Amphiura filiformis: 140153048
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Entry
140153048 CDS
T10871
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
afil Amphiura filiformis
Pathway
afil02010
ABC transporters
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09130 Environmental Information Processing
09131 Membrane transport
02010 ABC transporters
140153048
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
afil02000
]
140153048
04147 Exosome [BR:
afil04147
]
140153048
04090 CD molecules [BR:
afil04090
]
140153048
Enzymes [BR:
afil01000
]
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
140153048
Transporters [BR:
afil02000
]
ABC transporters, eukaryotic type
ABCB (MDR/TAP) subfamily
ABCB1, 4, 5 subgroups
140153048
Exosome [BR:
afil04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
140153048
CD molecules [BR:
afil04090
]
Proteins
140153048
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ABC_membrane
ABC_tran
SMC_N
ABC_ATPase
AAA_22
RsgA_GTPase
AAA_16
SbcC_Walker_B
AAA_30
Zeta_toxin
AAA_24
Rad17
APS_kinase
Motif
Other DBs
NCBI-GeneID:
140153048
NCBI-ProteinID:
XP_072031749
LinkDB
All DBs
Position
5:complement(35919144..35988753)
Genome browser
AA seq
1411 aa
AA seq
DB search
MADTGTVEEIGNTNQNNDKKAAENQPADSNELTPDPPTYDEAVSENHKDRKQSNGAAVID
VTMDNGKPEGANGDVPMDNMGNKTNGAAVKEDTEDEEKKKDKDEYERHVGWIEIFRFATG
LDWFYIFWGTVWAIGNGVAFPLVLLFFGDVTDTFIDYGVYYNNENVTAPPTLAPGATMPP
VTPDPILVAQIEQINQQVRDFAINYTYLGIGVLVCSYFQAMLWNMSATRQVQALRLRFFH
SILRQEIGWFDTHESGEMNTRMSEDIDKIRDGLGDKIGMVIQWLTTGVGGFVLGFIFSWK
LTLVILASSPLMAISAGLMAKLVQASTKKELDAYAKAGNVAEEVLSAIRTVVAFGGEKIE
SERYSANCVDAKKIAIRRNVVQMGSFGAIYMFMYAGYGLAFWYGTRLFHSGELSPGDILI
VFFGVLFGAFSLGNAAPHFATFMTARGAAAAIWDVIDQIPTIDSSSDEGLKPEELIGQIT
LENVHFSYPSRKDVQVLKGLNLDVNVGKSVALVGSSGCGKSTVTNLVQRFYDVDTGSVKL
DGNNLKDLNVHWLRERIGVVSQEPVLFATTIAENIRYGRLDVTMEEIETAAKEANAHDFI
SSLPDKYETLVGDRGAQLSGGQKQRVAIARALVRNPRILLLDEATSALDTESEGIVQAAL
DKVQSGRTTIVIAHRLSTIKNADAICAFKDGVIVEKGTHEELMNIKDGIYQSLVMTQSRK
DTPKEKKVEEESSSSGDDEEETTDEIVDGESGECLPGRPASSSGHVGFEADPLVKSPEKK
LSRKGSGRGSGRKLERAMSAMSDTEKQELADGEKITLKIKEEDIDIDAHFSFTRLMKMNS
AEWFWMLIGLIGAAINGGMQPCFAIVFARIIGAYALPKDELDERVKLFSILFVAIGVAIF
LSSLLQGLGLGKAGEELTLKIRRMAFSSMLRQEISWFDDHKNSTGALTTRLATEASQVQG
ATGARLGTMASAFFNLGTGIIISFYYGWALTLLVLAFLPLTVVASAIQWKLMEGSADEDK
QTKETAGKIAVEAIENVRTVASLARERSFYDRFRETLEAPFQGNKKKAHYAGIAYGASQC
