KEGG   Theobroma cacao (cacao): 18605695
Entry
18605695          CDS       T02994                                 
Name
(RefSeq) ABC transporter C family member 10
  KO
K05666  ATP-binding cassette, subfamily C (CFTR/MRP), member 2
Organism
tcc  Theobroma cacao (cacao)
Pathway
tcc02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:tcc00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    18605695
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:tcc02000]
    18605695
Transporters [BR:tcc02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    18605695
SSDB
Motif
Pfam: ABC_tran ABC_membrane AAA_21 AAA_29 SMC_N AAA_22 AAA_16 MMR_HSR1 NB-ARC Dynamin_N DO-GTPase2 MeaB AAA_23 DUF87 cobW NTPase_1 MobB Mg_chelatase RsgA_GTPase AAA_30
Other DBs
NCBI-GeneID: 18605695
NCBI-ProteinID: XP_007038917
Position
3:complement(29475223..29482725)
AA seq 1483 aa
MEHLWTMFCGEPACSDSDGKPCNSTFWHLTHPSSCINQAMIICFDILLSIMLLFNMIQKS
SSKTVGIPARFRHRSALQTASAVFNGCLGLVYLCFGIWILEEKLRKTQTLLPFNWWLLAL
FQGCTWLLVGLTVSLRGNRLPKTPLRLLLILALIFAVILCVLSIFAAILNEIVTVNIVLN
VLSLPGAILLLLCAYKRYKHEDGEQDTNENGLYAPLNAEANGSAKVDYNAQVTPFSTAGF
LSKFSFWWLNPLMRKGREKTLQEEDIPKLREAEKAESCYLLFLEQLNRQKQAKPSSQPSI
LKTIILCHWKEILVSGFFALVKILTVSSGPLLLNAFILVAEGKGSFKYEGYLLAVSLFFA
KSLESLSQRQWYFRSRLIGLKVRSLLTAAIYKKQLRLSNAARLMHSSGEITNYVTVDAYR
IGEFPFWFHQTWTTSLQLCFALIILVRAVGLATIAALVVIILTVLCNTPLAKLQHRFQSK
LMTAQDERLKASSEALISMKVLKLYAWESHFKKVIENLRAVEYKWLSAVQLRKAYNGFLF
WSSPVLVSAATFGACYFLKIPLHASNVFTFVATLRLVQDPIRSIPDVIGIVIQANVALKR
VVKFLEAPELQSANVRQKRHMENADLAISIKSGGFSWEENSSKSTLRNITLEVTIGEKVA
VCGEVGSGKSTLLAAILGEVPNVQGSIQVFGKIAYVSQTAWIQTGTIQDNILFGSAMDRQ
RYEETLEKCSLVKDLELMPYGDLTEIGERGVNLSGGQKQRIQLARALYQDADIYLLDDPF
SAVDAHTATSLFNDYVMEALSGKAVLLVTHQVDFLPAFNSVLLMSDGEILQAAPYHQLLA
SSQEFQDLVNAHKETAGSGRVAEVNSSDKHGTSTREIKKSYVDKQFKISKGDQLIKQEER
ERGDIGFKPYIQYLNQDKGFLFFSISALSHLLFVGGQISQNSWMAASVDNPNVSPLKLIA
VYLVIGFFSTLLLLCRSLSIVTLGIRSSKSLFSQLLNSLFRAPMSFYDSTPLGRILSRVS
VDLSIVDLDVPFSLIFAVGATINAYSNLGVLAVVTWQVLFVSVPVIYAAICLQKYYFSTA
KELMRINGTTKSLVANHLAESIAGAVTIRAFEEEERFFAKNLHLVDTNASPFFHSFAANE
WLIQRLETLSATVLASAALCMVLLPPGTFSSGFIGMALSYGLSLNMSLVFSIQNQCTIAN
YIISVERLNQYMYIPSEAPEVIEENRPPSNWPAVGKVDICDLQIRYRPDTPFVLRGISCT
FQGGHKIGIVGRTGSGKTTLISALFRLVEPAGGKITVDGIDICTIGLHDLRSRFGVIPQD
PTLFNGTVRYNLDPLSQHTDQEIWKVLDKCQLREAVQEKEEGLDSLVVEDGSNWSMGQRQ
LFCLGRALLRRSRILVLDEATASIDNATDLILQKTIRTEFADCTVITVAHRIPTVMDCTM
VLAISDGKLVEYDEPRKLMEREDSLFGQLVKEYWSHYQSAESH
