Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | SYO3AOP1_1383 |
Symbol | |
ID | 6331691 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Sulfurihydrogenibium sp. YO3AOP1 |
Kingdom | Bacteria |
Replicon accession | NC_010730 |
Strand | - |
Start bp | 1421782 |
End bp | 1424826 |
Gene Length | 3045 bp |
Protein Length | 1014 aa |
Translation table | 11 |
GC content | 35% |
IMG OID | 642657665 |
Product | acriflavin resistance protein |
Protein accession | YP_001931544 |
Protein GI | 188997293 |
COG category | [V] Defense mechanisms |
COG ID | [COG0841] Cation/multidrug efflux pump |
TIGRFAM ID | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
Num covering plasmid clones | 0 |
Plasmid unclonability p-value | 0.00000000121579 |
Plasmid hitchhiking | No |
Plasmid clonability | unclonable |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | ATGTACAGCT TTTTTATAAG AAGACCAATT ACAACATGGA TGTTTATGCT TGCTTTCATC ATTGCCGGTT TATACAGTCT TAAATATATT CCGGTTGATA GAAATCCAAA TGTAGATTTT CCGATTGTTT CAATAACTAC AACGTATAAA GGAGCTTCTC CTTATGTAGT TGATACAAAC GTTACAAGAA AAATAGAAGA TCAGCTTGCA ACTATAAGTG GTATAGAGGC TATAAATTCA GCAAGTTATA CAGGGACTTC AAGAATAACA GTAATCTTTG ACCTTGATAA AGATATTGAT ATTGCAGCTC AGGAAGTGAG GGATGCTGTA AACAGGGCGC AAAGAAGTTT TCCTGTAAAC GTTGACCCAC CGATTGTTAG AAAAGTAGAC ACCGGAATGG CTCCAACGAT GGCTATCCTG CTTCATGGCT ATGCTGACTA TGGAACTATG GCTTATTATG CTGACAAAGT AATCAAAAGA GAGTTTGAAA GGGTTAAAGG AGTTGGTCAG GTAGACCTTG GAGGTTTTAG AGATTATGTA ATGTGGGTTA GAATAGACCC GTTAAAACTT GCGGGATTTA AGTTAACACC TATGGATGTT GTTAATGCAC TACAAAAAAA TCATGTTGAA ATTCCGGCGG GTAGAATAGA CAGTCAAAAT AGAGAGTATA CAATAAGAGT TTATGGAAAG GGTCAATCTC CTGAAGAGAT AAATAATATC ATAATTAAAA ATAATATAAG AATTAAAGAT GTTGGAAAGG CTGAATTTAC ATTTGATGAA AAGAGGGGTT TAGTAAGATT TAAAGCTTTT GACTCTAAGG AAGCAGAGCC GGGTATTGCT TTGATCATTT ACAGACAATC AAAAGAAAAC ACGGTAGAAG TCTCTAAAAG AGTCATTGAA AAAATGAATG AGCTTAATAA ACAACTTCCA GCCGGTTTAA GATTGGACAT AAACTATGAT GCTTCTACGT TTATTGAAAG GAGTGTAAAC GATGCTTTGC ATGAGATAGT CATCGGAGCA CTGCTGACTG CTTTTGTAGT TTTCCTATTC TTAGGAAGTT TAAAGATGAC TTTTATACCA TCTATGGCAA TTCCAGTGTC TGTTTTAGGA GCTATAGCTG TTTTATTCTT TGCCGGTCAA TCTTTAAACA CATTTACACT ATTAGCTTTA GCCGTTGCAG TTGGTTTAGT TATAGACGAT GCGATAGTTG TAATGGAGAG TATTTATAGA AGAAATGAAG AAGGATTAAC AGGTATAGAG GCAGCAGAAA AGGGGACAAG AACAGTTGTA TTTGCTTTGC TTGCATCAAC AGCTTCTTTG ATAGCTATTT TTATACCTAT CTTATTTGTT AAAAGTGTAA TTGGTAAGTT TTTCTTTGGA TTTGCACTTA CGCTAATTGT AGCAATAGCA ATTTCTTACA TAGTATCTTT AAGCTTTACT CCAATGATTA GTGCAAGATT AGTTCAAGCT AAGGAGAAAA ATATCTTTCA AAGAGCTTAT GATAAATTTG AATCTCTTTT TGATGTTACT TTAAAATGGT CTTTAAACCA TAAAGCTATT GTTTTAGCTA TCTCAATAGT TACAGTTATG ATTGGCTATA AACTTGCAAG CTTTGTTCCA AAAGAGTTTA CACCGGTTGT AGATGAAGGG AGATTCCTAG TCAGATTTGA AACACCTACC GGTTCATCTT