KEGG   Oryzias latipes (Japanese medaka): 101162066
Entry
101162066         CDS       T02443                                 
Name
(RefSeq) canalicular multispecific organic anion transporter 1-like
  KO
K05666  ATP-binding cassette, subfamily C (CFTR/MRP), member 2
Organism
ola  Oryzias latipes (Japanese medaka)
Pathway
ola02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:ola00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    101162066
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:ola02000]
    101162066
Transporters [BR:ola02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    101162066
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N MMR_HSR1 AAA_16 AAA_21 Dynamin_N AAA_29 nSTAND1 RsgA_GTPase DUF87 TrwB_AAD_bind P-loop_TraG
Other DBs
NCBI-GeneID: 101162066
NCBI-ProteinID: XP_023819523
Position
15:complement(23136327..23158742)
AA seq 1560 aa
MCSAALEEYCGSVFWNASYLDREDPDLPKCVEQTVLVWIPLGFLWLFVPHHLMSLCRRTR
VNTKHLTRLYLCKQFVVALLFLTAIAGLAVTLGEDFGPSSSTVKNAPVYYTNPVLFAVTW
ILVLLCQEGVRRREGAVDSASLFLFWLLLVLCDVFTFQTLIRDALKLGEVSDIPRFSLFH
ISFGLELVALVLSAIADITPEARERAKRNPEIGASFLSRITFNWFNSMVVTGYKRPLVQD
DMWELNEHFSASCISKKFQQHMDLELAAARVRFQRKLKKNEGRWQSDTSKNGISNCFKKG
VSQDGLMMEDKQSAIENKMKKTKEEEDYPNSWLLSTIYKTFKLTLFESALLRLLQDLLAF
ASPQLLKLMISFTQDPNSFVWEGYVYAVLLLLVAILQSLFLQQYVQRCFVLGMKVRAALM
AAVYKKALVVSNDTRKELTVGETVNLMSADAQRFNDVTNFIHLLWSCPLQIIVSTAFLWL
ELGPSVLAGLLVMLLMVPINGLLATKAKKYQLENMKFKDKRLKIMNEILNGVKILKLFAW
EPSFQSQVESIRGEELKVMKKFAYLSSVSTFIFNCAPALVSLASFAVFVLVSPDNILTAE
KAFTSISLFNILRIPLAMLPMLIASIVQTGVSKKRLEKFLGGEDLEPDVVRHDPSFDSAV
CVHNGSFSWEKDAEPLLKDVSLEIEPGRLVAVVGAVGSGKSSLLSALLGEMHCTKGFINI
KGSLAFVPQQAWIQNATLRDNILFGSPHEEKRFQEVIQACALGPDLKLLAAGELTEIGEK
GINLSGGQKQRVSLARAAYSQADIYLLDDPLSAVDARVGKHLFDKVIGPNGVLKNKTRIL
VTHGVSFLPYVDEVVVLVDGKISEIGSYNSLRASKGAFSEFVNTYAKEQNNQTKSDKDGC
QDTEDLEIIPDGRDAEPDSPLEDTVTFTLKRENSIRRSQRSGSVRVKKESRLKTSEGADG
TKTGQRIIHEETMEKGQVKFSVYLQYMRAMGWGYTMLVFLVYLLQNIALIGQNLWLSDWT
NDAVDYYNQTYPNWKRDTRVGVFGALGVAQGFFLFLGTLLLANASVSASRILHSRLLNNL
LRAPMVFFDTTPIGRVVNRFAKDIFSLDEAIPYCLRSWFLCLLTVLGTLFIICLAISFFA
IVIIPLAVIYFFVLRFYVATSRQLHRLDSVSRSPIYSHFGETVSGLSVIRAYKHQDIFLK
LNEIAIDENLKSVYPRITSNRWLAVRLENLGNLVVFFSALFAVISKDSLDSGLVGLAISY
ALNITRNLNVLVRLSSELESSIVAVERITEYTEIENEGEWITDCRPLEKWPEEGRLQFID
YKVRYRPGLDLVLHGITCNIASTEKIGIVGRTGAGKSSLTNCLFRIIEAAEGRILIDDVD
ISTIGLHDLRSRLTIIPQDPVLFSGMLRMNLDPFDKFSDEELWKALELSHLKDYVAGLQE
GLQHEVAEGGENLSVGQRQLLCLARALLRKSRILILDEATAAVDLETDNLIQNTIRKEFA
HCTVLTIAHRLDTIMDSSRVMVLDAGKIVEFDSPSNLLGNQGLFYAMAKDAGLTQEYTAL
