KEGG   Cavenderia fasciculata (cellular slime mold): DFA_06664
Entry
DFA_06664         CDS       T02668                                 
Symbol
abcC8
Name
(RefSeq) ABC transporter C family protein
  KO
K05665  ATP-binding cassette, subfamily C (CFTR/MRP), member 1 [EC:7.6.2.3]
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
Pathway
dfa02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:dfa00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    DFA_06664 (abcC8)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:dfa02000]
    DFA_06664 (abcC8)
Enzymes [BR:dfa01000]
 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
     DFA_06664 (abcC8)
Transporters [BR:dfa02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    DFA_06664 (abcC8)
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N MMR_HSR1 AAA_29 AAA_16 RsgA_GTPase nSTAND1 AAA_22 FKBP_N_2 Dynamin_N DUF87 AAA_21 MGC-24
Other DBs
NCBI-GeneID: 14870084
NCBI-ProteinID: XP_004356891
UniProt: F4Q1X8
Position
Unknown
AA seq 1467 aa
MVQQFRQWKRSIQLEIVVSFLLVGWKIVWFVVMGVTDPKSYILLYSGATLFQWVYACLLV
LLESKKGVSRSWKLRLFWVIAFITATIKLRTLTLGIFHQTETIVSILEYLSFIGGYILIL
ILSITAVLFFDNDMSYEKMKDRVQGEVDANLFSRITFWWINDVLRKGYKNPLDMSDVPSL
TELDWAKNLSEKFEAAWDHQLTLPKPSLVRALSKAFGPHFYVSAIFKAIQDALLFVGPIL
LGNIITFVTTRNVSTYDGMLYVLFYFLAPIVQSLTLHQYFHRCFRVGMWLRSAVVTSVYR
KALRTSLREGTTVGEIVNLMSVDAQKFMDLCPYLHMIWSAPAQIAVALILLYRQLGPPVF
AGLAVMLIMIPINLYISNLAKKRTTVSMRLKDRRTKAVNEVLNGIKVIKLYSWEQSFMDH
VKSIRDEELSVMKIIKYIQGISLLLWSMSPIFVSVFTFTVYVLMGGKLTAAIAFPCLSLF
NVMQFPINMLPNVVSSLIEASVSVNRLQNFLLRSELNPNVVSHTITEPNVAIKIEGATME
WESGKETLKNINLTVNQGELIAIVGQVGSGKSSLVSSLVGDLSNPAGSIAVKGSISLVTQ
QAWIQNATLKDNVLFASLLNEDRYQKVIDACALIPDIAILPGGDQTEIGEKGINLSGGQK
QRVSIARAVYNDSDIYLFDDPLSAVDAHVGRSIFQNVIGHSGLLVGKTRVLVTHGVHYLP
FVDRVVMMKEGRIVEEGAYDDLLNADGPFSSLMKHHNESSSPDSLKDEEEVTNKLRESLD
KSANRSEKLSSSTSNSQAILSPPQKNVQDEQLEEEDEEESLIPKQQQEEEEDLEDVHLEK
NHNEEEDGIEMSPTQRLVNNAVVTPTPSSTTPTTAALADDKLKSDNKIIQVESRQEGKVS
FKVYLSYFKALGGLLSGSIMGFYVATQALSIMANWWLSVWSDQSNADNARYYLSIYVAFS
MGAVALTFFKSFGMVFGSIRGSKLFHEKMFMAVIRSPMSFFDTTPIGRILNRFSKDQFTI
DEVISRTFGMFLNTFCQVFGSIIVIGIVSPFIILAMIPIAALFFYIQKYYLNSSRELTRL
EGISRSPIYAHFSETLAGVTTIRAFQEGSRFIKQNEKLLDDNQKCYYINISANRWLALRL
EFLGACIVTSTVMYTVLASHHIAPGTAGLVITYALAITSNMNWMVRMSCDLENSVVSVER
IQEYCQLPSEAALKNDYRLGRSWPDHGTIVFKDLWLAYREGLEPVLRGINCTIEARHKIG
IVGRTGAGKSSLTQALFRLVEPLKGTIEIDGVDITELGLHDLRSRVAIVPQDPVIFAGTI
RSNLDPFTNFNDQQLWEALERTHLKKAIQDLDGGLDTKVQENGENFSVGQRQLLCMGRAL
