| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmwyl1_1447 |
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| Symbol | |
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| ID | 5368870 |
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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 | 1614777 |
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| End bp | 1617977 |
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| Gene Length | 3201 bp |
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| Protein Length | 1066 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640803791 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001340311 |
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| Protein GI | 152995476 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.387723 |
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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 | 34 |
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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 | ATGAACCCAT TAGATCAACC TAAAGGTATT ATTCCATGGT TTGCAGGTAA CCCTGTTGCA
GCCAACTTGT TGATGCTGCT TGTTATTTCA CTCGGCGTAA TCAACATGGG ATCACTTAAT
AAAAAAAGCT TCCCGACACT GCCACCCAAT GGCATAGACA TCAATGTTAG CTATGACAGT
GGTTCTGCGA AAGAAAGCGA AGAAGGCATT GCCATTCCCA TTGAGCAAAA ACTGCAAGGT
GTGGAAGGCA TTAAAAACAT TATGTCGACC TCTTCGGCCA GTGGAGCCGA AGTCAACATT
GAGGTCAAAG ATGGCTATGA ACTGGATAAT GTATTTTCAG ATATCAAAGA CAAAATCGGC
GAAATCAACT CTTTTCCCAG TGAAGCCGAT CGTGCAGTAA TCACTAAGGA CACACGTTCC
GAGCTGGCTA TTATTATTCA GCTTTACGGT GATGCTGATC GCCGCACCTT ACAAACACTA
GCAAACGATT TAAAAACAGA CCTACTCGCA GATGAGCAAA TTAACTCAGT GAGTATTTCT
GGCACCTTAG ACCAGACCAT GCTAATTGAA GTAGACAAAA ATAAGCTCGA GGCTTACGGC
TTAACCTTAG CAAATATTCG TACTGCTATT ACTGCGGAAT CAGCGACATC CAAAGTTGCC
ACTCTAAGTA ATAAAGATGT CTATCTTAAA ATTAGCGCCG CTGAGCAAGC TTATTTTAAA
CAGCAGTTTA GCAACATTAT TGTCAAAACC AACACCACCG GTGGCAATAT CAAACTGGGG
GAAATAGCGA CTATTCGCGA CACCTTTGAT GACGATAAAT TTGTGCTGTC CCGTTTTAAT
CAAAAAGATA GCCTTTCAAT TCGCGTTAAT ACCACAGGTA ATGACGATAT TATCAATACT
GTGGAAGCGA CGAAAAGAGT TGTGGATACA TGGAAAGACA GCGACAGATT GCCATCTCAA
GTACAACTTA CTACGTGGAA TGATCGCAGC GAATCCATTA ACCAACGTTT AGAACTCATG
ATCAAAAACG CCCTCACTGG CGTGTTATTA GTATTTGTAT TATTAGCGAT TTTCCTCAAT
ATTACCGTGG CATTTTGGGT TGCCATGGGT TTACCTTTCA TTTTCTTTGG CACCATTTTC
GCCATGGGAA CAAGCAGCAT CGACCTCACT TTGAATATGA TTACGACCTT TGGCTTTATC
CTAGCCTTGG GTATTGTGGT CGATGATGCA GTGGTGGTTG GAGAAAGTAT TTACGCTACC
CGAGCTAGAG ATGGTGACAC ATTAGGCAAT ACCATAAAAG GCACAATGGA AGTTGCCGTG
CCAACGTTAT TTGGCGTGTT CACAACAGTA GCCGCTTTTT GGGCGTTATC CAATATTGAT
GGCCGACTTG GCCAAATTTA TTCTCAATTC GCCATCGTCG TCGCCATCTG CTTGGTGCTA
TCGGTAATCG AATCAAAAAT TATTTTGCCA GCCCATTTGT CTCATTTAAA TACACGAAAA
TCAAAACCGA ATAATATTGT GTCTTCATTC TGGGCAATGG TTCAAGGTGG CGCAGATAAA
GGCTTACAGT TTTTTAGCGA CAAACTCTAT CGACCTGCTA TCGACTTTGC ACTACAGCAG
CGCTACGCCA TGTGTGTTAT TTTTATCACT TTATTTGCCT TAGTTATGTC AATGCCTTTT
ACTGGCGACA TTCGCATGAG CTTTTTCCCT CGAATTCCCG GCGATTCTGT ACGCACCACA
