KEGG   Citrus x clementina (clementine): CICLE_v10010927mg
Entry
CICLE_v10010927mg CDS       T02982                                 
Name
(RefSeq) hypothetical protein
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
cic  Citrus x clementina (clementine)
Pathway
cic04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:cic00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    CICLE_v10010927mg
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:cic03009]
    CICLE_v10010927mg
Enzymes [BR:cic01000]
 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
     CICLE_v10010927mg
Ribosome biogenesis [BR:cic03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    CICLE_v10010927mg
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Hydrolase Cation_ATPase E1-E2_ATPase Hydrolase_3
Other DBs
NCBI-GeneID: 18038708
NCBI-ProteinID: XP_006429597
UniProt: V4SQ72
Position
Unknown
AA seq 1264 aa
MSRGQQPLLSASSVRYRSDNLGYICSNASSSSSNTDDTLSDIDLKDEDIGTNNDNETATV
DPLLPKEISLACPVKKSLHLVSMELGNSNITSATFEISKGSSLGQEKACKSQRVCHKSTQ
FEDNMCHEENPRSIYINHPRKTNDKYEFTGNEIRTSKYTLITFLPKNLFIQFHRVAYLYF
LAIAALNQLPPLAVFGRTVSLFPLLFVLFVTAIKDGYEDWRRHRSDRNENNREALVLQSD
QFHLKKWKNIRAGEVVKICSDDSIPCDVVLLGTSDPSGIAYIQTMNLDGESNLKTRYARQ
ETASTVFEGSIVSGTIKCEQPNRNVYEFTANMEFNGQKFPLSQSNIVLRGCQLKNTDWII
GVVVYAGQETKAMLNSAASPSKRSRLENYMNRETLWLSIFLLVMCLVVALGMGLWLVRYK
DRLDTLPYYRKLYFTNGKNNHKKFKYYGIPMETFFSFLSSIIVFQIMIPISLYITMELVR
LGQSYFMIEDKHMYDSSSGSRFQCRTLSINEDLGQIRYIFSDKTGTLTENKMEFQRASVC
GKNYGNSLLLAQQVSAAAVRRWKLKSEISVDSKLMELLSKDLVGDERIAAHEFFLTLAAC
NTVIPIPTPSRSSGCTNGLLENVEAIDYQGESPDEQALVSAASAYGYTLFERTSGHIVID
INGEGLRLDVLGLHEFDSVRKRMSVVIRFPDNSVKVLVKGADSSMFNILAKDSKRNDLIR
HITQSHLSEYSSQGLRTLVVASRDLADEELKQWQHRYEDASTSLVDRASKLRQTAALIEC
DLTLLGATGIEDKLQDGVPEAIEALRQAGIKVWVLTGDKQDTAISIALSCKLLTPDMQQI
IINGNSEEECKDLLADAKARYGVKSSNTTKCNSKLKRSAEIEYLAISNDAKFSDVPQGHD
VKEVAAIASLALIIDGNSLVYILEKDLESDLFDLATSCRVVLCCRVAPLQKAGIVDLIKS
RTDDMTLAIGDGANDVSMIQMADVGVGICGQEGRQAVMASDFAMGQFRFLKRLLLVHGHW
NYQRIGYLVLYNFYRNAVFVLMLFWYILFTGFSTTSALTDWSSVFYSLLYTSVPTIVVGI
VDKDLSHKTLMQYPKLYGAGHRQEAYNMQLFWLTMCDTLWQSLVLFYIPLYAYQNSTIDI
WSMGSVWTIAVVILVNILLAMDIQRWVFVTHAAVWGSIITTYACMVVLDSIPVFPNYWTI
YHLAKSPTYWLIIFLILIVALLPRFLFKVVQQYFWPSDIQIAREAEVLRKGSNYLAPQAD
QVSR
NT seq 3795 nt   +upstreamnt  +downstreamnt
atgagccgtgggcagcagccattgctgtcagcctcatctgtgagatatcgttctgataat
ttaggctatatttgctccaatgcttcgtcctcttcttccaatactgatgacaccctcagc
gatattgacttgaaggacgaagacattggcaccaacaacgataacgaaactgctactgta
gacccacttttacctaaggagatttcattggcatgccctgtgaagaagtcgttacacctg
gtttcaatggagctgggtaatagcaatataacttcagccacctttgaaatctccaaaggt
tcatctctagggcaggaaaaggcatgcaaatcgcagagagtatgtcataaaagcactcag
tttgaagataatatgtgtcatgaagagaatcccagatcaatttacattaaccatccgagg
aaaacaaatgacaagtatgagttcactgggaatgagatccgaactagcaaatataccctg
atcaccttcttgcccaagaatcttttcattcagttccatcgggtagcttatttatatttc
ctggctattgctgctcttaatcagctgccccctctcgcagtctttgggagaacagtgtcc
cttttccccctactgtttgtgctctttgtcaccgctattaaagatggatatgaagattgg
cgaagacacagatcagatcggaatgagaacaaccgtgaggcactagtacttcaatctgat
caatttcacttgaaaaagtggaaaaacataagggctggcgaagttgtgaagatctgttct
gatgactcaattccatgtgacgtggtgttgctggggactagtgatcctagtggaattgct
