| Entry |
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| Symbol |
abcc6a
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| Name |
(RefSeq) multidrug resistance-associated protein 1 isoform X1
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| KO |
| K05665 | ATP-binding cassette, subfamily C (CFTR/MRP), member 1 [EC:7.6.2.3] |
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| Organism |
sbia Syngnathoides biaculeatus (alligator pipefish)
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| Pathway |
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| Brite |
KEGG Orthology (KO) [BR:sbia00001]
09130 Environmental Information Processing
09131 Membrane transport
02010 ABC transporters
133506291 (abcc6a)
09150 Organismal Systems
09154 Digestive system
04977 Vitamin digestion and absorption
133506291 (abcc6a)
04981 Folate transport and metabolism
133506291 (abcc6a)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:sbia02000]
133506291 (abcc6a)
Enzymes [BR:sbia01000]
7. Translocases
7.6 Catalysing the translocation of other compounds
7.6.2 Linked to the hydrolysis of a nucleoside triphosphate
7.6.2.3 ABC-type glutathione-S-conjugate transporter
133506291 (abcc6a)
Transporters [BR:sbia02000]
ABC transporters, eukaryotic type
ABCC (CFTR/MRP) subfamily
ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
133506291 (abcc6a)
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
9:complement(3060821..3087598)
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| AA seq |
1510 aa
MDAFCRLSGLDPLWDWNRTWYTANPDLTQCFQNTILVWVPCVYLWLLAPLYCLHLYCHDH
GRIQVSSLCIAKMVLGFLLASFGFVEFFYILLERSQEIEQHMVFLLSPIIRSMTVILALC
IIQLERIRGCRSSVFLFLFWVLAVVCSLVPLRAKIQLAIAEGMASDIVRYLAFYSYFTIQ
LVQLFLCCFSDLPQEGKNILEKNPCPVKDASFLSKILFWWFTGLVVKGYRTPLAAEDLWT
LREEDTSHKIISVLQEDWTLECAKIQKQEKALTSGVALGSRLPDQAQLLRKLHKEQSSGF
FLFRTLARKFGPYFLTGTMCIIFHDAFMFAIPQVLSLLLGFMRDEDAPLWKGYFYATLMF
LLSCLQSLFNHQYMYTCFTVGMRVKTAVMGLVYRKSLVINSAARRTCTVGEIVNLVSADT
QKLMDFVVYFNAVWLAPIEIALCLFFLWQHLGPSALAGIATVILIFPLNGLIAKKRSKLQ
EIQMKFMDGRIRLMNEILNGIKILKFYAWEKAFLEQVLGYREKELKALKKSQILYSISIA
SFNSSSFMIAFAMFGVYVMLDDKNILDAQKVFVSMALINILKTPLSQLPFAISTTMQAVV
SLKRLGKYLCSEELKVDNVLKAPLSSEGEDVLIENGTFSWSAEGPPCLKKISICVPRGSL
VAVVGHVGSGKSSLLSAMLGETEKRSGHVTVKGSTAYVPQQAWIQNATVQDNIMFGREKL
KTWYHRVLEACALLPDLNILPAGDATEIGEKGLNLSGGQKQRVSLARAVYRKADVYLLDD
PLSAVDAHVGQHIFDKVIGPKGVLREKTRILVTHGMSFLPQADLILVLVNGEITESGSYQ
ELLSRRGAFADFIHTFASTDRKEMAIQRAGSRRSNARLSMVDFMPFSRDLSQEQLIGGDT
TNTNLQNMEPVSEKEQEQVPEDLGKLTEVDKAHTGRVRLEMYQKYFKTIGLAIIIPIVFL
YAFQQGASLAYNYWLSMWADDPIVNGTQIDADLKLSVFGALGFVQGIAIFGTTVAISICG
IIASRHLHMDLLVNVLHSPMSFFECTPSGNLLNRFAKEIDAIDCMVPEGLKMMLSYVFKL
