KEGG   Gossypium hirsutum (upland cotton): 107903682
Entry
107903682         CDS       T04793                                 
Name
(RefSeq) phospholipid-transporting ATPase 3 isoform X1
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
ghi  Gossypium hirsutum (upland cotton)
Pathway
ghi04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:ghi00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    107903682
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:ghi03009]
    107903682
Enzymes [BR:ghi01000]
 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
     107903682
Ribosome biogenesis [BR:ghi03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    107903682
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3 Pneumo_att_G
Other DBs
NCBI-GeneID: 107903682
NCBI-ProteinID: XP_016685309
UniProt: A0A1U8JAQ1
Position
D05:complement(48445961..48461089)
AA seq 1203 aa
MSGWGTPSRTVTLGRVQPQSPALRTIYCNHREANFAHRYKGNSISTTKYNVFTFLPKGLY
EQFRRVANLYFLMVSILSATPYSPVHPITNMVPLSLVLLFSLIKEAFEDWQRFQNDMTIN
NSLVDVLQAQGWESLQWKKLQVGDIIRVKQDGFFPADLLLLASTNVDGICYIETANLDGE
TNLKIRKALERTWDYVTPEKACEFKGEVQCEQPNNSLYTFTGNLVVDNQTMPLSPNQILL
RGCSLKNTDYIVGTVIFTGHETKVMMNSMNVPSKRSTLERKLDKLILALFSTLFSMCLLG
AIGSGIFIDRKYYYLGLSQSVEDQFNPSKRFLVIILTMLTLLTLYSTIIPISLYVSIETI
KFIQSSQFINKDLNMYHAESNTPASARTSNLNEELGQVEYIFSDKTGTLTRNLMEFFKCS
IGGEMYGTGMTEIEMGVAERKGIKVQEAKTSTNSLREKGFNFDDVRLMQGAWRHEPNHDA
CKEYFRCLAICHTVLPEGEETPEKIRYQAASPDEAALVLAAKNFGFFFYRRTPTMIYVRE
SHVEKMGKTQDVSYEILNVLEFNSTRKRQSVVCRYPDGRLVLYCKGADTVIYERLGTGND
DLNKVTRVHLEQFGSAGLRTLCLAYRDLAPDLYESWNEKFITAKSSLRDREKRLDEVAEL
IEKELILIGATAIEDKLQEGVPNCIQTLSRAGIKIWVLTGDKIETAINIAYACNLLNNEM
KQFIISSETDAIREVEERGDQTEIARFMKEEVKKQLKQFLDEAPQYFCSPSGPKLALVID
GKCLMYALEPSLRIMLLTLSLNCSSVVCCRVSPLQKAQVTSLVKKGARKITLSIGDGAND
VSMIQAAHIGIGISGLEGMQAVMASDFAIAQFRFLEDLLLVHGRWSYIRLCKVVMYFFYK
NLAFTLTQFWFTFGTGFSGQRFYDDWFQSLYNVIFTALPVVIVGLFDQDISSSLSKKYPE
LYKEGVRNMFFNRRIVAIWACFAVYQSLVFFYFVSLSSSTSRDSDGKMFGLWDVSTMAFT
CVVVTVNLRLLMMCNSITRWHYISVGGSIIVWFVFIFVYSGIMTRFDRNDNMFWVIYVLM
STSYFYVTLLLVPVAALLGDFLYLGVQRWFFPYDYQIVQESHKDDADSINTTDSQETKEH
LTPDEARSNAISQLPKEVSKHSGFAFDSPGYESFFATQFGKYVPPKAWDVARRASMKSKS
KPK
NT seq 3612 nt   +upstreamnt  +downstreamnt
atgagtggatggggaacgccgagtcgaacagtcacactcggacgggttcagccacagtca
cccgccctccgcaccatctactgtaatcaccgcgaggccaatttcgctcatagatacaag
gggaattcaatatcgactaccaagtacaacgtttttacctttctaccaaaggggctatat
gaacagttcagacgggtagctaacttgtactttcttatggtgtcaatcctatcagcaact
ccgtatagtcctgttcatcctataacaaatatggttccactgagtcttgtgcttttattt
tctctcattaaagaggcatttgaggactggcaacgttttcagaatgatatgactataaat
aacagtcttgtcgacgtgttgcaagcacaagggtgggaatctcttcaatggaaaaagctg
caggttggagatattatcagggttaagcaagatgggttctttcctgccgatcttctttta
cttgctagtacaaatgttgatggaatttgctacattgagactgcaaatttggatggtgaa
acaaatctgaaaatcagaaaggcacttgagaggacttgggattacgtgactcctgaaaaa
gcatgtgaatttaaaggtgaagttcagtgtgagcaaccaaacaactctttgtacactttt
actggcaatcttgtagtggacaatcaaacaatgcctctttctccaaatcagattttactg
aggggttgcagtctgaaaaacactgattacattgttgggactgttatttttactggtcat
