KEGG   Sugiyamaella lignohabitans: AWJ20_2293
Entry
AWJ20_2293        CDS       T05270                                 
Symbol
YCF1
Name
(RefSeq) ATP-binding cassette glutathione S-conjugate transporter YCF1
  KO
K05665  ATP-binding cassette, subfamily C (CFTR/MRP), member 1 [EC:7.6.2.3]
Organism
slb  Sugiyamaella lignohabitans
Pathway
slb02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:slb00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    AWJ20_2293 (YCF1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:slb02000]
    AWJ20_2293 (YCF1)
Enzymes [BR:slb01000]
 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
     AWJ20_2293 (YCF1)
Transporters [BR:slb02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    AWJ20_2293 (YCF1)
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N DUF87 AAA_16 RsgA_GTPase AAA_22 AAA_29 MMR_HSR1 Dynamin_N TsaE AAA_PrkA
Other DBs
NCBI-GeneID: 30034188
NCBI-ProteinID: XP_018737165
UniProt: A0A167F104
Position
B:complement(914026..918042)
AA seq 1338 aa
MLLWYWLVALTSSSLKLTNSLLDEEYNSSLLLFLLRTFVTVNSVFVFSLEWLVPRIRNRN
VDKDLRNADIFSNLFLLWLNPLINTAFKTDITERDLPEMEDSFSTSELSDKLLDHWNKSS
RKGAVGMAFTIARTLRLELVALIGAGFAIDILTYIRPFLLQKILLFVREYNNDRSLPLSI
GIYWTLLNGLVSLWIVFLQNRIGLSAVRLSVGVNGAIYGSVFVKALKLSARSRETKTASH
IINLMTTDLGQVNNCMQQLLPLFTTPLEIVYCFIVLYSFLGFSFFGGVSIMIIVVPLNAY
VSSKFRQLTVDLMKAIDERVKITTSMFSNAKSLKLYAWEGPWLDRLKEARNEHELVLRKK
VMFWLTILTGIWSIVPYFIAAGVFGAFLYMEDRPLTADIIFPSLSLFNLLSGPLIAIPYG
ITMLIQSKVSFQRFADLLSADEQPTDQLIHLPPVNDPKSKLPVVKFSNTTVSWSESEDAA
VALDEIDFEAYKRQLLCVIGKVGAGKSALVKTLCGELFLKQGSVSIRGNIAYVPQEPWLL
NQSVKDNILFRNKYDPEFYQKTLEACDLVYDIKNLPDGDETEVGERGISLSGGQKARVSL
ARAVYARADVYVLDDILSAVDEHVGKHLIDHVLGKHGLLASKTIVLATNNVKVLAEADNI
ILIEDKKIRESGSPLETIGKKGPIYELMKEFGAAQHETVEELKEEIVTVAVQEEPEEQFD
DLRRASIESFRSISEEATKELERRKKSQDAVESGAVKSSVYLRYFQASGIGRVTLSVIMI
IMVGALTTLGSVWLKLWSDQSITGATSESLYYLGVYVLIGIVYGVIHVSSTYIAQAIAGL
KAAEVLHDNMAQMVLRSPMSFFEQTPLGQILNRFTTDINEIDNSVANTLASTFRVLMTMF
FAVLVVCYSTPIVTIAVLPVTILYWYYQKFYLVASRQLKRLSSAARSPMMANFEESVKGI
KVIRAFEKDRHFIHENNIRSDLVLKTVSHAASVDRWLALRLGIMGSLFVLFTGISGVYMA
KLGLMTEGVLGLGMSNAMIITSQLWMVVRQSIEIERRGVTIERIFQYHALKSEAPEIVEN
NRPPAYWPSEGRITFDKFSTRYKEGMKLVLKDINLDIKPREKIGVVGRTGAGKSTLTLSL
FRLIEPASGTVVVDNINTNDIGLLDLRHNMSIIPQDAQIFSGTVRDNLDPFRERDDTDLW
RVLELCHLKDHVSGMEGGLDAALADSGENLSKGQAQLICLARALLHDSNILVLDEATASV
DVETDKIIQQTIRTELKHKTIITIAHRLNTIMDSDRIVVLEKGEIAEFDSPQNLLAKPES
LFYGLCEKAGLVGNEDKN
NT seq 4017 nt   +upstreamnt  +downstreamnt
atgttattgtggtactggcttgttgcattgacaagtagctcgttaaaattgaccaattcg
ctacttgatgaagagtataacagctcgctccttctattcctgctgagaacatttgttact
gttaactctgtatttgtgttttctcttgaatggcttgttcctagaatccgtaacagaaat
gttgacaaggatcttcgtaatgccgacattttctcaaacttgttcctcctttggctgaat
cctttgattaacaccgcttttaagactgatatcactgagagagacctccctgaaatggag
gattctttttctacttcagaattgagtgataagcttttggatcattggaacaagagcagt
agaaagggtgccgttggaatggcatttacaattgcaagaacattgagattagagcttgtt
gctcttatcggagccggttttgctattgatattctcacctatatccgtcctttcctgttg
cagaagattttgttgtttgttcgtgagtacaacaacgaccgttctctacctctctctatt
ggtatatattggactcttttgaatggtcttgtttcactgtggattgtgtttctgcaaaac
cgaattggtctgtctgctgttcgtctcagtgtcggtgtcaacggtgccatttatggctct
gtatttgtcaaagcccttaaattgtctgctagatcaagagaaactaaaactgcatctcac
attattaatttgatgactactgatttgggtcaagtaaacaattgtatgcaacaactgctt
cctctgtttaccacccccttggaaatcgtttattgttttattgtgttatacagcttcctt
ggcttcagctttttcggaggtgtttcaattatgatcatcgttgttccattaaatgcatat