tacattcaaacaatgaatttggacggtgagtcgaacttgaagacaaggtatgccaggcag
gaaacagcttctacggtatttgaaggttctattgtatcagggactatcaaatgtgagcaa
cctaataggaacgtttatgagttcacagccaatatggagttcaatggccaaaaattcccc
cttagccaatccaacattgttttgcgtggttgtcagctgaagaatactgattggataatt
ggtgttgtggtatatgctggacaggagacaaaagcaatgttaaatagtgcagcatcacca
tccaagcgaagcagactggaaaattacatgaacagagagaccctatggttatctattttc
cttctggtgatgtgtctggttgtggcacttgggatgggtctatggcttgtacgctacaaa
gaccggcttgatactttgccttattacaggaaattatacttcaccaatgggaagaataac
cataaaaaatttaaatattatgggatccctatggagacttttttctcttttttgagctct
attatagtttttcagataatgatacctatatctctgtacattaccatggaattggttcgt
ttaggacagtcatatttcatgatcgaagacaagcatatgtacgacagtagctctggctca
aggtttcagtgccgaacattgagtataaatgaggatttgggtcaaattcgctatatattt
tcagacaaaacggggacacttactgagaacaaaatggaatttcaaagagctagtgtttgc
gggaagaattatgggaactccttgctattggcccaacaggtctctgcagctgctgttagg
agatggaagcttaaatctgaaatttctgttgactctaaactcatggagttgttatccaaa
gacctagttggagatgaaaggattgccgctcatgaatttttccttacactggctgcttgt
aataccgtgatcccaattcctactcccagtagatcttccggatgcacaaatggattactt
gaaaatgtggaagccattgactatcagggtgaatctcctgatgagcaagcattagtttct
gcagcctctgcttatggatatactctgtttgagcgcacatctggacatattgtgattgac
attaatggtgaagggctaaggttggatgtactggggttgcatgagtttgatagtgttcgg
aaaagaatgtctgtggttatcagattccctgacaattctgtgaaggtgttggttaaggga
gctgatagttcaatgttcaacatattagctaaagattctaagaggaatgatcttataagg
catataactcagagccatcttagtgaatactcatctcagggcttacgcactcttgtggtt
gcttcacgggatcttgcagatgaagaactcaagcagtggcaacacaggtatgaagatgca
agcacttctttagttgacagagcttcaaaacttcgtcagacagctgctcttattgaatgt
gacttgactttacttggagctactggaatcgaggacaagctacaagacggtgtaccagaa
gccatcgaggccctccggcaagcaggaatcaaggtctgggttctgactggggataaacaa
gacacagcaatttcaattgctctctcttgcaaacttctgaccccagatatgcagcaaata
attataaatggaaattcagaggaggagtgcaaagatcttttggctgatgcaaaggccaga
tatggtgtgaaatcatcaaatacaacaaaatgtaactcgaagttgaaaaggagtgccgaa
attgaatatcttgcgatatccaatgatgcaaagttttctgatgtgccacaagggcatgat
gtgaaggaagtagcagcgattgcatcattagcactcatcattgatgggaatagtttggta
tacattctggagaaagatttagagtcagatctttttgaccttgcaacttcctgtcgggtt
gtgctctgctgtcgtgttgcaccattgcagaaggctggaattgttgatctaatcaagagc
cgcactgacgatatgaccctggctataggtgatggggcgaatgatgtttcaatgatccaa
atggcagatgttggtgttgggatatgtggtcaggaaggccgtcaagcagtgatggcatca
gactttgcaatgggacagttccggtttctgaaaagattacttctggtgcatggccactgg
aattatcagcgaattggatatttagttctatacaacttctaccgtaatgcagtttttgtg
ttgatgttattttggtacatactattcacaggattttcaacaacttctgcattaacagat
tggagtagtgtattttattctcttttatatacatctgtgcccactattgttgttggtatt
gtcgacaaggacttaagccataagacactaatgcagtatccaaaactttatggtgcgggg
catagacaagaagcatacaatatgcagctcttctggctcacaatgtgtgacacactgtgg
cagagtcttgttctcttctatatacctttatatgcctaccagaacagcacaattgatatt
tggagcatgggcagtgtatggacaatagcagtggtcatccttgttaacatactcctggca
atggacattcagcgttgggtatttgttactcatgctgcggtatggggctcgataattact
acgtatgcctgcatggtggtgttggattctattcctgtatttcccaattactggacaatc
taccatctggctaagtcacctacctactggctcatcatttttcttattttaattgttgca
ttgctccctcgttttcttttcaaagttgtacagcaatatttttggccatcagatatccag
atagccagagaagctgaggtactaaggaaagggtccaattatttggcgccacaagcagat
caagtttccagatag

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (19)   

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