Luidia clathrata (European starfish): 117299961
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Entry
117299961 CDS
T10152
Name
(RefSeq) LOW QUALITY PROTEIN: ATP-dependent translocase ABCB1-like
KO
K05658
ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:
7.6.2.2
]
Organism
arun Luidia clathrata (European starfish)
Pathway
arun02010
ABC transporters
Brite
KEGG Orthology (KO) [BR:
arun00001
]
09130 Environmental Information Processing
09131 Membrane transport
02010 ABC transporters
117299961
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
arun02000
]
117299961
04147 Exosome [BR:
arun04147
]
117299961
04090 CD molecules [BR:
arun04090
]
117299961
Enzymes [BR:
arun01000
]
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
117299961
Transporters [BR:
arun02000
]
ABC transporters, eukaryotic type
ABCB (MDR/TAP) subfamily
ABCB1, 4, 5 subgroups
117299961
Exosome [BR:
arun04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
117299961
CD molecules [BR:
arun04090
]
Proteins
117299961
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ABC_membrane
ABC_tran
SMC_N
ABC_ATPase
AAA_22
AAA_16
RsgA_GTPase
Rad17
SbcC_Walker_B
Zeta_toxin
AAA_29
DUF2207_C
DUF2852
Motif
Other DBs
NCBI-GeneID:
117299961
NCBI-ProteinID:
XP_033639476
LinkDB
All DBs
Position
15:834857..855498
Genome browser
AA seq
1356 aa
AA seq
DB search
MTATEDDSIPNEEITDPGSRQEDLTEQKSDTQIGNGDTLFHENNEQADTAAIDEEAIELK
TEQQEETANKEDSVQVKTRNVTSLQLFRFAGPFEVLLLIFAFILAITQGVSLPLVLFFFG
KVTDAFIDQGKNYGSATNLTVPMMTTPNTPTTSPTDTITEYSIYYAILGVIIMIIAYLQN
MLWNTAAERQIHKIRLQFFRAILRQEIAWFDTHKAGELTSRSSDDIDKIRAGFGDKLGLI
LQYLGTCCGGIALGFSKSWKLTLVILCVAFLIMLPSIAIGARLIRKMTTSALDAYAKAGA
VAEEVLSSVRTVTAFGGEHKEVERYTENLYGAKKESIKKDTLQAILIGVFYFNFYGTYAL
AFWYGSTLYLSGELSPGDIIVTFLGILFGAFSLGQATPYITDFITARGAASTIWEIIDQI
PDIDNSSELGLKPETLTGDISFTNVHFCYPSRPEVKVLNGLTLEVKQGQTVALVGSSGCG
KSTTVQLAQRFYDPLSGSVKLDGNDLRDINVRWLRENIGVVSQEPVLFATTIAENIRYGR
VDATDEEIKAAAKEANAHDFISALPDGYETLVGDRGAQLSGGQKQRVAIARALVRNPKIL
LLDEATSALDTESEATVQAALDKVQAGRTTIVIAHRLSTIQNADVICSFKDGNIFEKGSH
EVLMQDKNGLYFGLVQLQSRKEEKTKEEAEVKEEEYEDEDEEENEEKDLDVEEEFVPMAG
SVEAQKAEKEPLSSSRHRNISGSSDKQTPELNRVVSTVSDTPETQEDEEDVLKNFSFTRV
MKMNSPELLYMIIGVICSAFNGGVQPAFSIIFSRILGTFALPLEEVQAQVVLYCLLLFGI
GVIALISNTLGGASLGKSGGELTMRVRRIAFKAMLRQDIAYFDDHKNSSGALTTRLSTEA
SLISGVTGSQFGFIVQAFSNIGVAIIIAFIFGWQLTLLVLAFLPLIAFSGLMQMKQQRSF
AAQQQSSKESIGKIVTETIVNIRTVANLTVEPTFYNQYLEFLNKPYKNSLKDAHLSGITY
AVSQSVIFFCYAASFRLGGWLVENDKMEFQNIFLVFSAIVFGGFGLGRAMASAPDYSKAK
TAAAHVFQLVDREPPIDSYSDKGVQLEHFSPEISFDKVRYRYPTRPDVPVLRGLTVSVKP
GETLALVGSSGCGKSTSVSLIERFYNPMSGQVSLDNHEIKILNLGWFRSQIGLVSQEPIL
FDRTVADNIAYGDNSRKVSMEEVIDAAKKANIHDFIASLPEGYETRVGDKGTQLSGGQKQ
RVAIARALVRNPKILLLDEATSALDSESERVVQEALDEAKKGRTCITIAHRLSTIHDAEK
IAVIRHGKVAEFGKHEELMQLKGQYYRLYTAQDLQN
NT seq
4071 nt
NT seq
+upstream
nt +downstream
nt
atgacggcgacagaggatgattcaataccaaatgaggagatcacagatcctggaagtcgg
caggaagatctgacagaacagaaatcagatactcaaatagggaatggagacacgttgttt
catgaaaacaatgaacaagctgacaccgctgccattgatgaagaagcaattgaactaaag
acagaacaacaagaggaaactgcaaacaaggaagacagcgtccaagttaaaaccagaaat
gtcacctccttgcaacttttccgttttgctggtccctttgaggtactcctcttaatcttt
gccttcatcctggctatcacccaaggagtgtcgttacctctagtcctattcttctttggg
aaagtgaccgatgcttttatcgaccaaggcaaaaactatggaagtgcaacaaaccttact
gtaccaatgatgaccactccaaataccccaacaactagccccaccgatactatcacagag
tattcaatttactacgctatcttaggtgttatcattatgattattgcctacctacaaaat
atgttatggaacaccgctgccgaacgacaaatccacaagatccgtctacaatttttccgg
gcgattcttcgccaagaaatagcttggtttgacacccataaagctggggagctcacttca
agatcatcagatgatattgacaagatccgcgctggatttggtgacaagcttggactaatc
