KEGG   Elaeis guineensis (African oil palm): 105040178
Entry
105040178         CDS       T03921                                 
Name
(RefSeq) ABC transporter C family member 3-like
  KO
K05666  ATP-binding cassette, subfamily C (CFTR/MRP), member 2
Organism
egu  Elaeis guineensis (African oil palm)
Pathway
egu02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:egu00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    105040178
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:egu02000]
    105040178
Transporters [BR:egu02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    105040178
SSDB
Motif
Pfam: ABC_membrane ABC_tran MMR_HSR1 AAA_29 AAA_21 AAA_16 DUF87 Dynamin_N AAA_23 AAA_22 FtsK_SpoIIIE
Other DBs
NCBI-GeneID: 105040178
NCBI-ProteinID: XP_010914891
UniProt: A0A6I9QTI4
Position
3:501679..509598
AA seq 1533 aa
MIVREERIERLRSWTLFDGMSASFSRSPLFRMPWDAGFLLRPIFIHGWFSVSCHLGLLLV
LAWVWLCRRRKSGASSKERVENNRFSYSKLVLWTSLCLGLLDLFLCLFNYFWNQDGFWSG
DRLAVQLDLSTRVVAWFAISAYLHFEFFPSREKKFPSFLRIWWVLFFLISCSSLVVDFLY
FKNHGILQPHLWGLDFGSLFCGLFLGCAGLVGKRTLEESPLLQEPLLSAASVNESPNTSC
TGDVSLFANAGLLSILTFSWMGPLLSVGHKKTLDLKDVPQLADTDSVSGVFPIFKSKLES
YTGGDGNSSSKEGSGSGSGGITAARLAAAIVFSVWGQVLLTALYALVYTVASYVGPYLID
FFVQYLNGSREFAHEGYLLVLVFIVAKLLECLSQRHWFFRLQQAGIRVRASLIAMIYQKG
LTLSSHSRQSRSSGEIINLMSVDADRVGLYSWYMHDLWMVVLQVTLALLILYSCLGLASL
AALAATFVVMLGNVPLGKVQEKYQEKMMESKDIRMKATSEILRNIRILKLQGWEMKFLSK
IIELRKTETNWLKKYVYAFAITTFVFWGSPTFVAVVTFGACMFMGIPLESGKILSALATF
RVLQEPIYSLPDTISMTIQTKVSLDRISSFLCLEDLQPDIVQRLPRGSSEIAIEVSNGSF
SWDLSSEIPTLKDLNFQVLQGMRVAVCGTVGSGKSSLLSCILGEVPKISGTVKLCGTTAY
VSQSPWIQSGKIQENILFGKEMDVEKYDKVLEACSLKKDLEILPFGDQTVIGERGINLSG
GQKQRVQLARALYQDADIYLLDDPFSAVDAHTGSHLFKECLLGALASKTVVYVTHQVEFL
PSADLILVMKDGEIAQGGKYNDILNSGTEFMELVGAHKDALAALESMDLASNSSSGTIEG
RSHDTESSTQGAHKVEQKDAQNGKPDEVGSKKGQLVQEEEREKGRVGFWVYWRYITMAYK
GALVPLILLAQILFQILQIGSNYWMAWAAPASKDEEPHVNSAMLIYVYIALALGSAFCIL
IRSLFLVTAGYKTATLLFDKMHMCIFRAPMSFFDSTPTGRILNRASTDQNEVDTSIPFQT
GSFAFTIIQLLGIIAVMSQVAWQVFIVFIPVIAACIWYQQYYIDTARELARLVGVCKAPI
IQHFAESMSGSMTIRSFGHESRFVGANFHLNDDYSRPKFHNAGAMDWLCFRLDMLSSLTF
AFSLVFLISMPKGVIDPGIAGLAVTYGLNLNMLQAWVIWNLCNLENKIISVERILQYTSI
PSEPPLTIEAKRLNCEWPSKGEVDLCDLQVRYAPHMPFVLRGLTCTFPGGMKTGIVGRTG
SGKSTLIQTLFRIIDPTVGQIFIDGIDISTIGLHDLRSRLSIIPQDPTMFEGTVRSNLDP
LEEYTDEQIWEALDCCQLGEEVRKKELKLSSTVTENGENWSVGQRQLVCLGRVILKKSKV
LVLDEATASVDTATDSLIQKTLRQQFLESTVITIAHRITSVLDSDFVLLLDNGVIVEHDT
PTRLLENKSSLFANLVSEYTMRSGSSFDGLNNQ
NT seq 4602 nt   +upstreamnt  +downstreamnt