NT seq 4683 nt   +upstreamnt  +downstreamnt
atgtgttcggctgctctggaggagtactgcggctcagtcttctggaatgcttcatatctg
gatcgggaggatccagatctgccaaaatgcgtggagcagaccgtgctggtgtggatccct
ctggggttcctgtggctctttgttcctcaccacctcatgtccctctgcagaagaaccaga
gtaaacacaaaacacttgaccaggctctatctatgtaaacagtttgtggtggctctgttg
ttcctgacagccatcgcgggcttggcggtcacattaggagaggattttggtccaagtagc
tcaacagttaaaaatgcacctgtttactacacaaatcctgtgctctttgctgtgacatgg
atccttgtgctgctgtgtcaggaaggagtgagacggagggaaggagccgtggactctgcc
agcctttttcttttctggctgttgctggttctgtgtgacgttttcactttccagactctc
atcagagacgcactaaaactgggagaagtcagtgatatccctcgatttagccttttccac
atttcttttgggttggaattggttgcacttgtcctctctgctatagctgatatcacccca
gaggcgagggaacgggcaaaaaggaatccagaaataggtgcgtcatttctgagcagaatc
accttcaactggttcaacagcatggttgtgacgggctacaagcgacctctggttcaggat
gacatgtgggagctaaacgaacacttcagcgcttcttgcatcagtaaaaaattccagcag
cacatggatttagagctagctgcagctcgagttcggtttcaacgcaagttgaagaaaaac
gaagggagatggcaatcagatacctctaaaaatggtatttccaactgttttaagaaagga
gtgagtcaggatggactgatgatggaggacaaacaaagtgcaatagaaaataagatgaaa
aagacgaaggaagaagaagactatcccaattcatggttgctttctaccatctataaaact
tttaaattgacgctgtttgaatctgccctcttgagacttctgcaagacctgctagctttt
gccagtcctcaactcctcaaacttatgatctccttcacacaggacccgaacagttttgtc
tgggaaggttatgtgtatgcggtgctactgctgctggtggccattctgcagtctctgttc
ctacagcagtatgtgcagcgttgctttgtgctggggatgaaggttcgagctgccctgatg
gctgctgtctacaaaaaggctctggtagtgtctaatgacactcgtaaagagttaacagtt
ggggaaacggtgaacctcatgtcagcagatgcccagcgcttcaacgacgtgaccaacttc
atccacctgctgtggtcctgccctctgcagattattgtctccacagcgtttctgtggctg
gagctgggtccttctgtgttagcaggcttattagttatgctgctaatggtccccataaat
ggactgcttgccacaaaggccaagaaataccagttagaaaacatgaaattcaaagacaaa
agactgaagattatgaatgaaatacttaatggtgtcaagattctgaagctgtttgcatgg
gagccctcctttcagtctcaggttgagtccattaggggtgaagagctgaaggtcatgaag
aagtttgcttatttgtcctcagtttctacattcatcttcaattgtgctcctgctctggtt
tctttggcttcctttgcagtatttgttctcgtaagccctgacaacattttaacggctgag
aaagctttcacttccatctcgctcttcaacattcttcgaattcccctcgccatgctgccc
atgctaattgcttctattgtgcaaacaggagtgtctaaaaagagactggagaagtttctt
ggaggtgaagatcttgaacccgacgttgtgcgacatgaccccagctttgactccgctgtc
tgtgtgcataatggttctttctcttgggaaaaagatgcagagcctctcctgaaagatgtc
tcactagagattgaacctggccgtcttgttgctgtagtgggagctgttggctcagggaag
tcttctctattgtcagccctgctgggggaaatgcactgcaccaaagggttcattaacatt
aagggttcccttgcatttgtgccacaacaagcctggatccaaaatgctactttaagggat
aatatcttgttcggctctccacatgaagaaaagagattccaagaggtgatacaggcctgt
gcccttggacctgatttgaagctgctggctgcaggagaactcactgagattggggagaaa
