctcctttctgagttcgatcatagttttccagataatgata
cctatatctctttatatcaccatggagttagttcgcttgggacagtcgtatttcatgatt
ggagacaggcatatgtatgatattaacagtaattctaggtttcagtgcagatccctaaat
atcaatgaggatttgggtcagattcgctatgttttttcagataaaacaggaacacttact
gaaaataagatggaattcagaagagctagtgtgtggggaaaaagttatgggagatccctt
tctgcctctgatgcatcagtaaacacagatattggagaagaaccaatccaacatccttcg
agtcgaagaaagttaacgatcaaatcagaagttccaactgatgttgaactaatgcaattg
ttacatgccaagctagccggagaagagaggattgctgcagacgagttttttctgacgttg
gcagcatgtaataccgtgattcctattcctaccaaaagttcttcatgtggtatacagaac
aatgtggacgacactgatgtcaccatcgagtatcaaggtgaatctcctgatgaacaagca
cttgtagctgctgcatctgcttatgggtatacactgtgtgagcggacatctgatcatatt
gtgactgatgtcaagggtgagaaactgaggttggatgtcttaggacttcatgagtttgac
agtgtgcgtaaaagaatgtctgttgtcattagattcccagatgattctgtaaaagttttg
gtcaaaggggctgaaacttcaatgtttagcattttaagcgaagagcatgaaactcatgaa
cacataaaaaatgccacttatactcatttgaatgagtactcctctgaaggactgcgaacc
cttgtggtcgctgcaagggaccttacaggagaagaacttgaggagtggcaatgcttgtat
gaggatgctagtacatctttgaatgacagatcagcaaaattacgccaaacagcatctcta
atcgagtgcaatttaactctacttggcgccaccgcaatagaggacaaactacaagagggt
gtaccagaagctattgagtctctgcggcaagcggggataaaggtttgggttcttactgga
gataagcaagaaactgcaatttcaattggtttgtcttgcaaactcttgacctccgacatg
caccagatcatcattaatggctcttcagaaaatgaatgcaaaaggttattgtcagacgcc
aaggccaaatacagcgtgaagcccacaagttgtgatagtcggatcttaaaattgcagaga
gaagcagaaaatggtacaaagtcatataaattaccgcagcagcttgcgggaggggaagga
attcctgttggacctctagcactcataattgatgggaatagtcttgtgtatattttagag
aaagatcttgagtctgagctcttcgatcttgcaacttcatgtaaagttgtgctttgctgt
cgcgttgcccctttgcagaaggctggaattgttgatctaataaagagccgcactgatgat
atgacactagccataggtgatggggctaacgatgtttcaatgatccaaatggcggatgtt
ggtgttggaatatgtggtcaagaagggcgccaagctgtgatggcatcagactttgctatg
ggacagtttcgatttctgaagcgtttgcttcttgtgcatggacattggaattaccagcgt
gttggttatttggttctttacaacttctaccgcaatgctgtttttgttttcatgcttttc
tggtacatattgtgcacagctttttctgcaacttctgcattaacagattggagtagtatg
ttttattctgtcatctatacttccgtacctacagtaattgttggtattctggacaaggac
ttaagtcataagacactacttgagtatcctaaactctatgctgctggccacagacaggaa
agttacaatatgaaactcttctgggtcaccatgattgatacagtttggcagagccttgtt
cttttttatgtaccactattcacttatcatcagagcgatgttgacatatggagtatgggt
agcttgtggacaattgcagtagtgatccttgtcaacattcacttggcaatggacatacag
cgctgggtaatatatactcatatggcagtgtgggggtcaattattatcacgtatgtctgt
ttggtggtgctggactctatacctgtcttccctaattatggtacaatttatcagctggtg
aagtcaccggcctactggctcttaattttgcttattatagttctggctctgcttcctcgc
tttattctcaaaattatgcaccaaattttctggccatcggacatccagatagctagagaa
gcagagatattgaggaaaagacctagtcattctagatctaggtcaggtcacagtgaaagc
taa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (20)   

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