IMFFAYAAAFRLGGYLVEQRTMEFDDVFLVFSAIVFGGFAVGGAAAMAPDYSKARTSAAH
LLYLFDRVPAIDVYNDEGHKPADYQSEVKLQDVRFRYPTRPDHPVLRGLSVSVSPGQTLA
LVGSSGCGKSTSVQLIERFYDAKDGQVMLDTYDVKMLNLRWLRAQIGLVSQEPVLFDRTI
ADNIKYGDNTREVGMEEVIDAAKRANIHSFISQLPKGYETRVGDKGTQLSGGQKQRVAIA
RALMHXPRILLLDEATSALDSESEKVVQEALDEAKKGRTCITIAHRLSTVHDAEKIAVIR
HGRVAELGTHNELMKLKGQYYRLYTAQELQH
NT seq
4236 nt
NT seq
+upstream
nt +downstream
nt
atggcagacacagggacagtagaggagattggaaatactaaccaaaacaatgacaaaaaa
gcagcagaaaatcaacctgctgactcaaatgaactgacaccagacccaccaacctatgat
gaagctgtatcagaaaaccataaagacagaaaacagtccaatggtgcagcagtgatagat
gttacaatggacaatggtaaacctgaaggggctaatggggatgtaccaatggataatatg
ggaaataaaacaaatggtgccgctgtgaaagaagatacggaggatgaggagaaaaagaaa
gataaagatgaatacgaaagacatgttggatggatagaaatatttcgttttgccaccggt
cttgactggttctacatcttctggggtacagtatgggcaatcggtaacggtgtcgcattc
cctctggtgctgctcttctttggtgatgtcacagatacgttcattgattatggagtatac
tataataatgaaaacgtcactgcccctccaacgctagctcctggtgcaactatgccacct
gtcacaccagatcctattttggtcgcacaaatagaacaaatcaatcagcaagtccgtgat
tttgctatcaattacacataccttggtataggtgtgttggtatgttcctacttccaagct
atgctttggaatatgtcagccaccaggcaggttcaagcactgcgattaagattctttcac
tcaatactccgtcaagaaattggttggtttgatacacatgagagtggagagatgaatact
cgtatgagcgaggacatagacaagatacgagatggattgggtgataagattggtatggta
atacaatggttgaccacaggagtaggtgggtttgtgttaggcttcatattcagctggaag
cttaccttggtcatcttagcatcatctccattgatggcaatttctgctggattaatggct
aagcttgtgcaagcatccacaaaaaaggaactagatgcatatgccaaggctggtaacgtt
gcagaagaagtgttatctgctatcaggactgtggtagcgtttggtggtgaaaaaatagaa
agtgaaaggtactcggcaaactgtgttgatgctaaaaagatagcaatcagacgtaatgtg
gtacaaatgggaagttttggagccatctacatgtttatgtatgcaggctatggactggca
ttctggtatggtacaagactttttcactcaggagaactgtctccaggagatattcttatt
gtattctttggtgtgttgtttggtgccttctctcttggtaatgcagcacctcactttgct
acattcatgactgcacgaggagcagcagcagcaatctgggatgtcattgatcagattccc
accatcgatagcagttcagatgaaggacttaaaccggaggagctgattggccaaattaca
cttgagaatgttcatttttcatatccctccagaaaggacgttcaggttttgaaaggtctt
aatcttgatgtgaatgtgggcaaatcagtggcattggttggtagtagcggctgtggtaaa
agtactgtcaccaacctagtgcagagattctatgatgtggatacaggctctgtaaaacta
gatggtaataacttgaaggacttgaatgtgcactggctgagagagcgcattggtgtagtg
agtcaagagcctgtgctatttgccacaactattgctgagaatatccgctatggacgtctg
gatgttaccatggaggagatagagacagctgccaaagaggcaaatgctcatgattttatc
tcgtctcttcctgataaatacgaaactttggttggtgatcgtggtgcacaattatctggt
ggacagaagcagagagtagccattgctagggcattggtacgcaatcccagaatcctcttg
ttggatgaagctacctctgccttggatacagagagtgagggcattgtacaggcagcgtta