TTGATTTTAC AGATAGAAAG GCAAAAGAGC TTGAAAAAAT AGTAGAAAAA AATCCATATG TTTTAAGATA TGGGGTTGCT TTTGGTGAAG GTATAGCGGG AAGACCGGAG GTTAACGGTG GAATATTCTT TATCACACTG AAAGACAGGT CCACAGGAAG ACCACATCAA AAAGTAATCA TGGATTGGTT TAGAAATGAG TTTAGAAAGG TTCAAGATGT AAGAGCTATA GTAGATATAC CATCAGCTGT AGGACCGGCA GCAGGAAGGT CTGCAGATGT TATGTACGTC ATCAAAGGTC CAGAATTGCC GGTTTTATCT CAAATAGCAA ATAAATTAGA AGGACAGTTA AGACAGACGC CGGGCTATAC AGACGTTGAT ACAGATTTAA GAATAAATAA ACCGGAGGTA AAAGTATTTA TAGATAGAGA TAAAGCTTCA GCACTTGGCA TTTCCGTTGA AGATATAGCA AATACGCTAA ACTTTTTGTT TGGAAAGTTT AAAATTGGCA CTTACGAAAA AGGCTCAGAA AGTTATGACA TGATAGTTAA GGCTGATGAG GATTTTTTAA AAAGCTTTGA AAATCTCTCA AAGGTTTATG TTAGAGGAAA AGATGGAAGT TTAGTTCCAC TTTCTAATGT AATCAAGTAT GAATTGTCTC CAGGGTATAA CGTTATTAAC AGATATAACA GACAGTATAG CTTTACACTT TATGCTAACG TTACAGGCGG AAAGTCAGTC GGTGATGCAG TGGCAGAGGT AGAGAATTTC ATAAAACAAA CATTACCACC GGGATACAGC TATGAAATCG GAGGACAGAC AAAAGAGTTT AAGAGAACGT TTTCTTATTT AGGACTTGCT TTAATCGTTG CAATCATAGC TGTGTATATG ATTCTTGCAT CATTATTTGA AAGCTTGCTA CATCCATTTA CAGTTTTACT AACTTTACCA CTTGCAATCT CAGGAGTATT TGGATTTATT CTATTAACCG GTACATCGCT AAACGTAACA TCATACTTTG GAATTATTCT GCTAATTGGC TTAGTTACAA GAGATAGTGT TTTATTCATA GAAAGAATTA TCCAGCTTAA AAAAGATGGT TTAGACACTT ACAACGCAAT CATTCAAGCA AGGAAAGAGA GATTAAGACC AATCTTAATG ACAACTTTAA CAATAGTAGC ATCGTTAATT CCTGTTGCAC TTGGACTTAC AGAAGGCTCA GAGATGCGTC AGCCGTTAGC AATAGCTGTA ATCGGTGGAC TAATGACAGC ACTTCCACTG AGTTTATTTG TAATACCAAT TTTTTATATG ATTATTGATA AAATACGTCG GGTGAGAAAT TTAATAAAAA CATGA
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Protein sequence | MYSFFIRRPI TTWMFMLAFI IAGLYSLKYI PVDRNPNVDF PIVSITTTYK GASPYVVDTN VTRKIEDQLA TISGIEAINS ASYTGTSRIT VIFDLDKDID IAAQEVRDAV NRAQRSFPVN VDPPIVRKVD TGMAPTMAIL LHGYADYGTM AYYADKVIKR EFERVKGVGQ VDLGGFRDYV MWVRIDPLKL AGFKLTPMDV VNALQKNHVE IPAGRIDSQN REYTIRVYGK GQSPEEINNI IIKNNIRIKD VGKAEFTFDE KRGLVRFKAF DSKEAEPGIA LIIYRQSKEN TVEVSKRVIE KMNELNKQLP AGLRLDINYD ASTFIERSVN DALHEIVIGA LLTAFVVFLF LGSLKMTFIP SMAIPVSVLG AIAVLFFAGQ SLNTFTLLAL AVAVGLVIDD AIVVMESIYR RNEEGLTGIE AAEKGTRTVV FALLASTASL IAIFIPILFV KSVIGKFFFG FALTLIVAIA ISYIVSLSFT PMISARLVQA KEKNIFQRAY DKFESLFDVT LKWSLNHKAI VLAISIVTVM IGYKLASFVP KEFTPVVDEG RFLVRFETPT GSSFDFTDRK AKELEKIVEK NPYVLRYGVA FGEGIAGRPE VNGGIFFITL KDRSTGRPHQ KVIMDWFRNE FRKVQDVRAI VDIPSAVGPA AGRSADVMYV IKGPELPVLS QIANKLEGQL RQTPGYTDVD TDLRINKPEV KVFIDRDKAS ALGISVEDIA NTLNFLFGKF KIGTYEKGSE SYDMIVKADE DFLKSFENLS KVYVRGKDGS LVPLSNVIKY ELSPGYNVIN RYNRQYSFTL YANVTGGKSV GDAVAEVENF IKQTLPPGYS YEIGGQTKEF KRTFSYLGLA LIVAIIAVYM ILASLFESLL HPFTVLLTLP LAISGVFGFI LLTGTSLNVT SYFGIILLIG LVTRDSVLFI ERIIQLKKDG LDTYNAIIQA RKERLRPILM TTLTIVASLI PVALGLTEGS EMRQPLAIAV IGGLMTALPL SLFVIPIFYM IIDKIRRVRN LIKT
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