KEGG   Yarrowia lipolytica: YALI0F20174g
Entry
YALI0F20174g      CDS       T01033                                 
Name
(RefSeq) YALI0F20174p
  KO
K05658  ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]
Organism
yli  Yarrowia lipolytica
Pathway
yli02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:yli00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    YALI0F20174g
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:yli02000]
    YALI0F20174g
   04147 Exosome [BR:yli04147]
    YALI0F20174g
   04090 CD molecules [BR:yli04090]
    YALI0F20174g
Enzymes [BR:yli01000]
 7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.2  ABC-type xenobiotic transporter
     YALI0F20174g
Transporters [BR:yli02000]
 ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    YALI0F20174g
Exosome [BR:yli04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   YALI0F20174g
CD molecules [BR:yli04090]
 Proteins
  YALI0F20174g
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N ABC_ATPase AAA_29 AAA_21 AAA_22 AAA_30 Zeta_toxin AAA_25 RsgA_GTPase AAA_16 AAA_15 AAA_28 APS_kinase
Other DBs
NCBI-GeneID: 2908054
NCBI-ProteinID: XP_505651
UniProt: Q6C111
Position
F:2686313..2690293
AA seq 1326 aa
MTWSREEPAHTPQPTQSRRYTPTYGPAKDDYRGDSGGNRHSGHGGNRRIEIPITTIIQRP
FEHYRSHNKSPIEFSTSPSGPSDSDEDFGDLTEAEIEVLRRQISTDKVKVNFLTLFRYAT
KLDIFILFIGMVTAAAAGVCMPLFTVIFGQMTNEFLAFIVLGSSADRFQHQINHYALYFV
YIAVATFCLTSIKTYITVERGERLSARIRENYLKAIMRQNIGYFDKLGAGEVTNRITTDT
NLIQEGISEKLGLIVSAVSSFITSLVIGFIKSARLTGIMISTVVALVLAMGICSTFLVRY
VRWAIEDDSECSSIAEECFASITNIVAFGMQVKMDKRYEKPLNSSLKNYLLKARVLGAMV
GILWCITYCMYALALWEGSRLVNKGETSIGHVITVLMALMIGAFQLGGVAPNMESLGSAV
GAGKKIFETIDRVPDIDSLSGGETLSNLRGAISFKNVHFRYPSRPTVPILREFNLDIPSG
ATVALVGASGSGKSTIVALLERFYQPLGGSITVDGVSILSLDVKWLRQQMSLVSQEPTLF
NCTIFENISHGLIGTEYENAERSVKMKLVEDACEQANCSEFIKTLTDGLDTQVGEKGYLL
SGGQKQRVAIARAIISNPPILLLDEATSALDTRSEKLVQQALDKAAKNRTTIVIAHRLST
IKNADKIVVMSKGEILEQGSHDELIAARGTYYGLVGAQRIEDGGPETASTTEKGYYWESG
SGSDFDVGSNVSVEKTTPLNTWGMIKLLARFNRNERLPLLLGSGFAVICGAGYPSLALLY
GSVMQAFMVDPLAYKHMLHEIDKFSGFFFMVGMVQLGSYFMQVYYLGVASETLVRNLKRT
IFSHLLNQDLRFFDTTTTGKLTSSLSKDTQNVQGLGGATFGQILSSIVTVIISVILSCCY
TWKLGLVCSACIPLILSSGFFRFYILTQLNQRGRKVYESSAGYACEATNNIQTVMALTRE
DDVLNFYSSKVNNVVYHSAKSNAISSMLFGASQTLIILINALGFWYGSTLIRKREIDINQ
FFVAFVTVVFGVQSAGSIFSFTPDMGKAKVATQSIHEILKVKPEIGGDKESGLSLDPEKV
VGNISFDNVRFRYPERPKIPVLQGLSLSIPAGSYVALVGSSGCGKSTTISLIERFYDVLQ
GSITIDGIDIRDLNLGSYRSLISLVQQEPILFSGTIRENILLGAEGDVDDATLHSAAIQA
NIHNFVMSLPDGYDTFCGNKGTLLSGGQKQRVAIARALIRDPKILLLDEATSALDSESEK
VVQQALDTAAQGRTTIAVAHRLSTIQNADSIYVLEDGKVLEQGTHSHLMAKKGRYYELVK
LQALEG
NT seq 3981 nt   +upstreamnt  +downstreamnt
atgacatggtcaagagaggagcctgcccatactccacaacctactcaatcgcgccgatac
acacccacttacggtcctgcaaaagatgactatcgaggtgatagcggaggcaacagacac
agtggtcatggtggaaacaggaggattgagatacccatcacaacaattattcaacgccct
tttgagcactaccgttcccacaataagtctcctatagagttttccaccagtccttctggg
ccgtcagacagcgatgaggatttcggagacttgactgaggcagagattgaagttctacga
cgtcaaatctcgacggataaagtcaaggtaaactttcttacactgttcaggtacgctacc
aaacttgatatcttcattctgttcattggaatggtcacagctgccgcagctggtgtttgc
atgcctctcttcactgtcattttcggtcagatgaccaatgagttcttagctttcattgtg
cttggttcatcagctgaccgtttccagcatcagattaaccattatgctctgtattttgtc
tacattgctgtggctacgttttgcttaacgtcaatcaagacatacattactgtcgaaaga
ggagaacggttgagtgctcgaatccgagagaattatttgaaggctatcatgagacagaac
attggctacttcgacaaactgggagctggagaggtgaccaacagaatcaccactgataca
aatctgattcaggaaggcatttccgagaaattgggacttattgtgtcggctgtttcctcg