NT seq 4452 nt   +upstreamnt  +downstreamnt
atggagcatttatggactatgttctgtggggaacctgcttgttcagatagtgatggaaag
ccatgcaattctaccttttggcatctcactcatccctcttcgtgcattaatcaagcgatg
ataatttgtttcgatattctgctttcaatcatgctgttattcaacatgattcagaagtca
tcatcgaaaacagttggcattcctgctcgctttcgacatcgttctgctttgcagacggct
tctgctgtttttaatggttgtcttgggttggtgtacctgtgctttggcatttggattttg
gaagagaagttgaggaaaactcagactttattgcctttcaattggtggttgctagcactg
tttcagggctgcacatggttattggtgggtttaactgtgagccttaggggtaatcggctt
cccaagacaccacttcgtctactgttgattctcgcattaatatttgcagtaattctttgt
gttttatccatttttgctgctattctgaacgaaatagtcacagtaaatatagttttgaat
gttctgtcattacctggagcaatattgttgcttttatgtgcgtataagcgatataaacat
gaagatggtgaacaggacaccaatgaaaatggcctttatgcgcctttaaatgctgaggcc
aatggcagtgctaaagttgattataacgcgcaagttaccccattttccacagctggattc
cttagtaaattctccttttggtggttgaatcctttgatgaggaaaggtagggagaagact
cttcaggaagaagatatacccaagttacgtgaggcagagaaagcagaaagctgctatttg
ttgtttttagagcaactgaacaggcaaaagcaagccaaaccatcatcacagccatctatt
ttgaagacaataatattatgccactggaaagagattttggtgtccggattttttgctttg
gttaagatactcactgtgtcctctggtcctctgcttcttaatgctttcattttggttgct
gagggaaaaggaagtttcaaatatgaaggttatttgttggccgtatcactcttctttgcg
aagagtttagagtctttgtcacaaaggcagtggtattttcgatccagattaatcggtctg
aaagtaaggtctttgctcactgcagctatatataagaagcaattgagattatccaatgct
gcaaggctgatgcactcgagtggtgagataacgaattatgttacagttgatgcctatagg
attggagagtttcctttctggttccatcagacatggacaacaagccttcagctgtgtttt
gctctaataattctcgtccgtgcagtgggactagccacgatcgcagctttagtcgttatc
atcctcactgtcctgtgcaatactccacttgccaagttacagcacaggtttcaaagcaag
ctaatgactgcacaagatgagagacttaaggctagttctgaggctcttataagcatgaag
gtgctgaagctatatgcatgggagagtcattttaagaaagttatagaaaatttaagggct
gtggaatacaaatggttatcagcagtgcagttgcgaaaagcatataatggctttctgttt
tggtcctctcctgttttggtctctgctgcaacctttggggcatgttatttcttgaaaatt
cctctgcatgctagtaatgtcttcacttttgtggccacattacgtcttgttcaggatccc
attagatctatacctgatgttattgggatcgtcattcaagcgaacgttgcattaaagcgt
gttgtgaaattccttgaggcaccagagctgcagagtgcaaatgtccggcaaaaacgccat
atggagaatgccgacttagccatttctattaaatcaggagggttttcctgggaagagaat
tcttcaaaatccactctgagaaacataactttagaggttacaataggggaaaaagtggct
gtatgtggagaagttggctctggtaaatcaaccctgttagccgcaattcttggagaagtc
cctaacgtccaaggatctattcaagtatttggaaagattgcctatgtttctcaaacagcc
tggattcagacaggaacgatacaagataacatattatttgggtctgccatggataggcaa
agatatgaagaaacgcttgagaagtgttccttggtgaaggaccttgagttgatgccctat
ggtgatctaactgaaattggtgaaagaggagtcaatcttagtggtggtcaaaagcagcga