LKKAKIIVMDEATAAIDIETDALIQQTIRSEFAECTVLTIAHRINTIIDSDKVMVLDKGE
LVEYDSPQVLTNNHESIFYSLVEKSGH
NT seq 4404 nt   +upstreamnt  +downstreamnt
atggtacaacaatttagacaatggaaacgttcaattcaattagagattgttgtctctttt
cttttggttggttggaagatcgtttggtttgttgtcatgggtgtgactgatccaaagtct
tacattctcctctattctggtgcaacgcttttccaatgggtttacgcatgtctattggta
ttattggaatcgaaaaagggtgtctctagatcttggaagttaagattgttttgggttatt
gcttttattactgctaccattaaattacgtactcttactcttggtattttccatcaaacc
gaaacaatagtttcaatacttgaatatttatcatttattggaggatatatattaatttta
atattatcaattacggctgtattattctttgacaatgatatgtcttatgaaaagatgaaa
gatagagttcaaggagaggtagatgccaacttgttctcacgtattactttttggtggatc
aacgatgtcttgcgaaagggttacaagaacccactcgatatgtctgatgtgccaagtctc
accgaattggattgggcaaagaatttgtctgaaaagtttgaagctgcttgggatcatcaa
ttgaccctacccaaaccatcactcgttcgtgcactatccaaagcatttggtccacatttc
tatgtatctgctatattcaaggccattcaagatgcactcttgtttgtaggtccaatcctt
ctcggaaacattattacatttgtcactactcgtaatgtatcgacctatgacggtatgctc
tatgtactcttttactttcttgcaccaatcgtccaatctctgacattgcaccaatatttc
catcgttgtttccgtgttggtatgtggcttcgttctgccgtcgtcactagtgtctatcgt
aaagctcttcgtacttcgttgcgtgaaggtaccactgtcggtgagattgtcaatctcatg
tcggtcgatgctcaaaagtttatggatctctgtccctacctacacatgatttggagtgct
cccgctcaaattgccgttgcacttatccttctctatcgtcaattgggaccaccagtattt
gcaggtctcgcagtcatgcttatcatgattccaatcaatctctacattagtaacctcgcc
aagaagcgtacaacagtctctatgcgtctcaaggatcgtcgtaccaaagctgtcaacgaa
gtattgaatggcatcaaagtaattaaattgtacagttgggagcaaagttttatggatcac
gtcaaatcgattcgtgacgaagaactatcagtcatgaagattatcaagtatatccaaggt
atctcacttttactttggtccatgtcccccattttcgttagtgtctttacctttacagtc
tatgttttaatgggtggtaagttgacagctgccattgcattcccatgtctctctctattc
aatgttatgcaattcccaatcaatatgcttcccaatgtcgtttcgagtttgatcgaagct
tcagtctctgtcaatcgtcttcaaaacttccttttgcgttctgaactcaatccaaatgtt
gttagtcataccatcaccgagccaaacgtagccatcaagattgaaggtgccaccatggaa
tgggagtctggcaaggaaacactcaaaaatattaatttgacagtcaatcaaggtgagttg
attgctattgtcggtcaagtcggttcaggtaaatcaagtcttgtctcttctcttgttggt
gatttatcaaaccctgctggttcaattgctgtcaaaggttccatttctttggtcactcaa
caagcttggattcaaaatgctaccctaaaagataatgtattatttgcaagtttattaaat
gaagatcgttatcaaaaagttattgatgcttgtgctttaattcctgatattgctatttta
cctggaggagatcaaactgaaattggagaaaaaggtattaatttatcaggaggacaaaaa
caacgtgtttctatagcacgtgcagtttacaatgactctgatatttatttatttgatgat
ccattgtctgctgttgatgctcatgttggtcgttcgattttccaaaatgttattggtcat
tctggtttgttggttggaaagactagagtattggtcactcatggtgtacattatctacca
tttgtagatcgtgtcgtcatgatgaaggaaggtagaatcgttgaagaaggagcatatgac