ttcattacctcactggtgataggattcatcaaatcggctcgactcactggaattatgatc
tccactgttgtcgctcttgtcctggccatgggaatctgctccactttccttgttagatac
gttagatgggcaattgaagacgacagcgagtgttcgtctattgcggaggagtgttttgca
tcaattaccaacattgtggcatttggaatgcaggtgaagatggacaagcggtacgagaag
cctctcaactcgagtctgaagaattacctgcttaaggcacgagttcttggagccatggta
ggcatcctttggtgcatcacttattgcatgtatgcccttgcactctgggagggttctcgg
cttgtcaacaagggtgagaccagcatcggtcatgtcatcactgttcttatggctctcatg
attggtgcttttcagttaggaggagtcgctcccaatatggaatctcttggatctgcagtc
ggggcgggtaagaagatctttgagaccattgatcgagttccagatatcgattctctcagt
ggaggagaaactctctcaaatcttcgaggcgctatctcgtttaagaatgtccatttccgg
tacccttctcgccctacggttcctattttgcgagagttcaacctcgatattccctccgga
gctaccgttgcattggttggagcttctggatcaggtaagtcaaccatcgttgcattattg
gagcgcttctaccagcctctaggaggctccatcacagttgatggtgtgagcattctgtct
cttgatgtaaagtggcttcgtcaacaaatgagtcttgtttctcaggagccgactctgttc
aattgcactatctttgaaaacatttctcacggtttgattggaaccgagtatgagaatgca
gagagatctgttaagatgaaacttgttgaagacgcatgtgagcaggccaactgttcagag
ttcatcaaaactcttactgacggtcttgacacacaggttggtgagaaggggtatctctta
tcgggtggacaaaaacagcgagtagctattgcccgagccatcatttctaaccctcctatt
ctactgcttgatgaagctacgtcagctctagatactcgcagtgagaagctggttcagcag
gctctggacaaagctgccaaaaaccgaaccactattgtcattgcacaccgtctgagtaca
atcaagaatgccgacaagattgtggtcatgtccaagggtgagattcttgaacagggctct
catgacgagttgattgctgcaagaggaacttactatggattggttggagctcagagaatc
gaagacggaggtccagaaaccgcatcgaccacagaaaagggctactactgggaaagcggt
tctggatccgattttgacgttggtagtaatgtgtctgtcgaaaagacgactcctctcaac
acctggggaatgatcaagcttctagctcgtttcaaccgaaatgagcgacttcctcttttg
cttggatcgggattcgcagtcatctgtggagccggatacccttctcttgctcttctctat
ggatctgtgatgcaagcatttatggtcgaccctttggcttacaaacatatgctccacgag
attgacaagttctctggtttcttcttcatggtgggaatggtccagctgggatcctacttc
atgcaggtttactatctgggtgtggcctcagagactctagtgaggaacctcaagcgaacc
atcttctcacatcttcttaaccaggacctgcgcttctttgacaccaccaccaccggcaag
ttgacttcttccctgtctaaagatacacaaaatgttcagggactaggaggagctaccttt
ggacagattctgtcgtctattgtcactgttataatctcagtgattctctcctgttgctac
acctggaagcttggacttgtctgttccgcctgtattcctctcattctatcctctggcttc
ttccggttctacattctgacccagctcaaccagcgaggacgaaaggtgtacgaatcttcg
gcgggatacgcctgtgaagcaacaaacaatatccagacggtgatggcgttgactcgagaa
gacgatgttctcaatttttactcttccaaggtcaacaatgtggtgtatcactctgccaag
agtaacgccatcagtagcatgttgtttggtgcttcgcagactctcatcattcttatcaat
gcccttggattctggtatggctcaacattgattcgaaaacgggaaattgacatcaaccag
ttctttgttgcctttgtcactgttgtctttggtgtccaatcagctggatccatcttctcc
ttcactcctgatatgggtaaggccaaggtagctactcaaagcattcatgaaattctcaag
gtgaaacctgagattgggggagacaaggagtcaggtctttctcttgatcctgaaaaggtt
gtgggcaatatttcattcgacaatgtgagattcagataccctgaacgacctaaaattcct
gttcttcagggtctgagcctgtccatccctgctggctcatatgtcgctcttgttggctct
tctggctgtggcaagtcaactactatttcgctgattgaacggttttacgatgtgcttcaa
ggaagtatcactatcgatggcattgatattcgagatctcaatcttggatcgtatcggtct
ctcatctctctggtgcagcaggagcctattctgttcagtggaactatccgagagaacatc
ttgctgggtgctgaaggagatgtcgacgatgctaccttgcattctgcagctatccaggcc
aacatccacaactttgtcatgtccttgcccgatggatacgataccttctgcggaaacaag
ggcacgttgctttcgggaggacagaagcagcgagtggccattgcacgggctctgatacga
gaccccaagattctgttactggatgaagccacttctgccctggactctgaatctgaaaag
gttgttcaacaggctttggacactgcagctcaaggaagaaccaccatcgcggtggctcac
agactatccacaattcaaaatgctgattctatttatgtccttgaagatggaaaagtcttg
gagcaaggtactcattctcacttgatggcgaagaagggacgatactacgagctggtcaag
ttgcaagctttggagggctga

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Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (92)   

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