| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_2050 |
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| Symbol | |
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| ID | 5366202 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Marinomonas sp. MWYL1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009654 |
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| Strand | - |
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| Start bp | 2322227 |
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| End bp | 2325436 |
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| Gene Length | 3210 bp |
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| Protein Length | 1069 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640804395 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001340907 |
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| Protein GI | 152996072 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.440026 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 33 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAAACAT TGATTGAGGC AGCCTTAGCT CGCTCTCGTA CCGTAATGAT GTTTTTCGTC
CTCATATTGA TTATGGGCAC GGTTTCTTAT ATCGAAATAG CAAAAGAAAG TGACCCCGAT
ATTACCATTC CAATGGCTTA TGTCTCCGTC TCTCTAGATG GCATTTCACC AGAAGATGCC
GACAGCTTGT TGGTTCATCC GTTAGAAAAA GAACTCAAAG GACTAGAAGG CTTAAAAGAA
CTAAAATCTA CCGCCTCAGA AGGCCATGCC TCTATCATGT TGGAGTTCGA GTCTGGCGTA
AATATTGACC AAGCAATTAG CGACACTAAA GATAAGGTAG ACCGAGCAAA AAGTGAATTA
CCTGACGATG CAGACGAACC AACAGTCACC GAAATTAATC TTTCAACCTT TCCTGTGTTA
CGTGTCAACT TATCAGGCAA TGTTAGCTTC GCCACACTTA GTCGCACAGC AAAAAGCCTA
CAAGACTCTA TTGAAGCAAT TGATGGTGTT TTAGAGGCCA AAATCAGCGG TGATCGTGAT
CAACAAGCGC AGATCATCAT TCGCCCAGAG CAACTCGAAT CATATAATTT ATCATTATCT
GACGTGGCCA ACTTCGTTTC TGGCAACAAT CGTTTGGTGG CAGCAGGCAA TCTAGACACC
GGGGCTGGAC GCTTCTCTTT AAAAGTCCCA GGCTTGCTCA AGACAAAAGA AGACATTCTA
AATTTGCCAA TTAAAGCTGA TGGTGATCAA GTCGTCTTAC TAGGCGATAT TGCGACAGGT
GAACTAACAT TTGAAGATCC AACCAGTTAC GCTCGAGTAG AGGGCAAACG CAGTATAACA
CTTGCAGTAT CCAAACGAGT CGGTGTAAAT ATTATAGAGA CCATTGAAGC AATTAAAGCC
GTTGTAAAGA ACGAAAGCGA ACAGTGGCCA AATGGTGTCG AATACAACCT TACCGGTGAT
AAATCCACCG ACATTGAAAC CTCTCTAAAC GACCTATTTA ATAACGTTCT AGCGGCAACG
TTACTAGTAA TGATAGTTAT AGTCTGGGCA CTTGGGGTAC GAAGTGCTTT CTTGGTCGGT
TTAGCCATTC CAGGGGCCTT CCTTTCCGGA ATTTTAATTC TCGATTTACA AGGCTACACC
ATTAATATGG TGGTTCTTTT TGCATTGATA CTTAGTGTCG GTATGCTAGT TGATGGAGCC
ATTGTAGTCA CCGAGTACGC AGATCGAAAA CTGGCTGAAG GTGCATCTAA GCGACAAGCC
TACAGCGAAG CAGCAAAGCG CATGGCTTGG CCAATCACTG CCTCTACCGC CACTACTTTA
GCGGTGTTCA TGCCATTACT TTTCTGGCCC GACATAGTCG GAGAATTCAT GCGGTTCATG
CCTATTACCA TTATTGCAAC TCTTGCCTCG TCTTTAGTCA TGGCATTAAT TGTATTGCCA
ACCATCGGTT CTATTATCGG CAAAAAAGGT GCCTATACAG AAAAAACCAT GCATGCCTTA
CGCATCACTG AAACAGGTGA CCTAAGAGAA CTTACTGGCC CCACAGGTTT CTACGGAAGA
ACACTAACTC GCTTAGTCGA ATATCCTATT TGGGTTTTAC TATTCACCAT TGTTCTGCTG
CTTAGTATTT TTGCTAGTTA TGGTAAATTT GGTAAAGGCA TTGAGTTCTT TCCTAGTATC