atgatcgtcagagaagaaaggatcgaaaggctgcggtcttggactctctttgatggtatg
tcagcttctttctcgcgctctcctttgtttcgaatgccttgggatgctggattcctcctc
aggcccatctttattcatgggtggttctctgtttcttgccacctcggcctcctgctagtc
ctggcctgggtctggctctgtcggaggcgcaagagtggagcctctagtaaggagagagta
gagaacaatcggttttcgtattcaaaattagtcctttggacctccctgtgtctgggcctg
cttgatctcttcctctgtctttttaactacttctggaatcaggatggattctggtctggc
gaccggcttgccgtgcagttggacttgtctaccagagtcgttgcatggttcgccatctcc
gcttacctgcacttcgagttcttcccttcaagggagaagaaatttccctcctttcttagg
atttggtgggttctgttcttcttgatatcatgctctagtcttgtcgtagactttctatat
ttcaaaaatcatggaattcttcagccccatctgtgggggctggattttggatcactattt
tgcggtctgtttcttggctgtgctgggctcgtcgggaagaggactctcgaagagagtcct
cttcttcaggagcctctattgagtgctgctagtgtcaatgagtcacccaataccagttgc
accggcgatgtctccctttttgcaaatgccggtcttctcagcatccttaccttctcttgg
atgggtcctttgctctccgttggtcataagaagacgttggacctcaaagatgttccacag
ttagctgatactgatagtgtcagtggcgtcttccccattttcaaaagtaagctcgagtca
tacactggtggtgatggcaatagcagcagcaaggaagggagtggaagtggtagcggtgga
attaccgcagctagattagcagcggcaatagtattctctgtctgggggcaagtcctgttg
acggcgttgtatgcgctcgtgtacacggttgcctcgtacgtgggtccctacctcatcgat
ttctttgttcagtacctcaatgggagtcgggagttcgcacatgaaggatatcttttggtg
ttggtattcatcgtggcaaagcttctcgagtgcctctcacagaggcattggtttttcaga
ttgcaacaggccgggatcagggtccgggcttcacttattgctatgatctaccaaaagggt
ctcactctgtcgagtcactcgagacagagcagaagtagtggcgagatcatcaacttaatg
agtgtcgatgccgacagagtggggctctacagctggtacatgcatgatctgtggatggtc
gttttgcaagtcacgctggccttgttgatcttgtattcttgtctggggcttgcttcactt
gccgctttagcagccacctttgttgtaatgttaggcaatgttccactggggaaggtgcaa
gagaagtaccaggagaagatgatggagtcgaaagacatcaggatgaaagctacttcggag
atcttgagaaatattagaattctcaagcttcaaggctgggagatgaagttcttatccaaa
ataatcgagttaaggaaaaccgagacgaattggttgaagaaatatgtttatgcatttgcc
ataacaacatttgtcttctggggttcgcctacttttgtcgcggtggtcacctttggagct
tgcatgtttatggggataccattagaatcaggaaaaattctgtccgcgcttgcaacattt
agagtgttgcaagagccgatctatagtctaccagacacgatctcaatgaccattcagacc
aaagtctcccttgatagaatttcttcatttctctgccttgaggacttgcagcctgatata
gtacagagacttccaagaggcagctctgagattgcgattgaagtaagcaatggaagtttc
tcgtgggatctctcttctgaaattcccactttgaaagatttgaattttcaagtcttgcaa
gggatgagggtcgctgtttgtggaactgttggttctggtaaatcgagcttgctgtcctgc
atattaggtgaggttccaaagatatctggaactgttaaattgtgtgggacgacggcatat
gtctcccaatcaccttggatacagagcggtaagattcaagaaaacatactgtttggcaag
gaaatggatgttgagaagtacgacaaagtcctcgaagcatgctccttgaagaaggacttg
gagattcttccctttggagaccagactgtcattggagagagaggcatcaatttgagtggc
gggcagaagcaaagggtgcaacttgctcgtgctttataccaagatgctgacatttatttg