TTAACCATGC AAAGCGATAG CAGCTATGGT GAAACGCAAA AAGCACTATT AATCATCGAG
CAAAAAGCGT ATCAAGCGGA TAAAGAACTC ATCCAAGAAG CAAAGAAAAA AGGTAAAATC
CCAGCAGATA CATCACCGCA AGCCACTGGA ATTAAACATA TACAAACAGC TTCAAGTGGC
GACCAAAGCG GTAATTTTCG TGTCGAGCTG GTCAGTGGGT CACCCTATTA CAACTCAAGA
CAATTCACCA GCAAATGGCA AGAGATTTCC GCACAAGTAG AAGGCGTAAA AAGCTTACGC
ATTCGCTATG GCCAAGACAC GGTAGATGCG CTGTATGTTG AACTAACTAG TAGCGACTCT
AGCGCTTTAG ACGGTGCCAT GGAAACCTTT ATTGAAAAGC TAAAAGCCAT TCCCGCCGTC
ACAGGTGTGG AAAAATTTGA TACTCCACCG GAGTCACGTT TAGCGCTAAA TTTAACAGAA
CAAGGACGAC TATTAGGGCT CAGCTCTACC GAGCTTGCTA GCCAAGTCGC ACAAAATTTC
GATGGCACCG TAGTACAAAA ATACCAGCGT GATAACGACG AAATTGAAGT TCGAGTAGGC
TTTCCCAGAG ACCAACAAGA ATCCCCCGCA GCGGTGATGA GCACCAAAAT CGTCCTTGAG
AATGGGGCAA GAATCCCACT GTCAACAGTA GCGAGTTTAA CAAAAACCGA AGTTCAGACT
GACATTATTC GTATTGATGG CAAGCGCTCG TATTACCTTT CAGCCGAAGT CGATAAAGAC
GTAATGTCTT CGACCGAAGT CGTCGAATAT TTACAAAGTG CCGTGATGCC AAATATGAAA
AAACAATTTT CTAGCGTGAA TTTTGACTTT TCAGGAGAAG CAGAAGAACA AGCAGAAACG
GAGTCCTCTT TAGGAAAAAT GTTTATGTTG GCCCTGCTTA TTATTTACGC TTTATTAGCC
ATTCCACTAA AATCTTACAG CCAACCTATT ATCATCATGA TGGCAATTCC ATTTGGTATT
ATTGGTGCCC TGTTAGGACA CTGGATGAAT GACCTTGCTT TGAGCATTTT CTCGCTCAAT
GGCATCTTGG CACTAAGTGG CGTGGTGGTA AACGACAGTC TTTTGCTGGT ATCTCGTTTT
AACGATATTC GCAAAGACAC AGTGCATGTG AAACAAGCCA TTCGCCAAGC CTGCCAAAGC
CGATTACGTG CAGTCTTACT AACCTCTTTC ACAACCTTTG CGGGACTGAT TCCAATCTTG
TGGGAGACAT CAAGGCAAGC TCAAGCACTC ATTCCAGCGG CGGTCTCTCT TGGTTACGGC
ATTATGTTCG CAACTCTTAT CACATTGATA TTAATTCCGG TGTTATTAAT GATTAAAGAA
GATATTCACA CATTAGTAGC TCGTTTGAAG AGCAAAACAG TAGATGTATT GGAACCTGTG
AACACGGGTG ACGAAAGATA G
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| Protein sequence | MNPLDQPKGI IPWFAGNPVA ANLLMLLVIS LGVINMGSLN KKSFPTLPPN GIDINVSYDS
GSAKESEEGI AIPIEQKLQG VEGIKNIMST SSASGAEVNI EVKDGYELDN VFSDIKDKIG
EINSFPSEAD RAVITKDTRS ELAIIIQLYG DADRRTLQTL ANDLKTDLLA DEQINSVSIS
GTLDQTMLIE VDKNKLEAYG LTLANIRTAI TAESATSKVA TLSNKDVYLK ISAAEQAYFK
QQFSNIIVKT NTTGGNIKLG EIATIRDTFD DDKFVLSRFN QKDSLSIRVN TTGNDDIINT
VEATKRVVDT WKDSDRLPSQ VQLTTWNDRS ESINQRLELM IKNALTGVLL VFVLLAIFLN
ITVAFWVAMG LPFIFFGTIF AMGTSSIDLT LNMITTFGFI LALGIVVDDA VVVGESIYAT
RARDGDTLGN TIKGTMEVAV PTLFGVFTTV AAFWALSNID GRLGQIYSQF AIVVAICLVL
SVIESKIILP AHLSHLNTRK SKPNNIVSSF WAMVQGGADK GLQFFSDKLY RPAIDFALQQ
RYAMCVIFIT LFALVMSMPF TGDIRMSFFP RIPGDSVRTT LTMQSDSSYG ETQKALLIIE
QKAYQADKEL IQEAKKKGKI PADTSPQATG IKHIQTASSG DQSGNFRVEL VSGSPYYNSR
QFTSKWQEIS AQVEGVKSLR IRYGQDTVDA LYVELTSSDS SALDGAMETF IEKLKAIPAV
TGVEKFDTPP ESRLALNLTE QGRLLGLSST ELASQVAQNF DGTVVQKYQR DNDEIEVRVG
FPRDQQESPA AVMSTKIVLE NGARIPLSTV ASLTKTEVQT DIIRIDGKRS YYLSAEVDKD
VMSSTEVVEY LQSAVMPNMK KQFSSVNFDF SGEAEEQAET ESSLGKMFML ALLIIYALLA
IPLKSYSQPI IIMMAIPFGI IGALLGHWMN DLALSIFSLN GILALSGVVV NDSLLLVSRF
NDIRKDTVHV KQAIRQACQS RLRAVLLTSF TTFAGLIPIL WETSRQAQAL IPAAVSLGYG
IMFATLITLI LIPVLLMIKE DIHTLVARLK SKTVDVLEPV NTGDER
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