GAACCTGAAT CAGCCAACCT AGATATACGT GCCCGTGGTG ATTTATCTCT GGAAGAAAAA
GATGAGTTAG TAAGACTGGT TGAACAGCAA GTTATTGGTA ATCCTTCACT AAAAAGCGTT
GTTTCAACAA CTTATGCCAC CCCAGGCAAC AATGCGGCAC CGGATAGTAT TGGCTCAATC
AGTATGGAGT TTATTGAATG GTACAAAAGA GCCCCTGCTG GCGTTATTTT GGATCGCATA
CGAGAAAGAA CTAAGCAAAT CCCCGGCATT GAAATAAGCG CTGAGAAAGA ACAAGGTGGG
CCACAATCTG GGGCTGATAT CCAGCTACAG CTTAGTTCAA ATTACACCGA AGCCCTCAAT
CTCGCTGCTG ATGAAATCAG TAAACAGCTT TTGTTAAGGG ATGAAATTAT CACGGTTAGT
GATGACAGAT CTCTCGCTGG GATAGAATGG CGTATCGACA TTAATCGCGA AGAGGCAAGC
CGCTACAATG TTGACGTCAA TAGTCTTGGT AATGTTATTA AACTTGTCAC CACCGGCATA
ACTTTAAGCG ATTTTTTGCC CGAAGGTGCT GACGACAAAA TTGATATCGT TTTACGCTAC
CCGGTGAATC AACGCAGCCT CGATCAATTG GATCAACTGC AGGTTCCAAC AAACCAAGGC
AGCATTCCAG CCAGCAACTT TATTCATCGA TATGCAGCAC CAAAGCAAGG AGTGATAAAC
AGGACCGATG GCAAAAAAAC CATTAAAATT GATGCCGACG TGAAAGACGG CTTAGTCGTT
GATGAAGTAA TAAAAGCCAT AAAAGTAAAA CTAGATGCTG CTGGTATTGA TAAAGCTGTC
AGTTATGAGT TCCGTGGCAA CACCGAAGAT CAACAAAAAT CCATGATATT TTTAATCAAA
GCGTTTGGCG TAGCTTTTTT CATCATGGCG ATCATTCTTG TCACTCAATT TAACAACTTC
TTCCAATGCT TATTAATTCT GAGTGCGGTG ATCTTTTCAA CCATGGGTGT ATTCATTGGC
CTAATGGTAA AAGGGCAACC GTTCGGTATT GTAATGAGTG GAGTTGGTGT TATCGCTTTG
GCAGGCATTG TGGTTAACAA CAATATTGTT CTAATCGACA CTTTCAACGG TTTGCGTAAA
CAAGGCATGA TGGTACGTGA AGCGGCTATT AGAACAGGTG TTCAGCGTCT AAGACCCGTT
ATGCTAACCA CTATTACGAC CATTCTTGGT TTGGTTCCAA TGGTTTTTCA ATTTAATATT
GATCTCGTGC ACCAATCCTT TAGTATCGGC GCACCATCGG CTCAATGGTG GACACAACTA
TCTACAGCTA TTGCTGGAGG CCTCACCTTC GCCACGCCAT TAACGCTTAT TCTGACGCCC
TGTTTATTGG TTTTAGGTTA CCGACGTAAA GAGCGAAAGC AGCTCCAAGC ATTAGAAGAG
CAGACAGTGG AAGGAGAAAA TCCAAAGGGA GAAAAACAAG AGCAGTCGTT TAATACAGCT
GACAACAACT CCCCCGACAA AGACAGTTAA
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| Protein sequence | MQTLIEAALA RSRTVMMFFV LILIMGTVSY IEIAKESDPD ITIPMAYVSV SLDGISPEDA
DSLLVHPLEK ELKGLEGLKE LKSTASEGHA SIMLEFESGV NIDQAISDTK DKVDRAKSEL
PDDADEPTVT EINLSTFPVL RVNLSGNVSF ATLSRTAKSL QDSIEAIDGV LEAKISGDRD
QQAQIIIRPE QLESYNLSLS DVANFVSGNN RLVAAGNLDT GAGRFSLKVP GLLKTKEDIL
NLPIKADGDQ VVLLGDIATG ELTFEDPTSY ARVEGKRSIT LAVSKRVGVN IIETIEAIKA
VVKNESEQWP NGVEYNLTGD KSTDIETSLN DLFNNVLAAT LLVMIVIVWA LGVRSAFLVG
LAIPGAFLSG ILILDLQGYT INMVVLFALI LSVGMLVDGA IVVTEYADRK LAEGASKRQA
YSEAAKRMAW PITASTATTL AVFMPLLFWP DIVGEFMRFM PITIIATLAS SLVMALIVLP
TIGSIIGKKG AYTEKTMHAL RITETGDLRE LTGPTGFYGR TLTRLVEYPI WVLLFTIVLL
LSIFASYGKF GKGIEFFPSI EPESANLDIR ARGDLSLEEK DELVRLVEQQ VIGNPSLKSV
VSTTYATPGN NAAPDSIGSI SMEFIEWYKR APAGVILDRI RERTKQIPGI EISAEKEQGG
PQSGADIQLQ LSSNYTEALN LAADEISKQL LLRDEIITVS DDRSLAGIEW RIDINREEAS
RYNVDVNSLG NVIKLVTTGI TLSDFLPEGA DDKIDIVLRY PVNQRSLDQL DQLQVPTNQG
SIPASNFIHR YAAPKQGVIN RTDGKKTIKI DADVKDGLVV DEVIKAIKVK LDAAGIDKAV
SYEFRGNTED QQKSMIFLIK AFGVAFFIMA IILVTQFNNF FQCLLILSAV IFSTMGVFIG
LMVKGQPFGI VMSGVGVIAL AGIVVNNNIV LIDTFNGLRK QGMMVREAAI RTGVQRLRPV
MLTTITTILG LVPMVFQFNI DLVHQSFSIG APSAQWWTQL STAIAGGLTF ATPLTLILTP
CLLVLGYRRK ERKQLQALEE QTVEGENPKG EKQEQSFNTA DNNSPDKDS
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