ACL_RS07180

Uniprot: A9NF35
Description: ABC transporter ATPase
EC number:
Annotation score: 2 out of 5
Miscellaneous [CC]:
Protein existence: Inferred from homology
Catalytic activity:
Cofactor:
Enzyme regulation:
Function [CC]:
Pathway:
Active site:
Binding site:
Calcium binding:
DNA binding:
Metal binding:
Nucleotide binding:
Site:
Gene names (primary):
Gene names (synonym):
Mass: 107,113
Subunit structure [CC]: SUBUNIT: Homodimer. {ECO:0000256|SAAS:SAAS00573685}.
Gene ontology (GO): integral component of membrane [GO:0016021]; plasma membrane [GO:0005886]; ATP binding [GO:0005524]; ATPase activity [GO:0016887]; response to antibiotic [GO:0046677]; transport [GO:0006810]
Gene ontology IDs: GO:0005524; GO:0005886; GO:0006810; GO:0016021; GO:0016887; GO:0046677
Chain:
Signal peptide:
Domain [CC]:
Sequence similarities: SIMILARITY: Belongs to the ABC transporter superfamily. Macrolide exporter (TC 3.A.1.122) family. {ECO:0000256|SAAS:SAAS00573709}.; SIMILARITY: Contains 1 ABC transporter domain. {ECO:0000256|RuleBase:RU363033}.
Protein families: ABC transporter superfamily, Macrolide exporter (TC 3.A.1.122) family
Coiled coil:
Domain [FT]: DOMAIN 2 239 ABC transporter. {ECO:0000259|PROSITE:PS50893}.
Motif:
Region:
EMBL: CP000896
ProteinModelPortal: A9NF35
MEROPS:
EnsemblBacteria KO: ABX80965
UniPathway:
CDD:
Gene3D:
HAMAP: 3.40.50.300
InterPro:
PANTHER: IPR003593;IPR003838;IPR003439;IPR017871;IPR027417
PIRSF:
PRINTS:
PROSITE:
Pfam: PS00211;PS50893
ProDom: PF00005;PF02687
SMART:
SUPFAM: SM00382
TIGRFAMs: SSF52540

357290-360119(+)

>nucleotide sequence
ATGTTAGAACTAAGAAATATTGGAAAAACCTACGCTACCAAAAAGGGTGTTAGCGTTAAG
GCTTTAGATAATGTCAGTGTCGTCTTTGGTAAGACTGGACTGGTTTTTGTCACAGGAAAA
TCCGGATCGGGTAAATCAACGCTCCTTAATTTAATTGGCGGACTAGACACTTATGATACT
GGGGATATGATTATTAATCAAAAATCCAGTCAAGATTTTAAACAAAAGGATTTTGATTCC
TATAGAAATACGATGGTTGGATTTATATTCCAAGAATATAATATTCTAGAAGAGTTTAGT
GTTGCTCAAAATATCGGTTTAGCACTTGCACTGCAAGGTCAAAAAGTGAGTGATGAAGCA
GTCAATGATTTACTAAAAAAATTAGATATTGAAGGTTTAGGCAATCGTAGTCCAAATGAA
TTATCTGGTGGACAAAAACAAAGAGTAGCCATTGCGCGTGCACTAGTTAAAAACCCTCAA
ATTATTTTGGCAGATGAACCAACTGGTGCACTAGATAGTAACACCGGTATTCAGTTACTT
GAAACTCTAAAATCATTATCTAAAGACAGATTAGTCATTGTAATTTCTCATGATTTAGAG
TTTGCACGTAAATATGCAGACAGAATTGTGCATTTTGTAGATGGTAAGATTGCTTATGAT
ATTACTTATACTGGAGAAGAAAGCCAAAGTGATGAACCAGTTAAGTTTACGGATAAAGGC
ATTACGATTGAACCTAAATATCAATTAACGGCAGAAGATTTAAAAGTAATCAATGCGTAC
TTACAAAACCAAACCAAACCGACACACATAAAGAAGATAAGTGATCAAACGTATAGTGGG
TTTAGTACAACAGATACATCAGATATAGAACAAAGTAGTGAACCATTTAAGTTAGTAAAA
TCCAAACTACCATTTAAAGCATCACTTTCTATGTCTTTAAATGCTTTAATACATAAAAAA
ATAAGACTGGTTTTTACAATACTTCTTACAACCATTTCTTTAGTTATGTTTGGTAGTGTA
GATACACTATCAAACTTTAATGCAGAAGATAAATCCTATGAAGTATTTGAAAAAAATAAC
TATAACTATTTGATGCTTAAAAACTATAAACGTGGTGGTGATAGTAGTTGGTATTACTAT
ACTGAAGTGAATTTAGATGAGGAAGTTTTTCAAAGTGCTTCAGATTTATATAGTAACTCC
ATACTTATACCCGTATATCCACTAAGTCTTAGTTTGGATGCATACATTAAATATGATTGG
AATAAACCTAGTTTTTATGATGCATATTATTATACAAGCTTCATTGAAATTGATAATGAA
ACACTTCTAGGTACAAACTTTGAAGTCACTGGTAGATTACCACAAAACTTGAATGAAGTT
GTTGTACCAATGCACTTTTATCAAAGTGTAGCGTATTACGGTTTTAATAAAGAAGATAGT
GTTAAAGATATTAATGAGATGGACGATCTCATTGGCGAGATGCTGTATTTTAATGAAAGA
AATATGAAGATTGTAGGTATTATAGACTACAAAGATGATTTATCAGTCTATGAGGAACTT
AAAGTATCTGGTTGGAATCAAGGTGTTGATACACCTCAAAATTACTATAAGTATGTAAAT
CGATTAAGAGAAGGAACACTGGGACTATTTATATTTGGTGAAGGTTACTATGAAAGTCTT
AGACACGTTAAGAATTCTCGTGTAGAGGCAGTTTTTTATTTAGAAAATGAACGGATGCAT
CAATTTAGCACGGTAGCTAAAATAACGGATGTAGATGCCGAAACTATTAAATACTTTGAT
AGTGTAGATCCATTGAATTTAGGTGAGAATGATATTGTAATTAATGAATATCATTTGGGT
AACATGATACATCGAGATTTAGGTGATTATCAGTATAATACAATCATCGTGGATTTTCTA
GTAGAAACCTACTATGATGAACTAAATTTATTATTAGCAGAACACTTTCCGATGTATGAG
ACAGTAGATGATATTCCTGACGAGGATAGAATTGCTATCATTGGTTATGAATTATATGGA
TACATATCTGATGCAGAAAGATATACTAAAGCATTCAATGCTGTGGTTGAATTCTATCTA
TCAACAAGTGAAGCGCCTAGTTTTCAAGTTGATTTTTTCAAAGATTATTACACAAACTAC
CCAATTATAGGACTTCGTGTTGTAGGATTTACTAGTGATGAGGATAATGTTTATGCATAC
CATGTAAGTAATGAACTTTATGACGAATTATATATTGAAGGTGAAATAATCTATAACTTT
ATTCTAGTAAGCACTAAAGATATGAAGCGTGAAGATTTTAATAAGATGGTTCAACAAAGT
ATGAATAAAGGTTTGTTATATAAGGTATCCTTACAAGATGAAAATATTGATTACATGATT
ATGCTTAGTGAAACTGTATATGGTATGCAACAATTCTTTTTCTGGACAGCTGTCATACTT
GCAGGATTTGCAGCACTCTTGATGTTTACCTTTATTAGTTCTAGTGTGAGCCATAGTAAA
CAAGAAATTGGCATCTTACGTGCAATTGGTGCAAGTAGTAGAGATGTCTTAGGCATTTTC
TCAAAAGAAACACTGATGATTTCTATTATGAATGCGGTATTAGGTGTGATTGGGACTGTT
ATTATAACAAAACTCTTGAATGATTCTATGATATATAATCTAAATCTAGGTACCACACTA
TTTGATGTTGGCATCAGACAAATCATATTAGTTACCTTAATTAGTATTGTTATAGGCTAT
CTATCCAGTGCATTACCAGTCTTAAAAACAGCATCTAAAAAACCAATTGATGCGATCAAA
AATAAATAA