ttacagtacttgggcacctgttgtggtggaatcgccctgggtttctccaagtcttggaaa
ttaactttggttatcctgtgtgtagcattccttatcatgcttccttctattgcgattggt
gctaggctgattcgtaagatgaccacaagtgccttagatgcttatgctaaggcaggagca
gttgccgaggaagtcctctcatcagtcagaacagtaacagcttttggaggagaacataag
gaagtagaaaggtacacagagaatttgtacggtgcgaagaaggagtcgataaagaaggac
actctgcaggcaatcttaattggagttttctacttcaacttctatggaacttatgccctt
gctttctggtacggttcaaccttatatttatcgggtgagctcagcccaggagatattatt
gtgacgtttcttgggatcttattcggagcgttctcacttggtcaagcaactccttacatc
actgatttcatcacggctagaggagcagctagtaccatctgggagattatcgaccagatt
cctgatattgataattcatctgaacttggtctgaaaccagaaacattaacgggagatatt
tctttcaccaatgtccatttctgctacccttcaagaccagaagttaaggtgttgaatggt
ttgaccttagaggtcaagcaaggtcagacagttgcattggttggtagtagcggatgtggt
aagagtaccacagtacaactcgcccagcgcttctatgatccattgtctggatcggtcaaa
ctagatgggaatgacttgcgtgacatcaatgtaaggtggctgagagagaacattggagtg
gtcagccaagaacctgtcctctttgcaaccaccattgctgagaatatccgctacggtcgt
gtggatgcaacagatgaagagataaaagcagctgcaaaggaggctaatgctcatgacttc
atatctgccttaccagacggatatgagacgcttgttggtgaccgaggggctcagctgtct
ggtggtcagaagcaacgtgtcgccatagcgagggcgctagttcgtaatccaaagatcctc
ttgttggatgaagctacatcagctcttgatactgagagtgaggctactgtccaagcagcc
cttgataaggtccaggctggccgtacaactatcgtcatcgcccatcgtctctcaacaatt
caaaatgcagacgtcatctgtagcttcaaagacggcaacatctttgagaaaggttctcat
gaagtcttgatgcaagataagaatggtttgtactttggtttagtccaactccagagtcgt
aaggaagagaagactaaggaggaggcagaggtgaaggaagaggaatatgaagatgaggat
gaagaagaaaatgaagaaaaagacttggatgttgaggaggagttcgtcccaatggcagga
tcagttgaagctcagaaagcagagaaggaaccgttgtcatcatctcgtcatcggaatatt
tctggctctagtgacaaacaaactccagaactgaatcgtgtagtgtctacagtatcggat
acacctgagacacaggaggatgaggaagatgtcttgaagaattttagttttactcgagtg
atgaagatgaattctcctgagctcctctacatgatcattggtgttatctgctcagctttc
aatggaggagtgcaaccggctttctctatcatcttcagtcgcatccttgggacatttgct
cttccattggaagaagtccaagcccaagttgtcctctactgtcttctactctttggaatt
ggtgttatagctctcatctcaaacaccttagggggagcgagtcttggtaaatctggcggt
gagcttacaatgcgtgtacgaaggatagcattcaaagccatgctaagacaggacattgcg
tactttgatgatcataaaaatagcagtggtgctttgactacaagattatcaacggaagcc
tccttgatctcgggggtgactggtagtcagtttggtttcattgttcaagctttctccaac
atcggtgttgctatcatcattgcgtttatcttcggttggcagttgacgttactcgtctta
gcgttcctgcctctgatagcattctcaggcttgatgcagatgaagcaacaaagatccttt
gcagcacaacaacagtcaagcaaagagagcattgggaagatcgtcacagaaactattgtg
aatattcgcaccgttgcaaacttgacagtagagccaaccttctacaaccagtatttggaa
ttcctgaacaaaccttacaagaacagtcttaaagatgctcatctttccggcattacatac
gcagtttctcaaagtgtcatcttcttctgctacgccgcatcgtttcgtcttggcggatgg
ctcgtcgaaaatgacaaaatggaatttcaaaacatctttctggtcttttcagccattgtg
tttggtggttttggtctaggtcgtgccatggcctcggcaccagactactccaaagctaag
actgctgcagctcatgtgttccagttagtagatagagaaccacccatcgacagctacagt
gataaaggagtccagcttgaacatttttctccagagatatcctttgacaaggtgcgttac
cgatacccaactcgtcccgatgtaccagttctacgaggtctgactgtctctgtgaagcca
ggagaaacattggcgttagttggaagcagcggttgtgggaagagcacgtccgtttcactg
atagagaggttttataacccaatgtcaggacaagtgagtttggacaaccatgagataaag
attctgaaccttggctggtttcgatctcaaattggtttagtctcccaggaaccaattctc
tttgatcgtactgtggctgataatattgcatacggtgacaactctagaaaagtatctatg
gaagaggtgattgatgcagccaagaaagccaacatccatgactttattgcttcattacct
gagggttatgagacaagagtaggagacaagggtacccagctgtctggtggtcagaagcag
cgagtggccatcgcgagggcgcttgtccgtaaccctaagatcctccttttggatgaggct
acgtctgcgttggactcagaaagtgaaagagttgtacaagaagccttagacgaggccaag
aagggtcgtacctgcatcactattgcccaccgtctctccactatccacgatgctgagaag
attgccgtcatccgccatggcaaagtagccgagtttggcaagcatgaagagctcatgcaa
ctgaagggacagtactacagattgtacacagcgcaagaccttcagaactaa
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