gaaacaaaggttatgatgaattccatgaatgttccttcaaaaagaagtacattagagagg
aaacttgacaaacttatactcgctctcttttctactcttttctctatgtgtctacttgga
gcaataggcagcggtatattcattgaccgaaagtactactacttaggcctcagtcaatct
gtggaagatcaattcaatcctagtaaaagatttctggttattattttgaccatgctgacc
ctactcactttatactctacaattatccctatatctctatatgtttctattgagacaatc
aagtttattcagtcctctcaatttatcaacaaggacttaaatatgtaccatgctgaatcc
aacacacctgcttcagctagaacttctaatttgaatgaggaacttgggcaggtggaatac
attttttctgataaaactggaactttgacaagaaatttaatggagttcttcaagtgttca
atcggaggtgaaatgtacgggacaggtatgactgaaattgagatgggtgttgctgaaaga
aaaggcataaaggttcaagaggcgaaaacatcaaccaattcactacgggaaaagggtttc
aattttgatgatgtgaggcttatgcaaggagcttggagacatgaacctaatcatgatgct
tgtaaggaatattttagatgccttgccatatgtcacactgtgcttcctgaaggtgaggag
acccctgagaaaatcagatatcaagcagcatccccagatgaagctgctttggttttggct
gcaaaaaattttggcttcttcttttacaggcgtacacctacgatgatatatgttcgtgaa
tctcatgtggagaagatgggtaaaacccaagatgtgtcttatgagattttaaatgttctt
gagttcaatagtacgaggaagcgacagtctgttgtatgtcgttatccagatggccgacta
gttctttactgtaagggagctgatactgtcatttatgagagattggggactggaaatgat
gacttaaacaaagtgaccagggttcacttggaacaatttggctctgctggattacgtacc
ctttgcttggcctatagagatctagctcctgacttgtatgaaagctggaatgagaaattc
atcacagccaagtcatctctacgagatcgtgaaaaaaggttggatgaggtggctgaactc
atagagaaggaactcattttaattggtgcaactgcaatagaagacaagcttcaagaagga
gtgccaaattgcattcagactctttctagagctggaattaagatttgggtgctaacaggg
gataagatagaaactgcaataaatatagcttacgcgtgcaacttactaaataatgagatg
aaacaattcattatcagctctgaaacagatgctattagagaagttgaagaaaggggggac
caaactgaaattgcacgctttatgaaggaggaagttaaaaagcaactgaagcagttcctt
gatgaggcaccacaatatttttgctcaccctctggaccaaaattagcacttgttatagat
ggaaagtgtctgatgtatgctttagaaccaagtttaaggataatgctactcactttaagc
ttgaattgctcttcagttgtttgctgccgagtctcccctttacagaaagcacaggtaaca
agtctggtgaagaaaggtgcacgtaaaattacactcagtataggtgatggtgcaaatgat
gttagcatgattcaagctgctcatattggtattggaattagtgggcttgaggggatgcaa
gcagtcatggctagtgattttgcaattgctcagtttcggtttcttgaagatttgctcctt
gtgcatggacgttggtcttatattagattatgcaaggtcgtgatgtatttcttttacaag
aaccttgcgttcactttgactcagttttggttcaccttcggtaccggattttctggtcaa
agattctatgatgattggttccagtcgttgtataatgtcatattcactgcactaccggtg
gttattgttgggctcttcgaccaggatattagttcatccctttccaagaagtaccctgaa
ttatataaggagggagtaagaaatatgtttttcaacaggagaattgtcgcaatatgggcc
tgttttgcagtgtatcaatctctagtcttcttttacttcgtatctctttcaagttcaacg
agcagggattcagatggtaaaatgtttggtctttgggatgtcagcacgatggccttcaca
tgtgtagtagtaaccgttaatttacgtcttctcatgatgtgtaattctatcacaagatgg
cactacattagtgttggaggaagcattatagtgtggttcgtgtttattttcgtatattct
ggtattatgactcgatttgatcgcaacgataacatgttttgggtcatatatgtgttgatg
agcacatcctatttctacgtcacccttcttcttgttccagttgctgcacttctcggagat
ttcctttaccttggtgtgcaaagatggttcttcccctatgattatcagatagttcaagaa
agtcacaaggatgatgccgacagcatcaatacaacagattcacaagaaacaaaagaacac
cttacaccggacgaggcaagaagcaacgcaatatctcaattgccgaaggaagtatcgaaa
cacagtggatttgcatttgattcaccaggttatgagtcattttttgctacacagtttggt
aaatatgttccacccaaggcatgggatgttgctcggagagctagcatgaagtcgaagtca
aaaccaaaataa

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (24)   

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