attcaacttgctcgtgctctctatcaggatgctgatatatatctcttggatgatccattc
agtgcagtggatgctcacacagctacaagtttatttaatgactatgttatggaagcactt
tcagggaaggcagttttacttgtgacgcatcaagtcgatttcctgcctgcttttaattct
gttttgttaatgtcagatggggagatcctgcaagcagctccttatcatcagttattagct
tctagtcaagaatttcaggaccttgtcaatgcacataaagaaactgctggttctggaaga
gttgctgaggttaactcttccgataaacatggaacatccactagagagatcaagaagagc
tatgtggataaacagtttaaaatttcaaaaggtgatcaactgatcaagcaagaagaaagg
gaaagaggagatatagggtttaagccatacatacagtacctcaatcaggacaaaggcttt
ttgttcttctccatttctgctcttagtcaccttttgtttgtggggggtcagatatcacag
aactcctggatggctgctagtgttgacaatcctaatgttagcccattgaaactgattgca
gtttatttggtgattgggtttttctcaacactattgttgctatgtagatctctttccata
gttaccttgggtattagatcttcaaaatctctattttcacagctactaaattcccttttt
cgtgcacctatgtcattttacgactccactcctctgggaaggatactaagtcgggtatct
gttgatctgagcatcgttgatcttgatgtcccattcagcttaatctttgctgttggggct
accataaatgcctatagcaatcttggagttctggctgttgttacttggcaagtcttattt
gtttcagtaccagtcatctatgcagcaatttgcttgcagaaatattacttttccactgca
aaagagttgatgaggataaatggcacaaccaaatccttggtagcaaaccatctagctgag
tcaatagcaggagctgtcacaataagggcttttgaagaggaagaacggttctttgctaag
aatcttcacctcgttgacactaatgctagtcctttcttccacagttttgcagcaaatgaa
tggttgatccaacggttggagacacttagtgctactgttcttgcctctgcagccctctgc
atggttttgcttcctcctgggactttcagttctgggtttattgggatggctctttcttat
ggtctttcactgaatatgtcccttgtattttcaattcaaaaccaatgcactatagcaaat
tacatcatttctgtagaaaggcttaaccaatacatgtacataccaagtgaagcccccgaa
gtgatagaggagaatcgtcctccatccaattggccagctgtgggtaaagtggatatctgt
gatttgcagatcagatatcgacccgatacaccatttgttcttcgaggcatcagttgcaca
tttcaaggagggcacaagattggtattgttggtcgaactggcagtgggaagacaactctt
ataagcgctttattccgtctggtggagccagcaggagggaagatcacagttgatggcatc
gacatctgtactattggccttcacgatcttaggtctcgttttggagtcatacctcaggat
cctactctttttaatggaactgtgagatacaatttggatcctctgtcccaacacactgac
caggagatatggaaggttcttgacaagtgccaacttcgagaggctgttcaggaaaaagaa
gagggactggactccttggttgtagaagatggatcaaactggagcatgggacaacggcaa
ctattttgtttgggccgtgccctcttgaggagaagtcggatattggtgcttgacgaagca
actgcgtccattgataatgcaactgacttgattttacagaaaactattcgcaccgaattt
gcagattgcacagttatcacagtggcacacaggataccaaccgtgatggattgcacgatg
gtgcttgccatcagtgatggcaaacttgtggagtacgatgagccaaggaagttgatggaa
agagaagattctctgtttgggcaacttgtcaaggaatactggtcccattatcaatctgca
gagtcgcattga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (20)   
   Pfam (20)   
All databases (58)   

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