>protein sequence
MLELRNIGKTYATKKGVSVKALDNVSVVFGKTGLVFVTGKSGSGKSTLLNLIGGLDTYDT
GDMIINQKSSQDFKQKDFDSYRNTMVGFIFQEYNILEEFSVAQNIGLALALQGQKVSDEA
VNDLLKKLDIEGLGNRSPNELSGGQKQRVAIARALVKNPQIILADEPTGALDSNTGIQLL
ETLKSLSKDRLVIVISHDLEFARKYADRIVHFVDGKIAYDITYTGEESQSDEPVKFTDKG
ITIEPKYQLTAEDLKVINAYLQNQTKPTHIKKISDQTYSGFSTTDTSDIEQSSEPFKLVK
SKLPFKASLSMSLNALIHKKIRLVFTILLTTISLVMFGSVDTLSNFNAEDKSYEVFEKNN
YNYLMLKNYKRGGDSSWYYYTEVNLDEEVFQSASDLYSNSILIPVYPLSLSLDAYIKYDW
NKPSFYDAYYYTSFIEIDNETLLGTNFEVTGRLPQNLNEVVVPMHFYQSVAYYGFNKEDS
VKDINEMDDLIGEMLYFNERNMKIVGIIDYKDDLSVYEELKVSGWNQGVDTPQNYYKYVN
RLREGTLGLFIFGEGYYESLRHVKNSRVEAVFYLENERMHQFSTVAKITDVDAETIKYFD
SVDPLNLGENDIVINEYHLGNMIHRDLGDYQYNTIIVDFLVETYYDELNLLLAEHFPMYE
TVDDIPDEDRIAIIGYELYGYISDAERYTKAFNAVVEFYLSTSEAPSFQVDFFKDYYTNY
PIIGLRVVGFTSDEDNVYAYHVSNELYDELYIEGEIIYNFILVSTKDMKREDFNKMVQQS
MNKGLLYKVSLQDENIDYMIMLSETVYGMQQFFFWTAVILAGFAALLMFTFISSSVSHSK
QEIGILRAIGASSRDVLGIFSKETLMISIMNAVLGVIGTVIITKLLNDSMIYNLNLGTTL
FDVGIRQIILVTLISIVIGYLSSALPVLKTASKKPIDAIKNK