gataaagtacaatcaggccgtaccacaattgtgattgctcacaggttatcaactatcaag
aatgcagatgccatttgtgcctttaaagatggtgttattgtagagaaaggaacgcatgaa
gaattgatgaatattaaagacggtatttaccagagtctggtcatgacgcaatctcgtaaa
gatacacctaaggagaagaaagttgaagaagaatcatcatcgtctggtgatgatgaagaa
gagacaactgatgagattgtagatggtgaatctggtgagtgtctgccaggcagacctgca
tcatctagtggccatgttggatttgaggcagacccattggtgaaatctccagaaaagaag
ctctctcgcaaaggatcaggacgtggctccggcagaaaactagaaagagccatgtcagct
atgtcagacacagagaaacaagagttagcagatggagaaaagataacactcaaaataaag
gaagaggatatagacatcgatgcccattttagcttcactcgtctgatgaaaatgaattct
gcagagtggttctggatgctgattggtcttattggagcagccattaacggaggcatgcag
ccttgctttgctatcgtctttgctagaattataggggcatatgctctaccaaaagatgaa
cttgatgaacgagtgaaactattctccatcctgtttgttgccattggtgtggccattttc
ctttcaagtcttttacaagggctaggattgggcaaagctggcgaggagttgacgctgaaa
atacgtcgtatggctttcagttctatgttgagacaggaaatctcatggtttgatgatcat
aaaaacagtacaggggcactgacaacaaggttggcaacagaagcttcacaagtacaaggg
gctactggtgcaagattgggcaccatggcatcagctttcttcaaccttggtacaggcatc
attatttcattctattatggctgggctcttaccttgttagtcctggcttttctgccattg
actgtggttgctagtgccatacaatggaagcttatggaaggtagtgctgatgaagataaa
caaaccaaggaaacagctggaaagattgctgttgaagccattgagaatgtgcggactgta
gcatcattggctcgggagaggtcattctacgacaggttcagagaaacgttagaagcaccc
ttccagggtaataagaagaaggctcattatgcaggtatcgcgtatggtgcatcacagtgt
atcatgttctttgcttatgcagccgctttccgactgggtggatacctggtagaacaaaga
acgatggaatttgacgatgtattccttgtgttttctgctatcgtgtttggtggttttgcc
gtaggtggcgctgcagctatggcaccagattactccaaagcaaggacttcagctgcacat
cttctctacttgtttgatagggtacctgctattgatgtatacaatgatgaaggacataaa
ccagccgattaccagtcagaagttaaattacaggatgtgagattccgttacccaaccaga
cctgaccacccagtacttcgtggtctatcagtatctgtgagtcctggtcaaaccctggcc
cttgtcggcagtagtggctgtggaaagagtacttcagttcaattaatagagagattctat
gatgccaaggatgggcaagtgatgctagacacctatgatgtgaagatgctcaacttgaga
tggctgcgagctcagattggactggtatctcaggaaccagtcctgtttgataggaccatc
gctgacaacatcaaatatggggataacacaagggaagtcggcatggaggaggtcattgat
gcagctaagagagctaatatacatagttttattagccaactaccaaagggatatgagacc
agggtaggagataaaggcacacaattatctggtggacagaagcagagagtagccattgct
agggctttgatgcatnatcccagaatcctcttgttggatgaagctacctctgcattggat
tctgaaagtgaaaaggttgtacaggaagccttggatgaagctaagaaaggccgtacatgc
atcaccattgctcatagactatccactgttcatgatgcagaaaagattgcagtcatccgt
catggccgtgtagcagagttgggaacacacaatgagctcatgaaattgaaaggccagtat
tacagattgtatacggcacaagaacttcaacattaa
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