MEVCIIVLMATPFAAVIILPLAFLYAFVQSFYVATSCQLRRLEAVSRSPIYTHFNETVQG
ASVIRAFGDQSRFILQANDRVDFNQTSYFPRFVATRWLAVNLEFVGNGVVLAAAILSVMG
KNTLSPGIVGLAVSHSLQVTGILSWIVRSWTDVENNIVSVERVNEYADTAKEANWTIEGS
SLPLAWPQTGTIEFQDYGLQYRKGLELALKGITLQIHEREKVGIVGRTGAGKSSLALGIF
RILEAAKGKIFIDGVNIADIGLHDLRSRITIIPQDPVLFSGSLRMNLDPFDTYTDEEVWN
SLELAHLKNFVSNLPDKLNHECSEGGENLSLGQRQLVCLARALLRKTKILVLDEATAAVD
LETDTLIQSTIRTQFEDCTVLTIAHRLNTIMDYTRVIVMDRGHISEMDSPTNLIAQQGQF
FRMCQEAGLV |
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| NT seq |
4533 nt +upstreamnt +downstreamnt
atggatgccttctgccgactgagtggcctggaccctctgtgggactggaaccgcacttgg
tacacagccaacccagacttgacccagtgctttcagaacacaattctagtgtgggtgccc
tgtgtctatctgtggctcctggctcccctctactgccttcacctgtactgccatgaccat
ggacgtattcaagtttcctctctttgtatcgccaaaatggtgctcgggtttctgttggcc
tcttttggctttgtggagtttttctacatcctactggagaggagccaggagatcgagcag
cacatggtcttccttcttagccccatcatacgcagcatgactgtgattctggctttatgc
atcatccagttggaaagaatacgaggttgtcgttcttctgtattcctcttcctgttctgg
gtcttggctgttgtttgttccctggtgcctctcagagcaaagatccagctggccatagct
gagggcatggcctctgatattgtgagatatttggccttttactcctacttcacgattcaa
ctggtccagctcttcttgtgctgcttttctgacctacctcaagagggaaaaaacatcttg
gaaaagaatccttgccctgttaaagatgcgtcttttttgtccaagattctcttctggtgg
tttactgggcttgttgtgaagggatatcgcactcctctggcagcagaagacctgtggacg
ctcagagaggaagatacgtcgcataagattatctctgtgctgcaagaagactggacattg
gaatgtgccaagattcaaaagcaagaaaaggccttgacatctggtgtggcactggggagc
aggttgcccgaccaagctcagcttctgaggaagcttcacaaggagcagagctctggcttc
tttctgttcagaactttggcacgcaagtttgggccatacttccttactggtacaatgtgt
atcatattccatgatgccttcatgttcgccattccccaggtgttgagtcttctgctgggc
ttcatgcgagatgaagatgcgccattgtggaagggctacttctatgccacgctcatgttc
ctgctctcttgcctccagtccctcttcaaccatcagtacatgtacacttgcttcacagtg
ggaatgagggttaagacagctgttatgggcctggtgtataggaaatctttggtgataaat
agcgctgccaggaggacctgcactgttggggagattgtaaatctggtttcagcagatact
cagaagctcatggactttgtggtgtacttcaacgctgtctggctggcccccatagaaatc
gccctttgtctcttcttcctgtggcaacaccttggaccatcagcattggcaggaattgcc
accgtcatcctcatttttccactcaatggactgatagcaaagaaaagaagcaagctgcag
gagattcaaatgaagttcatggatggccggatcagactaatgaatgagattttgaatgga
ataaagattctgaagttctatgcctgggagaaggccttcctggagcaggtgttgggttat
agagaaaaagagttgaaggccctgaagaagtcccagatcctttattccatctctattgca
tctttcaattcctcttctttcatgatcgcttttgcgatgtttggtgtctacgtcatgctt
gacgacaaaaacatcctggacgctcagaaggtttttgtttcaatggcgctgatcaacatt
ctgaagaccccacttagccagcttccctttgcaataagcacaaccatgcaggctgtggtt
tcactcaaacgtttgggaaaatatctgtgctcagaggaacttaaagtggacaatgtctta
aaggctccattgagttctgagggggaagatgtgctgattgaaaatggaacgttcagctgg
tctgcagagggccctccatgtcttaaaaaaatctccatctgtgtgccaagaggttccctt
gtagctgtggtcggacacgtgggaagcggaaagtcctctttattgtctgccatgctcgga