ttggatgatccattcagcgctgttgatgcccacacaggatcacatctctttaaggagtgt
ttgctaggggctttagcttccaaaacagttgtctatgtcacacatcaggtggaatttcta
ccttctgctgatcttatcctggttatgaaagatggagaaattgcacaagggggaaaatat
aatgacatactaaactcaggaaccgagtttatggaattggttggtgctcataaggatgct
ttagcagcacttgagtcaatggaccttgctagtaatagttcgagtggcaccatagaaggt
cgttctcatgacactgaaagcagcacacagggtgctcataaagtagagcagaaagatgca
cagaatggtaaaccagatgaagttggtagtaagaagggacaacttgttcaagaagaagag
agggagaaaggcagagttgggttttgggtctactggaggtacatcacgatggcatacaaa
ggagctcttgtgccactgatattgctggcacaaattctttttcaaatccttcagattggt
agcaattactggatggcttgggcggctcctgcgtcaaaagatgaagaacctcatgtgaat
agcgcaatgcttatctacgtctacattgcattggctcttgggagtgcgttctgtatcctt
attagatctctatttctcgtaacagctgggtataagacagcaacactgctgttcgacaag
atgcatatgtgcatattccgtgctccgatgtcattctttgattcaactccaaccgggcgc
attttaaacagagcatcgactgatcaaaatgaagtagatacaagtattcctttccaaact
ggttcctttgcattcacaattatccagctcttggggatcattgcagtcatgtcacaggtt
gcatggcaagtttttatagtctttattccagtgattgcagcttgcatttggtatcagcaa
tattacattgatactgcacgggaactagcaagattggttggggtgtgcaaagctcccatc
atacaacattttgctgaatccatgtcaggatcaatgacaattagaagttttggccatgaa
tcaagatttgtaggtgctaactttcatctgaatgatgattactctcgacccaagtttcat
aatgctggtgcaatggactggctctgctttcgtttggatatgttatcatcacttactttt
gccttctcattagtatttttgatttccatgccaaaaggtgtaatcgatccaggcattgct
ggccttgcagtgacatatgggcttaatctgaatatgctacaagcctgggtcatatggaat
ctctgcaatctcgagaacaaaatcatatctgtagagaggattctgcaatatacgagcatt
cctagtgaaccacctcttactattgaagcaaaaagactaaattgtgagtggccatcgaag
ggagaagtagacctatgtgacctgcaggttcgctatgccccacacatgccttttgtgtta
aggggtctcacatgcacattccctggtggaatgaagactggtattgtcggaagaactggc
agtggaaaatctaccctaatacagacgctcttccgcatcattgatcctactgttggtcag
atatttatagatggcattgacatttcaacaatcggactgcatgacttaagatccagatta
agcattatccctcaagacccaactatgtttgaaggaaccgtgcgtagcaaccttgaccct
cttgaagagtacacagatgaacaaatatgggaggccttggactgctgtcagcttggagaa
gaagttaggaagaaagaattaaagctcagttccacagtcactgaaaatggtgagaactgg
agtgttggtcagcgtcagcttgtctgtttaggccgggtgattttgaaaaaaagcaaggtc
ttggtccttgatgaagcgactgcttcagtggatactgcaactgatagcctaattcagaaa
accctgcggcagcagtttttggaatccacagtcataacaatagcgcatcggataacatct
gttcttgatagtgattttgtcttgcttctcgataatggagtcattgtggaacatgatact
ccaactcgattattagaaaacaagtcatctttatttgcaaatcttgtttctgaatatacc
atgaggtcaggttcaagttttgatggactgaacaatcaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (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 (11)   
   Pfam (11)   
All databases (22)   

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