KEGG   Oryza brachyantha (malo sina): 102700691
Entry
102700691         CDS       T02995                                 
Name
(RefSeq) phospholipid-transporting ATPase 1-like
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
obr  Oryza brachyantha (malo sina)
Pathway
obr04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:obr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    102700691
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:obr03009]
    102700691
Enzymes [BR:obr01000]
 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
     102700691
Ribosome biogenesis [BR:obr03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    102700691
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Hydrolase Cation_ATPase E1-E2_ATPase Hydrolase_3 Ins145_P3_rec
Other DBs
NCBI-GeneID: 102700691
NCBI-ProteinID: XP_040378098
Position
3:10703273..10709869
AA seq 1310 aa
MSNGALLLSSSGTSDSPSKHQAPARTSVGSLGCLCQTDSFSSSVYEDCDTASVNHVDEEE
AVSRVCLVSDVSRGAERFESADSNFFHRLSVECSQKERQRKVSWGGAMEMQHSPSSLEIG
VVSSSQPQEKPNRSRRVRNKSSQFEDPFSSEHDPRLIYINDPNRTNDRYEFTGNEIRTSK
YTLITFLPKNLFIQFHRLAYVYFLVIAALNQLPPLAVFGRTASLFPLLFVLFVTAIKDGY
EDWRRHRSDRNENNRETLVLQSGDFRSKTWKNICAGEVVKIHSNETMPCDMVLLSTSDPN
GIAYIQTMNLDGESNLKTRYARQETMSMIIDGSYSGLIKCEQPNRNIYEFTATMELNNQR
IPLGQSNIVLRGCQLKNTEWIVGVVVYAGQETKAMLNSTISPSKSSNLESYMNRETLWLS
AFLLITCSVVATGMGVWLFRNSKNLDALPYYRRKYFTFGRENRKDFKFYGIALEIFFSFL
SSVIIFQIMIPISLYITMELVRVGQSYFMIGDTRMYDSTSGSRFQCRSLNINEDLGQIRY
IFSDKTGTLTQNKMEFRQASIYGKNYGSSLHVTSDSSFEISAAESSRQQGSKSKSGVSVD
SALMALLSQPLVGEERLAAHDFFLTLAACNTVIPVSTENSLDLINEINEVGRIDYQGESP
DEQALVTAASAYGYTLVERTTGHIVVDVQGDRIRLDVLGLHEFDSVRKRMSVVVRFPDNI
VKVLVKGADTSMLSILRRADDDELHNSSHTKIRESTGNHLSGYSSEGLRTLVIGSKNLTD
AEFSEWQERYEEASTSMTERSAKLRQASALVECNLTLLGATGIEDKLQDGVPEAIESLRQ
AGIKVWVLTGDKQETAISIGLSCRLLTQNMHLIIINGSSEFECRRLLADAKAEFGIKSSD
SVRGSRDVCNGDVSKLTTSNGHISEGGIQNFELTGVIASDKLEYSEKVATFADAELALII
DGSSLVYILEKDLESELFDLATSCKVVICCRVAPLQKAGIVDLIKSRTSDMTLAIGDGAN
DVSMIQMADVGVGICGQEGRQAVMASDFAMGQFRFLKRLLLVHGHWNYQRIAYMILYNFY
RNAVFVLMLFWYILHTAYSATLALTDWSSVFYSLIYTSIPTVVVGILDKDLSHNTLLHYP
RLYESGLQNEGYNLTLFWITMMDTLWQSLVLFYVPFFTYNISTMDIWSMGSLWTIAVVIL
VNIHLAMDIQRWVLITHLAVWGSIAATFLCMVLIDSIPIFPNYGTIYNMAASRTYWLSVC
LIIVLGLLPRFLCKVIYQTFWPSDIQIARESELLKKLPQRLGSRPTSDII
NT seq 3933 nt   +upstreamnt  +downstreamnt
atgagtaacggtgccttgctcctgtcatcgtctggaacttctgattcaccttcaaagcac
caggctcctgctcgaacgtcggtgggctcattaggatgcctctgtcagactgattccttc
tcttcgtcagtttacgaggattgtgatacagcttctgtgaaccatgtggatgaagaggag
gctgtgtcaagggtttgtttagtgtctgatgtgagcaggggggccgaacgttttgagtct
gccgattctaactttttccatcgtctctcggtggaatgctctcaaaaggagaggcagcgg
aaggtttcttggggtggcgcaatggagatgcagcattctccatcatccctagagattgga
gtggtgtcttcctctcagcctcaggagaagccaaatcgctcccggagggtcaggaacaag
agctcacagtttgaagacccattttcatctgagcatgacccaaggctaatttacattaat
gaccccaacaggacaaatgaccggtatgaatttacgggtaatgagatccggacaagcaag
tatactcttatcactttcctgcctaaaaacctcttcatccagttccatcggttggcttat
gtatatttcctagttattgctgctcttaaccagctccctcctttagctgtgtttggaagg
actgcttcgctgtttccactactttttgtgttgtttgtgactgctataaaagatggttat
gaagactggcggcgtcacaggtctgacaggaatgaaaacaacagagaaactcttgttctt
caatctggtgattttcgctcgaagacatggaagaacatctgtgcaggggaggttgtcaaa
attcattccaatgaaacaatgccatgtgatatggtcctgctgagtacaagtgatccaaat