ggcatcaacctgtcaggaggccaaaagcagcgagtgagcttagccagagcagcttacagt
caggctgatatttatttattggatgatcctttgtctgctgttgacgctcgtgtgggaaag
catctgtttgataaagttattggacccaacggagttctcaaaaacaagacccgcattctg
gtgactcatggagtaagcttcctgccctatgtggatgaagttgtggttttggttgatgga
aagatctctgagattggatcctataacagccttcgggccagcaaaggagctttttcagag
tttgtgaacacgtatgccaaagagcagaacaatcagaccaagtcagacaaagatggttgc
caggatacagaagacttagaaatcattcctgatggaagagatgctgagccagactctcct
ctggaagacacggttacttttactctgaagagagagaacagcatccgccgcagccagcgc
agcggcagtgttagagtaaaaaaagagagcaggttaaaaacatctgaaggtgctgatgga
acaaagaccggacagagaataatacatgaggaaaccatggaaaaaggacaggtgaagttt
tctgtgtaccttcagtatatgcgagccatgggctgggggtacaccatgctggttttcctg
gtttacctcttgcagaacattgctcttattggtcagaacttgtggcttagtgactggacc
aatgatgcagtagattactataaccagacatatccaaactggaagagggacactagagta
ggagtgtttggagctcttggagtcgctcaggggttctttttgttccttggcacactcctc
ctcgctaatgcttcagtttctgcatctcgcatccttcattcaaggctgctaaataactta
ctgcgagcccccatggttttctttgacacgacgccaatcggaagggtggtcaaccggttt
gcaaaggacattttttctttagatgaggccattccttattgccttcgttcttggttcttg
tgtttgctgactgtcttggggaccctgttcataatctgtctggccatttctttcttcgcc
atcgtcatcattcctcttgctgtgatctacttctttgtactgcggttctacgtggctact
tcaaggcagctgcaccgcctggactcggtgtcccgctcccccatatactctcactttgga
gagactgtgtctggactgtcagtaataagagcttacaagcatcaagacatatttctgaag
cttaatgagatagcaattgatgaaaatctcaaaagtgtctacccccggattacatcaaac
agatggctcgccgttcgcttagagaaccttggaaatctggtggtgtttttttccgctctc
tttgctgttatttccaaggactctttagacagtggcctggttggtttggccatatcatat
gcccttaacataacccgcaacctcaacgtgctcgtgaggttgagctcagagctggagtct
agtattgttgctgtggaaagaattactgaatacactgaaatagaaaacgagggtgaatgg
ataactgactgtcggcctctggagaagtggccagaggaaggaaggctgcagtttatagac
tataaggtccggtacagacctggattagacctggtcctgcacggaatcacttgtaatatt
gccagcactgaaaagattggtatagtggggcgcacaggagctggtaaatcaagtctgacc
aactgcttgttccgaattattgaagcggccgaaggaagaatcctcattgatgatgtggac
atctccacgatcggattgcatgacctcagaagcaggctcacaatcatcccacaggatcca
gttttgttctctggaatgctgagaatgaacttggatccgtttgacaaattcagcgatgag
gagctttggaaagcgctggagctctcccacctgaaggactatgtagcaggactgcaggaa
ggattacagcatgaagttgctgaaggaggagagaacctgagcgtcgggcagaggcagctg
ctgtgtctggctcgagcgctgctcagaaagtctcgcattctaatcctggacgaggccact
gcagctgttgaccttgaaaccgacaacctgatacagaacaccatccgcaaagagtttgca
cactgcactgtcctcaccatcgctcatcgcctggacacaattatggacagctccagggtg
atggtccttgatgctggtaaaattgtggagtttgattcaccgagcaatcttcttggaaac
cagggcttgttttatgccatggcaaaggatgcagggctaacacaagaatatactgctctc
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (54)   

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