gatttgctcaatgccgatggtcccttttcaagtttaatgaaacatcacaatgaatcatct
agtccagattccctaaaggatgaagaagaagtaacaaacaaattaagagaatcacttgac
aagagtgctaatagatctgaaaagctttcaagtagtacctccaactctcaagctatcctc
tcacctccacaaaaaaatgtacaagatgaacaattagaggaagaagatgaagaagaatca
ttgattccaaagcaacaacaagaggaggaggaagatttggaagatgttcatcttgaaaag
aatcataatgaagaggaagatggtattgaaatgtcaccaactcaacgtcttgtcaataat
gcagtcgttacaccaactccatcgtctactacacctaccacagctgctttagctgatgat
aaacttaaaagtgataacaaaatcattcaagtcgaatctagacaagaaggtaaagtctct
ttcaaggtttatctatcctactttaaggctttgggaggtcttttatctggatctattatg
ggtttctatgtagctactcaagcactctctattatggccaattggtggttgtctgtatgg
tctgatcagtctaatgctgacaatgcccgttattatctttccatctatgttgccttttca
atgggtgctgtcgctcttacattctttaaatcctttggtatggtctttggttcgatcaga
ggtagcaagttgttccatgaaaagatgtttatggctgtcattcgttcgccaatgtcattc
tttgataccactccaatcggtcgtatcttgaatcgtttctccaaggatcaatttaccatt
gatgaagtcatctctcgtacctttggtatgttcctcaacacattctgtcaagtatttggt
tccatcatagttattggtatagtgtcaccatttatcattttggccatgattccaatcgct
gcactctttttctacattcaaaagtactatctcaatagtagtcgtgagttgaccagactc
gaaggtatttcacgttcaccaatctatgctcacttttcagagactttggctggtgtcacc
acgattcgtgccttccaagagggttctagattcattaaacaaaatgaaaaactattggac
gacaatcaaaaatgctattacatcaacatctctgccaatcgttggttggctcttcgtctt
gaattccttggtgcttgtattgtcacgtcgactgtcatgtacactgttcttgccagtcac
catattgctccaggtaccgccggtcttgtcatcacctatgccttggccattacaagcaac
atgaattggatggttagaatgtcgtgtgatctcgaaaactctgtcgtctctgtcgaacgt
atccaagagtattgtcaattgccatcagaagctgctctcaagaatgactatcgtcttggt
cgttcatggccagaccacggaaccattgttttcaaggatctctggttggcctatcgtgaa
ggtttggaaccagttcttcgtggcatcaactgtaccatcgaagctcgtcacaagattggt
atcgtcggtagaacaggtgcaggtaagagcagtcttactcaagcactcttccgtctcgtc
gaaccactcaaaggaaccatcgaaattgatggagttgacattaccgagttgggtctccat
gatctccgtagtcgtgtagccatcgtaccccaagatccggtcattttcgccggtaccatt
cgtagcaatctcgatccattcaccaactttaacgatcaacaactatgggaagctctcgag
agaacccatctcaaaaaggctattcaagatctcgatggaggtctcgatacaaaggtacaa
gagaatggtgaaaatttctctgtcggacaacgtcaattgctttgtatgggccgtgcactc
ctcaaaaaagccaagatcatcgttatggatgaagctacagctgccattgatattgaaacc
gatgcactcatccaacaaaccatccgttcggaatttgccgaatgtacagtcctcaccatt
gctcatagaatcaacactatcattgatagtgacaaggttatggttttggacaagggtgaa
ttggttgaatatgactctcctcaagttttaacaaacaatcatgaaagtatcttttattct
ttggttgaaaaatctggtcattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (106)   
   KEGG ORTHOLOGY (1)   
   RefGene (102)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (129)   

Download RDF
DBGET integrated database retrieval system