ggtatagcttacatccaaacaatgaatttagatggtgaatcaaacctgaaaacaaggtat
gctcgccaggaaaccatgtccatgataattgacggctcatattcggggctgatcaaatgt
gaacagcctaacaggaatatctatgagtttacagctaccatggagttgaacaatcagagg
attccgctaggccaatcaaacattgtactgcgtggatgccagcttaaaaacacagaatgg
attgttggtgtagttgtctatgctggtcaggagaccaaagctatgttgaacagtacaata
tctccttcaaagagcagcaatctggaaagttacatgaacagggaaaccctttggttatca
gcattcctcttgatcacatgttcagttgtggctacagggatgggagtatggctattcaga
aattctaagaaccttgacgcactaccatactacagaagaaagtacttcaccttcggtcgg
gaaaacagaaaggatttcaagttctatggcattgctttggagatatttttctccttccta
agttctgtgataatctttcagataatgataccaatatcactatatatcaccatggagtta
gtcagagtggggcagtcgtactttatgattggagatacacggatgtatgacagtacttca
ggttcaagatttcaatgccgctccttgaatatcaacgaagatcttggtcaaatacgttac
atattttctgacaaaacgggcacattgacacaaaacaagatggagtttcggcaggctagc
atctacggaaagaattatgggagctccttgcatgtcactagtgactcatcttttgaaata
agcgctgcagagtcatcgagacaacaaggcagtaagtccaagtcaggagtcagtgttgat
tcagcactcatggcacttctgagccaaccattggttggggaggaaagacttgctgcccat
gattttttccttactttagctgcatgcaatacagtcattccagtcagcacagaaaattct
cttgacttgatcaatgaaataaatgaggttggcagaattgattaccagggtgaatcacct
gatgagcaggccttagtaactgcagcttctgcttatggatacactcttgtggaaaggaca
acaggtcacattgttgttgatgttcagggggataggataaggttggatgtccttggtctt
cacgaatttgacagtgtgagaaaaaggatgtctgttgtcgtacgatttccagacaacatt
gtgaaggttcttgttaagggtgctgatacttcaatgcttagcattttgaggagagcagat
gatgatgaacttcacaattcttcgcatactaaaattagagaatctacaggaaaccatttg
tcaggctattcatcagaaggtttacgaaccttagtaattggttcaaagaacctgactgat
gcagaattcagtgaatggcaggaaaggtatgaagaagctagcacctccatgacagaaaga
tcagcaaagctccgtcaggcatcagctcttgttgagtgcaatctgactcttcttggtgca
actggaattgaagataagttgcaggatggtgttcctgaggccattgagtctctccgacag
gctggaatcaaggtttgggttctcacaggagataagcaagaaactgctatatcaattggc
ttgtcatgtcggctattgactcaaaatatgcatttgattattataaatggttcctcagag
tttgagtgcagacgccttctagccgatgctaaagcggaatttggaataaagtcgtctgat
tctgtgaggggttctcgagatgtgtgcaatggtgatgtttctaaattgactacctcaaat
ggtcacatatctgaaggtggcatacaaaacttcgagctgactggagttattgcaagtgac
aagttagaatactctgagaaagtggcaacttttgctgatgctgaactagcactcataatt
gatggaagctcccttgtgtatattctagagaaagatcttgaatcagagttatttgacttg
gcaacttcctgtaaagttgtcatttgctgccgtgttgctccactgcaaaaggctggaatt
gttgatttgattaaaagcagaacaagtgatatgaccctggcaattggtgatggggcaaat
gatgtttcaatgatacagatggcagatgttggtgttggaatatgtggtcaagaaggtcgt
caagcggtaatggcatcagattttgctatggggcagttccgctttctgaagagattactt
cttgtacacggacactggaattatcaacgtatcgcgtatatgattctctacaatttttac
cggaatgctgtttttgtgctaatgttgttctggtatatcttgcatacagcatattctgca
actcttgcattaacagattggagtagtgtcttctattcccttatctacacgtcaattcct
acagtggtagttggcattctggacaaggacttgagtcataatactctacttcattatccg
agactatatgaatcaggactccagaatgagggctacaacttgacgctcttctggatcaca
atgatggataccttgtggcaaagccttgtccttttctatgttcccttcttcacatacaat
atcagcacaatggacatatggagtatgggaagcttgtggacgattgctgtggttatactt
gtcaatattcatctggccatggacatccaacgttgggtgctcataacccatcttgctgta
tggggctctatagctgcaacatttttgtgcatggtgttaatagattctattccgatcttc
cctaactacgggacaatatacaatatggctgcttcaagaacttattggcttagtgtttgc
ctgataatagtcctaggcttgcttcctcggtttctttgcaaagtaatctatcagaccttt
tggccatctgatattcaaatagcaagagaatctgagctattaaaaaagctacctcaacgc
ttgggttcaaggccaacaagtgacatcatctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (7)   
   Pfam (7)   
All databases (19)   

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