gaaacagaaaagagaagtggtcatgtcactgtgaagggttctacagcgtatgtgccccag
caggcttggatccaaaacgccaccgtccaagacaatatcatgtttggccgggaaaagctg
aagacgtggtaccaccgggtgttggaagcctgtgcccttctgcctgaccttaacatcctt
cctgcaggagatgcaacagaaatcggagagaagggtctcaacctctcaggcggacagaag
cagagagtgagcttggccagagctgtctatcggaaggcagatgtgtacctgctggatgac
ccgctgtctgctgttgacgcacatgttggccaacacatcttcgacaaggtcatcggaccc
aaaggagtgcttcgagagaagacccgtatcctggtgacccatgggatgagcttcttgccg
caagctgacctcatccttgtccttgtaaacggtgaaatcacagagagcggctcctaccag
gaactcctcagccgccgtggcgcctttgctgatttcatccacacctttgccagcaccgac
cgaaaagaaatggccatacaaagagctggctcaaggaggtccaatgcccgtctcagcatg
gttgatttcatgccattctccagagacttgtctcaggagcagcttattgggggtgacaca
acaaatacaaacttgcagaatatggagcctgtgtctgaaaaagaacaggaacaggttcct
gaggaccttggcaagctcacagaggttgacaaggcccacactggacgagttaggctggag
atgtaccaaaagtacttcaagactataggtctggccatcatcattcccattgtcttctta
tacgcctttcagcaaggagcctcactggcctacaattactggctgagcatgtgggccgat
gacccaattgttaacggtactcagattgatgccgacctgaagttgtctgtctttggagca
ctgggctttgttcaaggcattgcgatctttggtaccaccgtagctatttccatctgtggt
atcattgcttctcgccacctgcacatggatttgctggtcaatgtgttgcattccccaatg
tctttctttgaatgcacgcccagcggcaacttgctcaaccgctttgccaaagaaattgac
gccatcgactgcatggtgcccgagggcctaaagatgatgttgagttacgtctttaaactc
atggaagtgtgcatcattgtgctcatggcaacaccatttgctgctgtgatcatcctgcct
cttgcattcctctacgcctttgtccagagcttctatgttgctacatcatgtcagctgagg
aggctggaagctgtgagccgctcccccatttacacccacttcaatgagacggtgcagggt
gccagtgtcatccgggcctttggagatcagtccaggttcattctgcaggccaatgacagg
gtagatttcaaccagacctcctacttcccccgatttgtggccactcgatggctggcagtc
aatctggagtttgttggtaatggagtggtgttagcagctgccattctgtccgtaatggga
aagaacaccctaagtccaggcatagtggggttggctgtgtcacactctctccaggtcacc
ggaatcctaagttggattgtgagatcatggactgatgtcgaaaacaacattgtttctgtg
gaaagggtaaatgagtatgctgacactgcgaaagaggccaactggactatagaaggcagt
tctctccctctggcttggccccagacaggcactatagagttccaagactatgggctgcag
taccgcaaaggcctggagttggctttgaaaggcattaccttgcagattcatgaaagagag
aaggtgggcattgtgggaaggacgggagctgggaagtcatctcttgctctgggaatattt
agaatcttagaggcagcaaagggaaagatctttattgatggcgtcaatattgctgacata
ggactccatgatcttcgatcacgcattacaatcattccgcaggaccctgtgttgttctcg
ggctccctccgaatgaaccttgacccatttgacacttacaccgatgaagaagtttggaat
tctttagagcttgctcacctcaagaactttgtgtccaacctgcctgacaaactcaaccac
gaatgctctgaaggtggagaaaacctcagcttgggtcagcgtcagttggtgtgccttgcg
agggccttgctgaggaaaaccaaaatcttggttttggatgaggcaacagctgctgtggac
ctggagactgacacactgatccagtccacaatccgcacccagtttgaagactgcacagtc
cttaccatcgctcaccgccttaacaccatcatggattacacaagagtgattgttatggac
cgaggccacatctctgagatggactctccaaccaatctcatcgcacagcagggacagttc
ttccgaatgtgccaggaagctgggctggtctag |
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