gtatcatcaaagttcagacagttaactgttgatttgatgaaagctatagatgagcgtgtc
aagattacaaccagtatgttttcgaatgccaagagtctcaagctgtatgcttgggagggc
ccttggttagatcgtttgaaggaagctagaaatgagcacgagctcgtacttcgtaagaag
gttatgttctggcttactattctgactggtatttggagtattgttccatatttcattgct
gccggtgttttcggtgcatttttatacatggaagatcgtcccttgactgccgatattatc
ttcccctcattgtcattattcaatcttctcagtggtcctttgattgctatcccatatggt
attaccatgttgattcagtccaaggtttccttccagaggttcgctgatcttctttcggct
gacgaacaacccaccgaccaactcattcacttgccacctgtgaatgatcctaagagtaag
ttaccagttgtcaagttctcaaacacaaccgttagctggtctgagtctgaagatgctgct
gtagctcttgatgaaattgattttgaagcctacaagagacaactactctgtgtcattgga
aaggttggagccggaaagtcggctttggtcaagactctctgtggtgagttgttcttgaaa
caaggatcagtatcaattagaggaaacattgcttatgtgcctcaagaaccttggctcctt
aatcaatctgtcaaggacaatattcttttcagaaacaaatacgacccagagttttatcaa
aagaccctggaagcttgtgatctggtctacgatatcaagaaccttcctgatggcgatgaa
actgaagttggtgagagaggtattagtctttctggtggccagaaagctcgtgtgtcactt
gctagagcagtatatgcccgtgccgatgtttatgtccttgatgatatcctttcagctgtt
gatgagcatgttggaaagcacttgattgaccatgttctaggaaagcatggtcttttggct
tcgaaaactattgttctcgctacaaacaatgtcaaggttctggccgaagctgataacatt
atcttgatagaggacaaaaaaattagggaatctggcagtcctttggaaaccattggtaaa
aagggtcccatttatgagcttatgaaggaattcggagctgctcaacatgaaactgtggag
gaactcaaggaggaaatcgtcacagttgccgtacaagaggaacccgaggagcaatttgat
gatcttcgtcgagctagtattgaatcgttcagatctatttctgaagaggctacaaaagag
ttggagagacgaaagaagtcacaagacgccgtggagtctggtgctgtgaagtcgtctgtg
tatctgcgttatttccaggcgtcgggtattggtcgtgttactttatctgttattatgatt
atcatggttggtgctcttaccacgttaggatcggtttggctgaagttgtggtctgaccaa
agtattactggtgctacgtcagagtcactttattatctgggtgtctatgtgctaattgga
attgtgtatggagttattcacgttagcagtacctatattgcacaggccattgcaggattg
aaggcagctgaagtccttcatgacaatatggctcaaatggttttgcgttcgcctatgtca
ttcttcgaacaaacaccgttgggtcagattttgaacagatttactactgatatcaacgaa
attgataattcagttgctaacactttggcttctactttccgtgtgctcatgaccatgttt
ttcgctgttttggttgtctgttattccacccccattgttaccattgctgtattaccagtt
actattctttattggtactatcaaaagttttaccttgtggcatctcgccaacttaagaga
ttatcaagtgctgcaagaagtcctatgatggccaattttgaagaaagtgtcaagggaatc
aaggtcattcgtgcatttgagaaagatcgtcactttatccacgagaacaatattcgttcc
gaccttgtattgaagacagtctcccatgcggcatccgttgatagatggctcgcattaaga
ctaggtattatgggatcgttgtttgtccttttcacgggtatatccggtgtttatatggcc
aaactgggtcttatgaccgaaggtgttcttggtctgggtatgtctaatgcaatgattatt
acatcgcagctatggatggtggtgcgccagtctattgagattgaaagaagaggtgtgact
atcgaacgtatcttccaataccatgcattgaagagcgaggcacctgaaattgttgaaaat
aacagacctccagcctactggccatcagagggtcgtattactttcgataaattcagtacc
agatacaaggaaggaatgaagcttgtcctcaaagatatcaatttggatatcaaaccaaga
gaaaagattggtgttgtgggaagaactggtgctggaaagagtacacttactctttcattg
ttcagacttattgagccagccagtggcacagttgtcgttgacaacatcaataccaacgac
attggtttgttagacctaagacacaacatgtccattattcctcaagatgctcagattttt
agtggtactgtcagagacaacttggatcctttccgtgagcgtgatgataccgatttgtgg
agagttttggagttgtgccacttgaaggaccatgtttctggaatggaaggtggtctcgat
gctgcattggctgatagtggtgaaaacctaagtaagggtcaagcacagctcatttgtctt
gcaagagctttgttacacgactcaaacattctcgtcctagacgaagctactgcttcagta
gatgtggagacagacaaaatcatccaacagactattcgtactgagttgaaacacaagact
attatcactattgctcatcgtctcaatacaatcatggatagcgatagaattgtggtgtta
gaaaagggtgagattgctgagtttgacagcccacagaacttattggccaaaccagagtca
ttgttttacggtttgtgcgaaaaggccggattggttggcaatgaagataaaaattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (48)   

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